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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
August 2006 through September 2007
Jacksonville
0 05 1 15 2
0 4 km 2
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
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EPA-904-R-09-001 January 2009
Ocean Current and Wave Measurements at the
Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites August 2006 through September 2007
By Christopher J McArthur PE
Coastal Section Water Management Division
amp Mel Parsons
Ecological Evaluation Section Science and Ecosystem Support Division
with funding from US Army Corps of Engineers
Jacksonville District Under Interagency Agreement RW-96-94593601 MIPR W32CS561382682 amp W32CS572157843
US Environmental Protection Agency Region 4 Atlanta Georgia
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Table of Contents
10 Introduction 1
20 Methods 1 21 Study Area 1 22 Deployment Periods 2 23 Instrumentation 2 24 Data Analysis 4
241 Wave Data 4 242 Current Data 4
30 Results 31 Jacksonville ODMDS Waves 5 32 Fernandina Beach ODMDS Waves 6 33 Jacksonville ODMDS Currents 6 34 Fernandina Beach ODMDS Currents 8
40 Summary and Conclusions 10
50 References 12
Tables
Table 1 Deployment periods 2 Table 2 ADCP Settings 3 Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina Beach ODMDSs 7 Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS 7 Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS 8 Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS 9 Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS 10 Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS 11 Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS 11
Appendices
Appendix A Figures Appendix B Data Files Appendix C Complete Tidal Analysis Output from T_TIDE Appendix D CDIP Station 132 Historical Wave Statistics
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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
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22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
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column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
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Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
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tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
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Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
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50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
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EPA-904-R-09-001 January 2009
Ocean Current and Wave Measurements at the
Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites August 2006 through September 2007
By Christopher J McArthur PE
Coastal Section Water Management Division
amp Mel Parsons
Ecological Evaluation Section Science and Ecosystem Support Division
with funding from US Army Corps of Engineers
Jacksonville District Under Interagency Agreement RW-96-94593601 MIPR W32CS561382682 amp W32CS572157843
US Environmental Protection Agency Region 4 Atlanta Georgia
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Table of Contents
10 Introduction 1
20 Methods 1 21 Study Area 1 22 Deployment Periods 2 23 Instrumentation 2 24 Data Analysis 4
241 Wave Data 4 242 Current Data 4
30 Results 31 Jacksonville ODMDS Waves 5 32 Fernandina Beach ODMDS Waves 6 33 Jacksonville ODMDS Currents 6 34 Fernandina Beach ODMDS Currents 8
40 Summary and Conclusions 10
50 References 12
Tables
Table 1 Deployment periods 2 Table 2 ADCP Settings 3 Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina Beach ODMDSs 7 Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS 7 Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS 8 Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS 9 Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS 10 Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS 11 Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS 11
Appendices
Appendix A Figures Appendix B Data Files Appendix C Complete Tidal Analysis Output from T_TIDE Appendix D CDIP Station 132 Historical Wave Statistics
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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
-2
22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
-3
column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
-4shy
-5
Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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-6
range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
-10
Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
shy
Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
EPA-904-R-09-001 January 2009
Ocean Current and Wave Measurements at the
Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites August 2006 through September 2007
By Christopher J McArthur PE
Coastal Section Water Management Division
amp Mel Parsons
Ecological Evaluation Section Science and Ecosystem Support Division
with funding from US Army Corps of Engineers
Jacksonville District Under Interagency Agreement RW-96-94593601 MIPR W32CS561382682 amp W32CS572157843
US Environmental Protection Agency Region 4 Atlanta Georgia
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Table of Contents
10 Introduction 1
20 Methods 1 21 Study Area 1 22 Deployment Periods 2 23 Instrumentation 2 24 Data Analysis 4
241 Wave Data 4 242 Current Data 4
30 Results 31 Jacksonville ODMDS Waves 5 32 Fernandina Beach ODMDS Waves 6 33 Jacksonville ODMDS Currents 6 34 Fernandina Beach ODMDS Currents 8
40 Summary and Conclusions 10
50 References 12
Tables
Table 1 Deployment periods 2 Table 2 ADCP Settings 3 Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina Beach ODMDSs 7 Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS 7 Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS 8 Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS 9 Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS 10 Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS 11 Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS 11
Appendices
Appendix A Figures Appendix B Data Files Appendix C Complete Tidal Analysis Output from T_TIDE Appendix D CDIP Station 132 Historical Wave Statistics
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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
-2
22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
-3
column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
-4shy
-5
Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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-6
range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
shy
Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
shy
-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
-10
Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
shy
Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
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18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
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Table of Contents
10 Introduction 1
20 Methods 1 21 Study Area 1 22 Deployment Periods 2 23 Instrumentation 2 24 Data Analysis 4
241 Wave Data 4 242 Current Data 4
30 Results 31 Jacksonville ODMDS Waves 5 32 Fernandina Beach ODMDS Waves 6 33 Jacksonville ODMDS Currents 6 34 Fernandina Beach ODMDS Currents 8
40 Summary and Conclusions 10
50 References 12
Tables
Table 1 Deployment periods 2 Table 2 ADCP Settings 3 Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina Beach ODMDSs 7 Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS 7 Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS 8 Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS 9 Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS 10 Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS 11 Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS 11
Appendices
Appendix A Figures Appendix B Data Files Appendix C Complete Tidal Analysis Output from T_TIDE Appendix D CDIP Station 132 Historical Wave Statistics
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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
-2
22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
shy
001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
-3
column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
shy
Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
-4shy
-5
Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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-6
range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Table of Contents
10 Introduction 1
20 Methods 1 21 Study Area 1 22 Deployment Periods 2 23 Instrumentation 2 24 Data Analysis 4
241 Wave Data 4 242 Current Data 4
30 Results 31 Jacksonville ODMDS Waves 5 32 Fernandina Beach ODMDS Waves 6 33 Jacksonville ODMDS Currents 6 34 Fernandina Beach ODMDS Currents 8
40 Summary and Conclusions 10
50 References 12
Tables
Table 1 Deployment periods 2 Table 2 ADCP Settings 3 Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina Beach ODMDSs 7 Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS 7 Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS 8 Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS 9 Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS 10 Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS 11 Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS 11
Appendices
Appendix A Figures Appendix B Data Files Appendix C Complete Tidal Analysis Output from T_TIDE Appendix D CDIP Station 132 Historical Wave Statistics
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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
-2
22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
-3
column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
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-5
Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
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tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
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Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
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-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
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Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
-2
22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
-3
column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
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-5
Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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-6
range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Ocean Current and Wave Measurements at the Jacksonville and Fernandina Beach Ocean Dredged Material Disposal Sites
10 INTRODUCTION
It is the responsibility of the US Environmental Protection Agency (EPA) and the US Army Corps of Engineers (USACE) under the Marine Protection Research and Sanctuaries Act (MPRSA) of 1972 to manage and monitor each of the Ocean Dredged Material Disposal Sites (ODMDSs) designated by the EPA pursuant to Section 102 of MPRSA Additionally the Memorandum of Understanding (MOU) between EPA Region 4 and the USACE South Atlantic Division specifies that it is in the best interest of the EPA and the USACE to act in partnership concerning the management and monitoring of all ODMDSs
A Site Management and Monitoring Plan (SMMP) was developed and finalized by the EPA and USACE for the Jacksonville ODMDS in June 1997 and subsequently revised in November 2007 The SMMPs called for the collection of data including wave conditions and currents at the site in order to model the capacity of the ODMDS Current data would also be used for the development of standard water quality model input parameters for dredged material environmental evaluations A SMMP was developed and finalized for the Fernandina Beach ODMDS in December 1998 This SMMP also called for modeling to determine the capacity of the ODMDS
In February 2003 EPA Region 4 and the USACE Jacksonville District entered into a joint agreement to jointly manage and monitor ODMDSs within the Jacksonville District Amendment 2 to the agreement was added in July 2006 This amendment provided funds to EPA to characterize the current and wave climate at the Jacksonville and Fernandina Beach ODMDSs over a period of one year This report details the results of that study
20 METHODS
21 Study Area
The study area consists of the ocean waters within 15 kilometers (8 nautical miles) of the northeast Florida coast A location approximately 220 meters (725 feet) south of the southwest corner of the Jacksonville ODMDS and 87 kilometers (47 nautical miles) east of Jacksonville Beach Florida was selected for the Jacksonville ODMDS instrument deployment The coordinates of the instrument deployment location are 30o20397 N 81o18299 W For the Fernandina Beach ODMDS instrument a location 426 meters (1400 feet) inside the southern boundary of the Fernandina Beach ODMDS was selected for instrument deployment This area is within a buffer area where disposal does not occur and is approximately 143 kilometers (77 nautical miles) east of Amelia Island Florida at 30o31260 N 81o18238 W The Jacksonville ODMDS and Fernandina Beach ODMDS instruments were deployed in water depths of 146 meters (48 feet) and 155 meters (51 feet) respectively Instrument locations are shown in figure 1
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
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22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
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column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
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Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
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tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
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50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
08092006 1830hr 10182006 1445hr 69 days 2025 hrs
10192006 1945hr 02082007 0915hr 111 days 135 hrs
02082007 2200hr 06062007 1630hr 117 days 185 hrs
06062007 1845hr 09052007 1800hr 90 days 2325 hrs
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22 Deployment Periods
A concrete base for the Jacksonville ODMDS instrumentation was designed and built for EPA by the National Oceanic and Atmospheric Administration Atlantic Oceanographic and Meteorological Laboratory in Miami Florida (figure 2) The base was deployed in May 2006 from the EPA Ocean Survey Vessel (OSV Bold) A diver deployable fiberglass base manufactured by Ocean Science was utilized at the Fernandina Beach ODMDS (figure 3) The instruments required four deployments each of 3 to 4 months beginning on August 8 2006 The deployment periods are shown in Table 1
Table 1 ADCP Deployment Periods
First Ensemble Date-Time (UTC) Last Ensemble Date-Time (UTC) Duration
Jacksonville ODMDS
8082006 2330hr 10172006 1045hr 69 days 1125 hrs
10192006 1615hr 02072007 1415hr 110 days 22 hrs
02082007 1515hr 06052007 1115hr 116 days 20 hrs
06062007 1400hr 09052007 1115hr 90 days 2125 hrs
Fernandina Beach ODMDS
23 Instrumentation
600 kHz Acoustic Doppler Current Profilers (ADCP) manufactured by RD Instruments were used to measure wave parameters and currents at the Jacksonville ODMDS and currents only at the Fernandina Beach ODMDS The Coastal Data Information Program (CDIP) maintains a Datawell directional wave buoy 18 kilometers (10 nautical miles) north of the Fernandina ODMDS at 30o4312 N 81o1757 W and at a water depth of 16 meters (53 feet) These buoys use hippy heave-pitch-roll sensors to measure wave direction as well as wave energy (CDIP 2008) Data from this instrument was used to characterize waves at the Fernandina Beach ODMDS
ADCPs work by transmitting sound along four separate beams at a fixed frequency and listening to the echoes returned by sound scatterers such as plankton or small particles in the water By calculating the Doppler shift and time of travel of the echoes the ADCP can calculate velocities for various depths in the water The calculations performed by the instrument split the water
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001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
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column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
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Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
001500
Number of Bins 28-30
Bin Size (m) 050 (16 ft)
Pings per Ensemble- Currents 150-210
Interval - Currents (hms) 001500
Burst Duration - Waves (minutes) NA
Burst Interval - Waves (hms) NA
Salinity (ppt) 35
Magnetic Variation (degrees) -57
Temperature (C) 20
First Bin Range (m) 15 (49 ft)
Last Bin Range (m) 15-16 (49-53 ft)
Battery Usage (Wh) Maximum Deployment Duration (days)
400115
Available Storage Required Storage (MB) 10 8
Minimum Observable Wave Period for non-directional (sec)
202 NA
35
050 (16 ft)
360
20
030000
35
-57
255
15 (49 ft)
19 (62 ft)
1410 130
600 196
-3
column into equally sized depth cells or bins (in this case the bin size was set at 05 m) In each bin an average velocity vector is calculated The raw data from the instrument is reported as a velocity magnitude and direction for each bin
To calculate wave parameters the wave orbital velocities below the surface are measured by the ADCP To get a surface height spectrum the velocity spectrum is translated to surface displacement using linear wave kinematics The ADCP can also measure wave height spectra from its pressure sensor and from echo ranging the surface For directional spectrum each depth cell of the ADCP can be considered to be an independent sensor that makes a measurement of one component of the wave field velocity The ensemble of depth cells along the four beams constitutes an array of sensors from which magnitude and directional information about the wave field can be determined (Strong 2000)
In this study the velocity or current profile was sampled every 15 minutes and waves every three hours using the ADCP Wave data from the CDIP instrument is collected every hour EPA instrument settings are summarized in table 2
Table 2 ADCP Settings
ADCP Setup Fernandina Beach ODMDS
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Jacksonville ODMDS
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
-4shy
-5
Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
shy
Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
241 Wave Data
ADCP Setup Fernandina Beach ODMDS
Jacksonville ODMDS
Minimum Observable Wave Period for directional (sec)
NA
Samples per Wave Burst NA
301
2400
Altitude of Sensor Head above the bottom (m) 051 (16 ft) 046 (15 ft)
The ADCPs were mounted in the bases with their face oriented up at approximately 05 meters above the bottom Therefore the first bin measurement is actually approximately two meters above the bottom
24 Data Analysis
Raw binary data files from the instrument were converted utilizing the RD Instruments software WaveMonreg into binary waves data files and binary current data files utilizing the protocols and processing options outlined in the United States Geological Survey (USGS) Wave Data Processing Toolbox Manual (USGS 2006) The USGS Wave Data Processing Toolbox MATLABreg programs were used to remove out-of-water data collected during instrument deployment and recovery and to convert the statistical wave parameters to EPIC-standard variables (NOAA-PMEL 2006) and write the data to a NetCDF file (Unidata 2008) for distribution and archival The NetCDF format embeds a metadata structure with the data to document pertinent information regarding the deployment and the parameters used to process the data NetCDF data is portable to any computer platform and is viewable with public-domain freely available software (eg ncbrowse)
Wave parameters for the Fernandina Beach ODMDS were extracted from the CDIP website for the months of interest For both locations summary and statistical information are presented for significant wave height (average of the 13 largest wave) dominant ( or peak) wave period and dominant wave direction
242 Current Data
Current data was processed using the USGS ADCP Data Processing System (USGS 2005) and CMGTool (USGS 2002) The ADCP Data Processing System consists of a series of MATLABreg programs that allows for data editing and quality assessment and converts the data into NetCDF format with embedded metadata and in an EPIC compatible format The ADCP Data Processing System was used to check the data files for missing ensembles and to remove bad data from the beginning and end of the files CMGTooL provides a library of MATLABreg programs for analyzing ADCP data These programs were used to conduct smoothing and lowpass filtering of the data
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Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
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tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
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Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
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Because the ADCP reports current data for bins beyond the surface the bins beyond the surface need to be removed from the record The depth and surface bins were determined using the depths reported in the ADCP Data Processing System from the pressure sensor andor the echo return intensity For the Jacksonville ODMDS the depth was determined to vary from 125 to 16 meters (41 to 525 feet) above the ADCP corresponding to bins 23 to 30 For the Fernandina Beach ODMDS the depth was determined to vary from 13 to 16 meters (437 to 525 feet) above the ADCP corresponding to bins 23 to 30 However due to the instrument setup (see table 2) the surface was sometimes slightly above the range of the Fernandina Beach ODMDS instrument and a consistent depth reading was not discernable for all deployments at high tide
Additionally the surface can provide scatterers in the water column that can overwhelm the side lobe suppression of the transducers Therefore RD Instruments (1996) cautions that data from the upper 6 of the water column can be contaminated Echo intensity and percent good values for each bin were examined Percent good values report percentages of 1) 3-beam transformations 2) transformations rejected 3) more than one bad beam and 4) 4-beam transformations for each bin and ensemble These were examined and it was found that there were consistently a high percentage of 4 beam transformations in bins 1 through 20 for the Jacksonville ODMDS data and bins 1 through 22 for the Fernandina Beach ODMDS Therefore it was determined that bins 1 through 20 and 1 through 22 provide reliable current data for the Jacksonville and Fernandina Beach ODMDSs respectively This correlates to 15 to 11 meters (49 to 36 feet) above the instrument face for the Jacksonville ODMDS and 15 to 12 meters (49 to 39 feet) for Fernandina Beach ODMDS
Surface bottom and depth average currents were analyzed Bin 20 (11 meters or 36 feet) and bin 22 (12 meters or 394 feet) were selected to represent surface currents at the Jacksonville and Fernandina Beach ODMDSs respectively Bin 1 was used to represent bottom currents at both ODMDSs To determine average currents the bins were averaged from bin 1 to the surface bin To average over the bins each corresponding magnitude and direction value were used to calculate a north and east component for that bin at the specific time (ensemble) The north and east components were then averaged for each ensemble These average north and average east components were then used to calculate an average current magnitude and direction for each ensemble Tidal components were examined after smoothing the data over one hour periods utilizing both a low pass filter (USGS 2002) and classical tidal harmonic analysis using a set of MATLABreg programs T_Tide (Pawlowicz et al 2002) Harmonic analysis was conducted for a 1 year data record beginning September 1 2006
30 RESULTS
31 Jacksonville ODMDS Waves
A wave rose for the entire deployment period is shown in figures 4 and 5 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 6 shows the wave roses for each quarterly deployment Figures 7 and 8 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second
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range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
-6
range Histograms of significant wave height and wave period are shown in figures 9 and 10 Overall the median and mean wave heights were 080 and 090 meters (26 and 30 feet) respectively The median and mean wave period was 71 and 72 seconds respectively
32 Fernandina Beach ODMDS Waves
A wave rose for the entire deployment period is shown in figures 11 and 12 for wave height and period respectively Waves are predominately out of the east and few exceed 2 meters (66 feet) in height or 15 seconds in period Figure 13 shows the wave roses for each quarterly deployment Figures 14 and 15 show box plots of the monthly significant wave heights and wave periods respectively Monthly median significant wave heights ranged from 06 meters (2 feet) in February to 11 meters (36 feet) in May Wave periods were typically in the 4 to 12 second range Histograms of significant wave height and wave period are shown in figures 16 and 17 Overall the median and mean wave height was 078 and 087 meters (26 and 29 feet) respectively The median and mean wave period was 77 and 79 seconds respectively For comparison historical wave statistics from the CDIP web page for this station are provided in Appendix D
33 Jacksonville ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 18 Currents flow is predominately in the north-northwest and south-southeast direction and rarely exceeds 30 cmsec (10 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 19 Seasonal differences due not appear to be significant However the summer quarter showed a higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 20 to 21 Near surface currents are approximately 1 to 4 meters (3 to 13 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 22 and 23 As is typically the case surface currents are stronger than near bottom currents The median surface current was 17 cmsec (06 ftsec) whereas the median bottom currents were 10 cmsec (03 ftsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 ftsec) range with 90 percent of the measurements below 25 cmsec (09 ftsec) The net direction of transport as shown by a progressive vector diagram is to the southeast (see figure 24) with surface currents having a stronger southerly component
A low pass filter was applied to data smoothed over one hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 25 and 26 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 ftsec) and peak eastwest tidal currents were on the order of 5 to 12 cmsec (02 to 04 ftsec) Corresponding tidal excursions are 1 to 2 kilometers (05 to 1 nautical miles) in the northsouth direction and 1 to 13 kilometers (05 to 07 nautical miles) in the eastwest direction Tables 4 and 5 provide a summary of the
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Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
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Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Symbol Name Frequency (cycleshour) Period (hours)
O1 Principal lunar diurnal 00387 2584
K1 Lunisolar diurnal 00418 2392
N2 Lunar elliptic semidiurnal 00790 1266
M2 Principal lunar semidiurnal 00805 1242
S2 Principal solar semidiurnal 00833 1200
-7
tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 27 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 3 Principal Tidal Constituents at the Jacksonville and Fernandina ODMDSs
Table 4 Summary of Harmonic Analysis of Water Depth at the Jacksonville ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1 00756 20095
19667
35391
1575
4161
K1 01036
N2 01693
M2
S2
07665
01295
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
-10
Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3732 -0822 11891 29015
M2 17897 -2329 11984 30865
S2 3441 -0997 11869 33326
Bottom Currents
N2 2539 -0113 11746 27658
M2 11964 -0011 11551 29107
S2 1916 0076 11581 31084
Depth Averaged Currents
N2 3349 -0492 11959 28513
M2 15911 -1093 12029 30346
S2 2580 -0249 11836 32568
-8
Table 5 Summary of Harmonic Analysis of Currents at the Jacksonville ODMDS
34 Fernandina Beach ODMDS Currents
A current rose for depth average currents for the entire deployment period is shown in figure 28 Currents flow predominately in the north-northwest and south-southeast direction and rarely exceed 30 cmsec (1 ftsec) in magnitude Quarterly current roses for depth average currents are shown in figure 29 Seasonal differences due not appear to be significant However as was the case at the Jacksonville ODMDS the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current roses for near surface and near bottom currents are shown in figures 30 to 31 Near surface currents are approximately 15 to 35 meters (49 to 115 feet) below the surface depending on tidal state Near bottom currents are approximately 2 meters (65 feet) above the bottom (15 meters above the instrument face) Histograms for the currents are shown in figures 32 and 33 As is typically the case surface currents are stronger than near bottom currents The median surface current was 165 cmsec (05 ftsec) whereas the median bottom currents were 10 cmsec (03 cmsec) The depth average median current velocity was 13 cmsec (04 ftsec) For depth averaged currents most current measurements were in the 5 to 10 cmsec (02 to 03 cmsec) range with 90 percent of the measurements below 25 cmsec (08 ftsec) The net direction of transport as shown by a progressive vector diagram was originally to the south followed by a northeasterly trend at the surface and a northwesterly trend near the bottom and throughout the water column average (see figure 34)
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-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
-10
Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
shy
Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
-9
A low pass filter was applied to data smoothed over one-hour periods to analyze non-tidal variability Results for the northsouth and eastwest current components for September are shown in figures 35 and 36 respectively The eastwest component is tidally dominated whereas the northsouth component has a significant non-tidal component For the period shown there is almost no eastwest non-tidal current component Harmonic analysis revealed that the principal tidal constituents are K1 O1 M2 N2 and S2 (see table 3 above) Peak northsouth tidal currents were on the order of 10 to 20 cmsec (03 to 07 cmsec) and peak eastwest tidal currents were on the order of 5 to 15 cmsec (02 to 05 ftsec) Corresponding tidal excursions are 1 to 3 kilometers (05 to 16 nautical miles) in the northsouth direction and 1 to 2 kilometers (05 to 1 nautical miles) in the eastwest direction Tables 6 and 7 provide a summary of the tidal constituent parameters for water depth and currents respectively Appendix C provides the complete tidal analysis output from T_Tide Figure 37 shows the tidal cycle as represented by water depth for both the actual data set and a synthesized data set utilizing the calculated tidal constituents Two distinct high and low tides are seen per day
Table 6 Summary of Harmonic Analysis of Water Depth at the Fernandina Beach ODMDS
Symbol Amplitude (meters) Phase (degrees)
O1
K1
N2
M2
S2
00404 21964
00757 20758
01026 35010
07067 1616
358700695
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Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
-10
Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
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Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
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APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Symbol Major Axis (cms)
Minor Axis (cms)
Inclination (cc from east-degrees)
Phase (degrees)
Surface Currents
N2 3968 -0445 13111 28494
M2 18688 -1277 13063 30372
S2 3419 -0651 12906 33048
Bottom Currents
N2 2532 0010 12647 26914
M2 12880 0123 12404 28396
S2 2112 0000 12295 31120
Depth Averaged Currents
N2 3518 -0280 13016 27818
M2 16820 -0436 12858 29636
S2 2612 -0199 12659 32128
-10
Table 7 Summary of Harmonic Analysis of Currents at the Fernandina Beach ODMDS
40 SUMMARY AND CONCLUSIONS
Currents in the vicinity of the Jacksonville and Fernandina Beach ODMDSs tend to have a significant tidal component with predominate currents flowing to the north-northwest and south-southeast There are no strong seasonal trends in the data however at both locations the summer quarter showed a slightly higher percentage of currents in the northerly direction than the other quarters Current magnitudes at both sites were very similar statistically The median and 90th percentile surface bottom and depth average currents were the same at both sites Surface currents exceeded 40 cmsec (13 ftsec) five percent of the time The median surface current at both sites was 17 cmsec (06 ftsec) whereas the median bottom current was 10 cmsec (03 ftsec) Sandia National Labs (2007) determined that velocities near 60 cmsec (2 ftsec) or a shear stress of 1 Nm2 (002 lbft2) are needed to initiate erosion of Mayport Harbor dredged material Near bottom currents of this magnitude seldom occur and therefore erosion of material would only likely occur prior to consolidation in the absence of major storms or large wave events
Waves in the vicinity of the Jacksonville and Fernandina Beach ODMDSs are out of the east-southeast Monthly wave statistics were very similar at both monitoring locations with an overall median wave height of 080 meters (26 feet) at the Jacksonville ODMDS and 078 meters (26 feet) at the CDIP location north of the Fernandina Beach ODMDS The highest measured waves were in excess of 3 meters (98 feet) at both sites and occurred in June Figure 38 compares the measured ocean wave height mean values at the ODMDSs to the Wave
shy
Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Information Study (WIS) hindcast data from 1980 through 1999 (US Army 2008) In general measured wave heights were less than those in the WIS The most frequent wave period at both sites was 10 seconds Based on linear wave theory wave periods in excess of 4 seconds are of sufficient length to influence bottom velocities at the depths of the ODMDSs and therefore waves are likely to affect resuspension and transport of dredged material at the ODMDSs Using the equations for wave related shear stress presented in US Army (1998) wave conditions are such that the critical shear stress would be exceeded due to waves 84 of the time at the Jacksonville ODMDS and 89 of the time at the Fernandina Beach ODMDS Waves are therefore the primary factor influencing resuspension of disposed dredged material at these ODMDS whereas currents probably affect the direction and magnitude of transport
Current data from this study will be used to update the STFATE model inputs for dredged material evaluations Using the median values in this report model input parameters should be revised in accordance with tables 8 and 9
Table 8 Recommended STFATE ambient velocity parameters for the Jacksonville ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
84 056 173 o from North 82 056 158o from North
396 033 160 o from North 400 033 158o from North
Table 9 Recommended STFATE ambient velocity parameters for the Fernandina Beach ODMDS
Existing Velocities (fps) Proposed Revised Velocities
Depth (ft) Magnitude Direction Depth (ft) Magnitude Direction
82 054 338o from North Logarithmic Profile 033 0 o from North
423 034 338o from North
Data will also be used to model the long-term fate of dredged material at the Jacksonville and Fernandina Beach ODMDSs utilizing MDFATE and LTFATE Required MDFATE and LTFATE input parameters include wave height wave period and wave direction at three hour intervals and the tidal harmonic constituents and ambient current data As a result of this data is now available
-11-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
-12
50 REFERENCES
Coastal Data Information Program httpcdipucsdedu Accessed 2008 Feb 4
Coastal Engineering Research Center (1984) Shore Protection Manual Department of the Army Waterways Experiment Station Vicksburg MS
Godin Gabriel (1972) The Analysis of Tides University of Toronto Press Toronto 264pp
National Oceanic and Atmospheric Administration Pacific Marine Environmental Laboratory (NOAA-PEML) httpwwwepicnoaagovepicindexhtml May 26 2006
Pawlowicz R B Beardsley and S Lentz (2002) Classical tidal harmonic analysis including error estimates in MATLAB using T_TIDE Computers and Geosciences 28 (2002) pp 929-937
RD Instruments (1996) Acoustic Doppler Current Profiler Principles of Operation A Practical Primer January 1996 San Diego
Strong Brandon (2000) Workhorse ADCP Multi-Directional Wave Gauge Primer RD Instruments Oct 2000
Sandia National Laboratories (2007) Draft Jacksonville Harbor ODMDS Dredged Material Erosion Rate Analysis Carlsbad NM May 2007
Unidata NetCDF (network Common Data Form) httpwwwunidataucaredusoftwarenetcdfindexhtml Accessed 2008 Feb 5
US Army Engineer Waterways Experiment Station (1998) LTFATE cohesive sediment transport model Technical Note DOER-N1 Vicksburg MS
US Army Engineer Research Center Coastal Hydraulics Laboratory (2008) Wave Information Study httpfrfusacearmymilcgi-binwisatlatl_mainhtml Accessed 2008 March 1 Stations 405 amp 409
US Geological Survey (2005) Acoustic Doppler Current Profiler Data Processing System Manual Open-File Report 00-458 Version 3 Woods Hole MA Sept 2005
US Geological Survey (2006) Wave Data Processing Toolbox Manual Open-File Report 2005-1211 Woods Hole MA
shy
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
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Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
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160 158 156 154 152 150 148 146 144 142 140 138 136
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1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
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18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
APPENDIX A
FIGURES
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
List of Figures
Figure 1 Instrumentation Location Figure 2 Jacksonville ODMDS Concrete ADCP Base Figure 3 Fernandina Beach ODMDS ADCP Base Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave
Height Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave
Period Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave
Heights Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave
Height Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents Figure 22 Jacksonville ODMDS Current Magnitude Histogram Figure 23 Jacksonville ODMDS Current Direction Histogram Figure 24 Jacksonville ODMDS Progressive Vector Diagram Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for
September 2006 Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for
September 2006 Figure 27 Jacksonville ODMDS Tides for March 2007 Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagram for Depth Averaged
Currents Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram Figure 33 Fernandina Beach ODMDS Current Direction Histogram Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Figure 37 Fernandina Beach ODMDS Tides for March 2007 Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS)
Hindcast Mean Wave Heights
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
CDIP Wave Buoy
Amelia Island
Jacksonville
Fernandina Beach ODMDS ADCP
Jacksonville ODMDS ADCP
0 0 5 1 15 2
0 2 4 km
Figure 1 Instrument Location Map
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Figure 2 Jacksonville ODMDS Concrete ADCP Base
Figure 3 Fernandina Beach ODMDS ADCP Base
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 4 Jacksonville ODMDS Wave Rose for Significant Wave Height
0
45
90
135 225
270
315
North
0 5 10 15 20 25
Frequency
Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15
180
Figure 5 Jacksonville ODMDS Wave Rose for Peak Wave Period
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
5
270
Wave Height (meters) Wave Height (meters)
lt=05 lt=05 gt05 - 1 gt05 - 1
North gt1 - 15 North gt1 - 15 0 0
gt15 - 2 gt15 - 2
270 90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
December-February
90
45
135225
315
0 10 15 20 25
Frequency
gt2 - 25 gt25
September -November
180 180 Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 0
gt15 - 2
90 270
45
135225
315
0 5 10 15 20 25
Frequency
gt2 - 25 gt25
March - May
0
45
90
135225
315
North
0 5 10 15 20 25
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
June -August
180 180
Figure 6 Jacksonville ODMDS Quarterly Wave Rose Diagrams
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
4
Met
ers
10
3 8
2 6
4
1
2
0 0
Feet
Augu
st 0
6
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7 Se
ptem
ber 0
7
Sec
onds
20
15
10
5
0
Figure 7 Jacksonville ODMDS Monthly Significant Wave Heights
Figure 8 Jacksonville ODMDS Monthly Peak Wave Periods
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
12
10
8
6
4
2
0
16 100
90 14 Mean = 090 meters Median = 080 meters
00 05 10 15 20 25 30 35
Significant Wave Height (m)
80
70
60
50
40
30
20
10
0
Cum
ulat
ive
Frqu
ency
Freq
uenc
y
Figure 9 Jacksonville ODMDS Histogram of Significant Wave Height
25 100
20
mean = 72 seconds median = 71 seconds
80
70
15 60
50
10 40
30
5 20
10
0 0
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
0 5 10 15 20
Dominant Wave Period (seconds) Figure 10 Jacksonville ODMDS Histogram of Peak Wave Period
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
0
45
90
135 225
270
315
North
0 10 20 30
Frequency
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2 gt2 - 25 gt25
180
Figure 11 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Significant Wave Height Wave Period (seconds)
lt=5 gt5 - 10 gt10 - 15 gt15 0
45
90
135 225
270
315
North
0 10 20 30
Frequency
180
Figure 12 Fernandina Beach ODMDS (CDIP Station 132) Wave Rose for Peak Wave Period
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
270
270
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 0 0
gt15 - 2
90 270
225
315
0 10
Frequen
December-February
45
135 225
315
0 10 20 30
Frequency
gt2 - 25 gt25
September -November
180 180
Wave Height (meters)
lt=05 gt05 - 1
North gt1 - 15 North 00
gt15 - 2
90 270
315
0 10 20
Frequen
June -August
45 315
0 10 20 30
Frequency
gt2 - 25 gt25
March - May
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135
20 30
cy
gt2 - 25 gt25
90
Wave Height (meters)
lt=05 gt05 - 1 gt1 - 15 gt15 - 2
45
135 225
30 40
cy
gt2 - 25 gt25
90
135 225
180 180
Figure 13 Fernandina Beach ODMDS (CDIP Station 132) Quarterly Wave Rose Diagrams
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7
Mar
ch 0
7
April
07
May
07
June
07
July
07
Augu
st 0
7
4
10
3 8
2 6
4
1
2
0 0
Met
ers
Feet
Sept
embe
r 06
O
ctob
er 0
6 N
ovem
ber
06
Dec
embe
r 06
Ja
nuar
y 0
7 Fe
brua
ry 0
7 M
arch
07
April
07
May
07
June
07
July
07
Augu
st 0
7
25
20
Sec
onds
15
10
5
0
Figure 14 Fernandina Beach ODMDS (CDIP Station 132) Monthly Significant Wave Heights
Figure 15 Fernandina Beach ODMDS (CDIP Station 132) Monthly Peak Wave Periods
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
16 100
90 14 Mean = 087 meters Median = 078 meters 80
Freq
uenc
y
Cum
ulat
ive
Frqu
ency
12 70
10 60
8 50
6 40
30 4
20
2 10
0 0 00 05 10 15 20 25 30 35
Significant Wave Height (m)
Figure 16 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Significant Wave Height 25
mean = 79 seconds median = 77 seconds
20
15
10
5
0 0 5 10 15 20
Dominant Wave Period (seconds)
100
90
Freq
uenc
y
Cum
ulat
ive
Freq
uenc
y
80
70
60
50
40
30
20
10
0
Figure 17 Fernandina Beach ODMDS (CDIP Station 132) Histogram of Peak Wave Period
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 18 Jacksonville ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March - May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180180
Figure 19 Jacksonville ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
0
North 0
Near Surface Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
180
0
North 0 Near Bottom Currents
315 45
225
4 8
135
12
Current Speed (cmsec)
lt=5 gt5 - 10 gt10 - 15
16
270 90
gt15 - 20 gt20 - 25 gt25 - 30 gt30
180
Figure 20 Jacksonville ODMDS Current Rose for Near Surface Currents
Figure 21 Jacksonville ODMDS Current Rose for Near Bottom Currents
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
50
Depth Average Near Bottom Surface
North East South West
Current Direction
40
30
20
10
0
Freq
uenc
y
35 100
90 30
80
25
Freq
uenc
y
Cum
ulat
ive
Freq
necy
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45
Current Speed (cmsec)
70
60
50
40
30
20
15
10
20 5
10
0 0
Figure 22 Jacksonville ODMDS Current Magnitude Histogram
Figure 23 Jacksonville ODMDS Current Direction Histogram
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Nor
thS
outh
Dis
tanc
e (k
m)
200
Aug 06
0
-200
-400
-600
-800
-1000
-1200
Bottom Currents
Depth Average Currents
Surface Currents
Sept 07
Sept 07
Sept 07
Depth Average Currents Surface Currents Bottom Currents
-1400 -300 -250 -200 -150 -100 -50 0 50
EastWest Distance (km)
Figure 24 Jacksonville ODMDS Progressive Vector Diagram
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
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18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) S
moo
thed
Vel
ocity
(cm
s)
40
20
0
-20
-40 9106 91106 92106 10106
40
20
0
-20
-40 9106 91106 92106 10106
40
30
20
10
0
-10
-20
-30
-40 9106 91106 92106 10106
95
95
Figure 25 Jacksonville ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 26 Jacksonville ODMDS Filtered and Tidal Currents (eastwest component) for September 2006
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Mea
sure
d W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Syn
thes
ized
Tid
al W
ater
Dep
th (m
)
156 154 152 150 148 146 144 142 140 138 136 134 132 130 128 126
Mean
3107 3807 31507 32207 32907
Figure 27 Jacksonville ODMDS Tides for March 2007
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
0
270
North 0 Depth Averaged Currents
Current Speed (cmsec)
lt=5 90 gt5 - 10
gt10 - 15 16 gt15 - 20
gt20 - 25 gt25 - 30 gt30
315 45
225
4 8
135
12
180
Figure 28 Fernandina Beach ODMDS Depth Averaged Current Rose Diagram
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
North North 0 0
270
315 45
Sept -Nov
0 10 20 Frequency
225 135
90 270
180
North 0
315 45
March -May
0 10 20 Frequency
225 135
270 270 90
315 45
Dec -Feb
90
0 10 20 Frequency
Current Speed 225 135 (cmsec)
lt=5 gt5 - 10
180 gt10 - 15 North gt15 - 20 0
gt20 - 25 gt25 - 30
315 45 gt30
June - Aug
90
0 10 20 Frequency
225 135
180 180
Figure 29 Fernandina Beach ODMDS Quarterly Current Rose Diagrams for Depth Averaged Currents
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
North 0
Near Bottom Currents
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
16 gt15 - 20 gt20 - 25 gt25 - 30 gt30
315 45
225
0 4 8 12
135
180
North 0
Near Surface Currents
315 45
Current Speed (cmsec)
lt=5 270 gt5 - 10
gt10 - 15 90
0 4 8 12 16 gt15 - 20 gt20 - 25 gt25 - 30 gt30 - 35 gt35
225 135
180
Figure 30 Fernandina Beach ODMDS Current Rose for Near Surface Currents
Figure 31 Fernandina Beach ODMDS Current Rose for Near Bottom Currents
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Freq
uenc
y
35
30
25
20
15
10
5
0 North
Depth Average Near Bottom Surface
West East South
Current Direction
Freq
uenc
y
0
5
10
15
20
25
30
35
Cum
ulat
ive
Freq
necy
0
10
20
30
40
50
60
70
80
90
100
Depth Average Near Bottom Surface Depth Average Near Bottom Surface
0 5 10 15 20 25 30 35 40 45 50
Current Speed (cmsec)
Figure 32 Fernandina Beach ODMDS Current Magnitude Histogram
Figure 33 Fernandina Beach ODMDS Current Direction Histogram
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
100
0
-100
-200
-300
-400
-500
Aug 06
Sept 07
Sept 07
Sept 07
Nor
thS
outh
Dis
tanc
e (k
m)
Depth Average Currents Surface Currents Bottom Currents
-600 -600 -500 -400 -300 -200 -100 0 100 200
EastWest Distance (km)
Figure 34 Fernandina Beach ODMDS Progressive Vector Diagram
Sm
ooth
ed V
eloc
ity (c
ms
)
-40
-20
0
20
40
9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
) 40
20
0
-20
-40 9106 91106 92106 10106
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
-40
-20
0
20
40
95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Sm
ooth
ed V
eloc
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ms
)
-40
-20
0
20
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9106 91106 92106 10106
Low
Pas
s Fi
ltere
d V
eloc
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) 40
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Tida
l Com
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nt (p
redi
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) (cm
s)
-40
-20
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95
95
9106 91106 92106 10106
Figure 35 Fernandina Beach ODMDS Filtered and Tidal Currents (northsouth component) for September 2006
Tida
l Com
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nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
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)
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9106 91106 92106 10106
20
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-20
-10
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9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
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Decem
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)
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18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Tida
l Com
pone
nt (p
redi
cted
) (cm
s)
Low
Pas
s Fi
ltere
d V
eloc
ity (c
ms
)
20
15
10
5
0
-5
-10
-15
-20
Sm
ooth
ed V
eloc
ity (c
ms
)
9106 91106 92106 10106
20
10
0
-10
-20 9106 91106 92106 10106
-20
-10
0
10
20
9106 91106 92106 10106
95
95
Figure 36 Fernandina Beach ODMDS Filtered and Tidal Currents (eastwest component) for August 2006
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Synt
hesi
zed
Tida
l Wat
er D
epth
(m)
Mea
sure
d W
ater
Dep
th (m
)
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
160 158 156 154 152 150 148 146 144 142 140 138 136
Mean
1407 11107 11807 12507 2107
Figure 37 Fernandina Beach ODMDS Tides for March 2007
Janu
ary
Februa
ry Marc
h
April
May
June
July
Augus
t Sep
tembe
rOcto
ber
Novem
ber
Decem
ber
Mon
thly
Mea
n Si
gnifi
cant
Wav
e H
eigh
t H
s (m
)
06
08
10
12
14
16
18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
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- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
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- 241 Wave Data
- 242 Current Data
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- 30 RESULTS
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- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
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18 Jacksonville ODMDS WIS Fernandina Beach ODMDS WIS Jacksonville ODMDS ADCP Measured Fernandina Beach ODMDS CDIP Measured
Figure 38 Comparison of Measured Mean Wave Height to Wave Information Study (WIS) Hindcast Mean Wave Heights
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
APPENDIX B
DATA FILES
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
DATA FILES
JacksonvilleampFernandinaBeach_ODMDS_Current_Wave_Studypdf Study Report
Jacksonville ODMDS Processed Data CSV Files JacksonvilleODMDSWavescsv Wave Statistics Output JAX Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
JAX_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
JAX_Depth_allcsv 15 minute water depth measurements JAX_depth_hravg_allcsv Hourly averaged water depth
Fernandina Beach ODMDS Processed Data CSV Files FBODMDS_Waves_1yrcsv Wave Statistics Output from CDIP FB_Currents_allcsv Depth averaged and individual bin uv currents and
surface bottom and depth averaged current magnitude and direction
FB_Currents_all_hravgcsv Depth averaged and individual bin uv currents and surface bottom and depth averaged current magnitude and direction averaged over 1 hour period
NCBrowse ncBrowse_install_rel1_6_3exe This software can be used to view the NetCDF files (nc) This software was developed at the Joint Institute for the Study of the Atmosphere and Ocean (JISAO) a joint institute of the University of Washington (UW) and the National Oceanic and Atmospheric Administrations (NOAA) Pacific Marine Environmental Laboratory (PMEL) and funded by NOAAESDIM NOAAHPCC NSF and NOAAPMEL Help updates and a users guide can be found at httpwwwepicnoaagovjavancBrowse
Jacksonville ODMDS Processed NetCDF Wave Data FilesJAX01p-calnc Deployment 1 Time series of pressure amp velocities JAX02p-calnc Deployment 2 Time series of pressure amp velocities JAX03p-calnc Deployment 3 Time series of pressure amp velocities JAX04p-calnc Deployment 4 Time series of pressure amp velocities
JAX01r-calnc Deployment 1 Time series of statistical wave parameters JAX02r-calnc Deployment 2 Time series of statistical wave parameters JAX03r-calnc Deployment 3 Time series of statistical wave parameters JAX04r-calnc Deployment 4 Time series of statistical wave parameters
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Jacksonville ODMDS Processed NetCDF Current Data Files
JAX01_CurrentsDatnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) JAX02_CurrentsDatnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) JAX03_CurrentsDatnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) JAX04_CurrentsDatnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Fernandina Beach ODMDS Processed NetCDF Current Data Files FB01whnc Deployment 1 EPIC NetCDF Best Basic Version (BBV) FB02whnc Deployment 2 EPIC NetCDF Best Basic Version (BBV) FB03whnc Deployment 3 EPIC NetCDF Best Basic Version (BBV) FB04whnc Deployment 4 EPIC NetCDF Best Basic Version (BBV)
Jacksonville ODMDS RD Instruments Raw Binary Data JAX01_RawData000 Deployment 1 binary ADCP Data JAX02_RawData000 Deployment 2 binary ADCP Data JAX03_RawData000 Deployment 3 binary ADCP Data JAX04_RawData000 Deployment 4 binary ADCP Data
Jacksonville ODMDS RD Instruments Binary Current Data JAX01_CurrentsData000 Deployment 1 binary ADCP current data JAX02_CurrentsData000 Deployment 2 binary ADCP current data JAX03_CurrentsData001 Deployment 3 binary ADCP current data JAX04_CurrentsData000 Deployment 4 binary ADCP current data
Jacksonville ODMDS RD Instruments Binary Wave Data JAX01_ProcWvsData_000wvs JAX01_ProcWvsData_001wvs JAX01_ProcWvsData_002wvs JAX01_ProcWvsData_003wvs Deployment 1 binary wave data
JAX02_ProcWvsData_000wvs JAX02_ProcWvsData_001wvs JAX02_ProcWvsData_002wvs JAX02_ProcWvsData_003wvs JAX02_ProcWvsData_004wvs JAX02_ProcWvsData_005wvs Deployment 2 binary wave data
JAX03_ProcWvsData_000wvs JAX03_ProcWvsData_001wvs JAX03_ProcWvsData_002wvs JAX03_ProcWvsData_003wvs JAX03_ProcWvsData_004wvs JAX03_ProcWvsData_005wvs JAX03_ProcWvsData_006wvs Deployment 3 binary wave data
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
JAX04_ProcWvsData_000wvs JAX04_ProcWvsData_001wvs JAX04_ProcWvsData_002wvs JAX04_ProcWvsData_003wvs JAX04_ProcWvsData_004wvs Deployment 4 binary wave data
Fernandina Beach ODMDS RD Instruments Binary Current Data FERN1002000 Deployment 1 binary ADCP current data FERN2000000 Deployment 2 binary ADCP current data FB003000000 Deployment 3 binary ADCP current data FERN4000000 Deployment 4 binary ADCP current data
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
APPENDIX C
COMPLETE TIDAL ANALYSIS OUTPUT FROM T_TIDE
T_TIDE output includes the following columns bull tide tidal constituent bull freq frequency (cycleshour)
Currents bull major major axis of tidal ellipse (cmsec) bull emaj error estimate (95 confidence limit) for major axis (cmsec) bull minor minor axis of tidal ellipse (cmsec) bull emin error estimate (95 confidence limit) for minor axis (cmsec) bull inc inclination of major axis (counter clockwise from east in degrees) bull einc error estimate (95 confidence limit) for inclination (degrees)
Water Depth bull amp amplitude (meters) bull amp_err error estimate (95 confidence limit) for amplitude (meters)
bull phase constituent phases (degrees relative to Greenwich) bull epha error estimate (95 confidence limit) of phase (degrees) bull snr signal to noise ratio
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Jacksonville ODMDS Bottom Currents
file name Bin1out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0844 x trend= 0
var(x)= 285445 var(xp)= 135995 var(xres)= 149491percent var predictedvar original= 476
y0= -0152 x trend= 0
var(y)= 1424569 var(yp)= 593347 var(yres)= 83147percent var predictedvar original= 417
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1925 2360 0021 098 10650 2458 28532 6253 067 MSM 00013098 1346 2172 0130 091 10365 2367 16730 10102 038 MM 00015122 2475 2359 0026 099 10560 2041 13091 5407 11 MSF 00028219 1028 2022 -0274 085 9959 3454 21323 14468 026 MF 00030501 1329 1994 -0104 093 10798 3420 32325 10204 044 ALP1 00343966 0126 0260 0002 025 17139 12043 12543 16052 024 2Q1 00357064 0088 0233 -0011 023 1796 13746 23031 15816 014 SIG1 00359087 0253 0281 -0005 025 12913 7762 24568 7543 081 Q1 00372185 0372 0328 -0056 022 10482 5345 15067 6220 13 RHO1 00374209 0211 0296 -0011 024 10352 6727 21965 11048 051 O1 00387307 0189 0254 0002 025 12758 8105 14952 12138 055 TAU1 00389588 0146 0398 0048 033 3548 12199 13702 18491 013 BET1 00400404 0201 0276 -0015 024 10993 6756 9394 12749 053 NO1 00402686 0152 0224 -0022 021 11644 8839 11094 11584 046 CHI1 00404710 0113 0221 -0047 022 10774 10090 12247 19226 026
P1 00415526 0609 0367 -0222 031 9328 4256 4111 5719 28 K1 00417807 0403 0345 0140 028 8023 5773 8289 6978 14 PHI1 00420089 0172 0313 -0056 028 10624 9151 33300 14637 03 THE1 00430905 0212 0234 -0159 026 5125 11167 18487 14803 082 J1 00432929 0271 0308 -0100 027 5928 7932 16220 10416 077 SO1 00446027 0177 0276 0002 023 11838 7319 22998 11142 041 OO1 00448308 0165 0168 -0114 016 12541 10523 3215 10971 097 UPS1 00463430 0088 0165 -0033 016 14841 11829 16217 13262 028 OQ2 00759749 0139 0223 -0013 018 9766 5683 29944 14318 039 EPS2 00761773 0318 0284 -0168 019 11308 6289 30377 8370 13 2N2 00774871 0242 0256 0019 021 11871 5042 24971 8754 089 MU2 00776895 0321 0259 -0044 023 12004 4297 31667 6514 15
N2 00789992 2539 0361 -0113 026 11746 637 27658 703 49 NU2 00792016 0472 0293 0054 025 12225 3494 27065 3997 26 M2 00805114 11964 0336 -0011 026 11551 127 29107 151 13e+003 MKS2 00807396 0407 0272 -0064 018 10076 2277 10534 4391 22 LDA2 00818212 0355 0329 -0043 019 10248 3425 26059 5518 12 L2 00820236 0182 0317 -0019 027 2795 9795 17415 14017 033
S2 00833333 1916 0315 0076 028 11581 659 31084 1038 37 K2 00835615 0486 0225 -0045 019 11996 2247 29982 2652 47 MSN2 00848455 0420 0298 -0090 021 11078 3299 7851 5031 2 ETA2 00850736 0058 0132 -0038 012 6652 7518 23405 16303 02 MO3 01192421 0119 0137 0004 009 9531 4516 5235 7293 076
M3 01207671 0373 0161 0021 012 9611 1768 5589 2716 53 SO3 01220640 0068 0089 0013 009 12791 8087 10945 11898 058 MK3 01222921 0165 0145 -0021 010 11062 4231 33109 5328 13 SK3 01251141 0174 0132 -0002 010 10875 3962 569 5251 17
MN4 01595106 0234 0129 0047 009 9577 2585 19580 3691 33
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
M4 01610228 0300 0133 -0065 010 8384 2211 19267 2821 51 SN4 01623326 0101 0100 -0063 008 7494 6933 19264 10382 1
MS4 01638447 0328 0127 -0096 009 9507 2196 16701 2691 67 MK4 01640729 0110 0083 -0062 007 12451 7356 8854 8235 18
S4 01666667 0189 0112 -0093 009 11286 4270 25325 5430 29 SK4 01668948 0066 0072 -0023 007 14411 9227 15735 9334 084 2MK5 02028035 0048 0064 0010 005 6636 6337 35040 11914 055
2SK5 02084474 0093 0061 -0045 006 12869 6018 25127 6310 23 2MN6 02400221 0111 0095 -0048 007 8457 4740 7474 6944 14
M6 02415342 0140 0088 -0074 007 8560 4429 10831 6487 25 2MS6 02443561 0143 0109 -0006 007 6340 3064 17905 3741 17 2MK6 02445843 0057 0059 -0022 005 10329 6187 20545 8395 094 2SM6 02471781 0112 0082 -0019 005 10667 3478 28908 5430 19 MSK6 02474062 0054 0048 -0035 005 2893 9995 32172 8857 13 3MK7 02833149 0057 0053 0008 004 7253 4781 10799 6728 12
M8 03220456 0056 0038 -0021 005 510 7820 4510 6844 22
total var= 1710013 pred var= 729342percent total var predictedvar original= 427
Jacksonville ODMDS Surface Currents
file name Bin20out date 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0485 x trend= 0
var(x)= 729475 var(xp)= 440463 var(xres)= 288921percent var predictedvar original= 604
y0= -243 x trend= 0
var(y)= 3680116 var(yp)= 1268075 var(yres)= 2414954percent var predictedvar original= 345
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 3052 4334 -0099 091 9810 1528 31608 9613 05 MSM 00013098 2066 3721 -0105 097 8207 1983 17182 15395 031 MM 00015122 3845 4725 -0157 114 8297 1483 13112 8550 066 MSF 00028219 1967 4295 0332 115 10403 2019 20021 13387 021 MF 00030501 2059 4231 0342 095 8312 1648 33414 13345 024 ALP1 00343966 0434 0528 -0138 040 8626 6388 6914 12004 068 2Q1 00357064 0255 0446 -0046 041 10668 7394 18700 16290 033 SIG1 00359087 0477 0494 -0033 058 1997 10164 24376 6774 093 Q1 00372185 0401 0606 -0015 044 11120 6814 13446 10115 044 RHO1 00374209 0310 0546 -0142 047 6980 8230 22957 14161 032 O1 00387307 0760 0546 -0608 049 11848 9201 17513 11648 19 TAU1 00389588 0712 0744 -0038 077 3692 7429 28505 7307 092 BET1 00400404 0298 0455 -0176 045 3761 11394 7149 14496 043 NO1 00402686 0287 0394 0073 040 12453 7959 16488 11158 053 CHI1 00404710 0331 0442 0152 040 11180 7885 35495 14363 056 P1 00415526 0735 0620 -0451 061 13947 8684 18537 8842 14
K1 00417807 1816 0712 -1126 050 11518 3596 14920 3955 65 PHI1 00420089 0462 0687 -0085 052 9830 6223 7035 11322 045 THE1 00430905 0459 0491 -0125 047 4955 6643 1876 9718 088 J1 00432929 0372 0526 -0240 049 15941 13990 20311 11264 05 SO1 00446027 0154 0428 0031 038 2697 11442 25209 18145 013 OO1 00448308 0160 0314 -0144 029 2989 10438 31610 15870 026 UPS1 00463430 0343 0372 -0106 029 7852 5242 8180 9110 085
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
OQ2 00759749 0113 0264 -0026 026 13703 10335 13854 15989 018 EPS2 00761773 0197 0337 0109 030 9504 9609 25106 15339 034 2N2 00774871 0420 0376 -0116 032 11306 5448 25698 6995 12 MU2 00776895 0472 0363 -0116 037 12296 5063 32144 6390 17
N2 00789992 3732 0413 -0822 041 11891 620 29015 745 82 NU2 00792016 0921 0406 -0262 029 9701 2715 29357 3265 51 M2 00805114 17897 0406 -2329 037 11984 123 30865 156 19e+003 MKS2 00807396 0560 0308 -0141 027 11614 3656 15982 3753 33 LDA2 00818212 0349 0348 0054 032 12702 6675 33525 8353 1 L2 00820236 0653 0483 0012 046 8951 4253 28384 6051 18
S2 00833333 3441 0423 -0997 038 11869 718 33326 949 66 K2 00835615 0700 0323 -0129 029 12858 2706 31514 2809 47 MSN2 00848455 0114 0243 0044 028 10759 10016 16373 19640 022 ETA2 00850736 0201 0225 0034 024 14172 7755 20991 8921 08 MO3 01192421 0197 0209 -0005 017 12281 6231 5060 7090 089 M3 01207671 0555 0254 -0077 024 11698 2243 8421 2859 48 SO3 01220640 0309 0192 -0084 016 11083 3925 2273 4167 26 MK3 01222921 0240 0197 -0002 017 12853 4905 31779 5302 15 SK3 01251141 0195 0199 -0055 014 8483 6166 35996 7587 096
MN4 01595106 0283 0170 -0006 015 7165 3467 14900 3649 28 M4 01610228 0344 0162 -0096 016 4194 3216 17827 3106 45 SN4 01623326 0045 0099 -0008 009 2424 14114 21078 18041 021
MS4 01638447 0436 0157 -0174 015 8947 2432 14648 2797 78 MK4 01640729 0081 0104 -0048 010 14499 11242 17453 11578 061
S4 01666667 0338 0127 -0262 013 1648 7391 35781 6514 71 SK4 01668948 0115 0109 -0036 010 6805 6356 21249 7213 11 2MK5 02028035 0038 0091 0021 007 7722 9097 29844 17593 017
2SK5 02084474 0132 0089 -0079 009 15994 8062 18696 9639 22 2MN6 02400221 0212 0133 0036 008 7100 2716 10852 4153 26 M6 02415342 0361 0130 0053 009 8988 1545 15123 2250 77 2MS6 02443561 0277 0112 -0026 009 9561 1596 17912 2490 62 2MK6 02445843 0071 0064 0027 006 3862 8340 19911 8133 13 2SM6 02471781 0065 0087 0005 007 7704 7442 28986 13605 056 MSK6 02474062 0046 0060 -0001 007 16087 11367 23855 11182 058 3MK7 02833149 0049 0064 0005 006 11199 7435 18641 10585 059
M8 03220456 0090 0059 -0034 006 354 5705 2369 4725 24
total var= 4409591 pred var= 1708538percent total var predictedvar original= 387
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Jacksonville ODMDS Depth Averaged Currents
file name Avg1yroutdate 25-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0344 x trend= 0
var(x)= 391302 var(xp)= 332203 var(xres)= 58762percent var predictedvar original= 849
y0= -0935 x trend= 0
var(y)= 2441324 var(yp)= 968425 var(yres)= 1472083percent var predictedvar original= 397
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2571 3032 0034 064 9905 838 30158 8588 072 MSM 00013098 1684 2993 0141 056 9665 1027 16576 12723 032 MM 00015122 3261 3698 -0074 043 9193 602 13145 7340 078 MSF 00028219 1561 3230 -0116 046 9761 945 20878 12551 023 MF 00030501 1709 3335 -0110 047 9643 986 33099 11536 026 ALP1 00343966 0248 0376 -0012 016 8793 3528 4674 9026 044 2Q1 00357064 0113 0263 0000 018 4097 6027 18498 15096 018 SIG1 00359087 0269 0371 -0100 022 11539 4772 28521 10347 052 Q1 00372185 0494 0386 -0069 023 11092 2285 14320 4993 16 RHO1 00374209 0359 0427 -0041 016 9151 3271 20773 7883 071 O1 00387307 0557 0298 -0371 021 12287 5918 16748 7305 35 TAU1 00389588 0228 0472 -0007 027 10158 4115 31649 14794 023 BET1 00400404 0188 0286 -0009 022 12790 5244 6811 10583 043 NO1 00402686 0210 0271 -0011 015 11204 3520 13530 8960 06 CHI1 00404710 0180 0251 0019 025 16180 8472 6548 12481 052 P1 00415526 0217 0320 -0030 028 13832 5733 7842 14258 046
K1 00417807 0831 0410 -0184 028 12199 2300 14613 2981 41 PHI1 00420089 0239 0419 -0042 021 8931 4092 848 13075 033 THE1 00430905 0172 0323 -0008 016 10822 4400 4656 12548 028 J1 00432929 0224 0376 -0030 017 9253 3370 16280 10117 035 SO1 00446027 0143 0276 -0053 021 6145 4699 19956 14698 027 OO1 00448308 0090 0144 -0023 014 14825 7281 1823 13515 039 UPS1 00463430 0089 0208 0030 010 9275 4899 11166 17310 018 OQ2 00759749 0044 0152 -0000 014 15577 9818 9427 22272 0083 EPS2 00761773 0268 0233 0012 017 11036 4037 28210 6037 13
2N2 00774871 0367 0258 -0070 020 11928 3451 25434 4369 2 MU2 00776895 0345 0266 -0075 020 12199 3448 31977 4857 17
N2 00789992 3349 0245 -0492 023 11959 366 28513 465 19e+002 NU2 00792016 0750 0265 -0078 021 11014 1600 28291 2266 8 M2 00805114 15911 0239 -1093 022 12029 082 30346 097 44e+003 MKS2 00807396 0440 0199 0028 015 11064 2136 14184 2536 49 LDA2 00818212 0313 0217 0074 017 10280 4090 27771 5475 21 L2 00820236 0350 0309 0027 031 14303 5038 33633 5299 13
S2 00833333 2580 0269 -0249 018 11836 477 32568 581 92 K2 00835615 0588 0196 0009 016 12187 1621 30681 1863 9 MSN2 00848455 0230 0232 0077 017 9050 5617 9602 8935 098 ETA2 00850736 0076 0126 -0006 010 11067 7871 19736 14232 037 MO3 01192421 0129 0106 -0005 009 12221 4780 4958 5734 15
M3 01207671 0478 0149 -0029 012 11178 1258 7216 1908 10 SO3 01220640 0141 0119 -0038 008 10000 4210 3046 7139 14
MK3 01222921 0222 0144 -0001 011 11811 2722 32337 3875 24 SK3 01251141 0160 0151 -0008 008 8919 3253 35781 5476 11 MN4 01595106 0238 0104 -0026 007 8935 1899 18299 2422 52
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
M4 01610228 0391 0105 -0161 008 8019 1423 20013 1770 14 SN4 01623326 0096 0076 -0074 007 6041 9038 20852 11034 16
MS4 01638447 0365 0108 -0123 007 10134 1324 16044 1721 11 MK4 01640729 0107 0064 -0013 006 10263 3127 11960 4149 27 S4 01666667 0222 0082 -0157 006 11494 5007 25809 5909 74 SK4 01668948 0094 0065 -0023 005 9851 3867 20941 5464 21 2MK5 02028035 0042 0059 0005 005 9263 6267 33196 10867 05
2SK5 02084474 0096 0062 -0064 006 15137 8372 20529 8110 24 2MN6 02400221 0191 0087 -0033 006 8229 1852 9713 3289 48 M6 02415342 0305 0087 -0059 005 8911 1069 13694 1770 12 2MS6 02443561 0220 0077 -0065 005 8378 1660 17955 2729 81 2MK6 02445843 0054 0048 0001 005 5067 4701 21144 6019 13 2SM6 02471781 0106 0077 -0015 005 8875 2356 29143 4660 19 MSK6 02474062 0053 0051 -0020 004 9651 5192 25762 7510 11
3MK7 02833149 0058 0038 -0002 003 9825 2849 15648 4397 23 M8 03220456 0055 0030 -0030 003 1700 6324 3799 5145 34
total var= 2832626 pred var= 1300629percent total var predictedvar original= 459
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
Jacksonville ODMDS Water Depth
file name depthoutdate 22-Jan-2008 nobs = 8760 ngood = 8648 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 142 x trend= 0
var(x)= 03389 var(xp)= 031147 var(xres)= 0027347percent var predictedvar original= 919
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr SSA 00002282 00558 0053 14613 6346 11 MSM 00013098 00175 0042 1917 18981 018 MM 00015122 00383 0053 34712 8899 053 MSF 00028219 00157 0050 10786 18255 0098 MF 00030501 00109 0047 11558 19038 0054 ALP1 00343966 00014 0003 13611 13935 029 2Q1 00357064 00028 0003 15845 9211 065 SIG1 00359087 00034 0004 14362 6323 071
Q1 00372185 00146 0004 19492 1457 16 RHO1 00374209 00037 0004 18400 6469 095
O1 00387307 00756 0004 20095 280 35e+002 TAU1 00389588 00019 0005 31724 13400 017 BET1 00400404 00023 0004 27699 9637 041
NO1 00402686 00066 0003 20270 2378 52 CHI1 00404710 00018 0003 20168 13152 049
P1 00415526 00341 0004 19218 817 59 K1 00417807 01036 0004 19667 208 7e+002 PHI1 00420089 00020 0003 26631 13792 033 THE1 00430905 00012 0003 16447 17475 017 J1 00432929 00046 0005 21587 4767 1 SO1 00446027 00009 0003 29269 19040 0093
OO1 00448308 00035 0002 20568 4152 21 UPS1 00463430 00015 0002 21868 8876 053 OQ2 00759749 00021 0004 32599 12646 031 EPS2 00761773 00059 0005 2215 5355 13
2N2 00774871 00171 0006 33833 1833 94 MU2 00776895 00230 0005 1491 1520 18 N2 00789992 01693 0005 35391 171 1e+003 NU2 00792016 00308 0006 35546 1089 31 M2 00805114 07665 0006 1575 043 19e+004 MKS2 00807396 00144 0004 24581 1663 11 LDA2 00818212 00088 0006 3968 3509 22 L2 00820236 00160 0008 4952 2740 39 S2 00833333 01295 0005 4161 293 57e+002 K2 00835615 00325 0005 3284 711 49 MSN2 00848455 00007 0003 34540 21102 0038 ETA2 00850736 00021 0003 31269 10541 051
MO3 01192421 00081 0002 13631 1698 12 M3 01207671 00089 0003 15548 1863 92 SO3 01220640 00031 0002 14082 4047 2 MK3 01222921 00045 0002 10024 3565 33 SK3 01251141 00017 0002 5778 8460 066
MN4 01595106 00044 0002 33929 2674 44 M4 01610228 00106 0002 2895 1211 26 SN4 01623326 00006 0002 13033 18511 013
MS4 01638447 00075 0002 12162 1685 13 MK4 01640729 00023 0001 10146 4501 24 S4 01666667 00059 0002 27526 2151 71
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
SK4 01668948 00013 0002 22704 6658 075 2MK5 02028035 00004 0001 21988 19459 011
2SK5 02084474 00029 0001 27301 2925 39 2MN6 02400221 00038 0002 4534 2871 46 M6 02415342 00060 0002 10065 1627 15 2MS6 02443561 00042 0001 14330 2272 83 2MK6 02445843 00009 0001 16527 7885 076 2SM6 02471781 00014 0002 27829 7017 074 MSK6 02474062 00012 0001 26406 5297 12 3MK7 02833149 00006 0000 5120 5405 15
M8 03220456 00010 0000 31748 2258 49
Fernandina Beach ODMDS Bottom Currents
file name FB_Bin1out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -155 x trend= 0
var(x)= 439116 var(xp)= 265595 var(xres)= 17356percent var predictedvar original= 605
y0= -0346 x trend= 0
var(y)= 1187324 var(yp)= 582743 var(yres)= 605912percent var predictedvar original= 491
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1644 1718 -0306 091 10534 3490 27228 6924 092 MSM 00013098 1117 1540 0314 094 10662 5201 16687 11156 053 MM 00015122 1878 1778 -0050 114 11417 3685 13164 6585 11 MSF 00028219 0775 1650 -0090 086 9016 4939 18786 15381 022 MF 00030501 1132 1472 -0193 094 11969 5235 32236 9023 059 ALP1 00343966 0121 0264 -0062 022 7987 9343 11746 17770 021 2Q1 00357064 0049 0234 0027 022 15329 10718 21932 26163 0045 SIG1 00359087 0179 0290 -0108 022 10314 8510 31202 13467 038 Q1 00372185 0420 0356 -0003 029 10062 4028 13348 5313 14 RHO1 00374209 0245 0314 -0099 027 10546 7369 22910 10617 061 O1 00387307 0274 0266 -0005 028 14673 7404 12912 8969 11 TAU1 00389588 0300 0357 0023 035 4222 10265 12542 10959 071 BET1 00400404 0109 0256 -0079 024 14983 12416 6051 16456 018 NO1 00402686 0170 0208 0022 017 7765 6921 11375 10569 067 CHI1 00404710 0252 0292 -0106 026 13437 8244 11643 9040 074
P1 00415526 0630 0340 -0435 032 8007 6489 5164 8343 34 K1 00417807 0689 0358 0045 033 8530 2490 7847 3399 37 PHI1 00420089 0171 0325 -0064 029 8481 8267 33705 13765 028 THE1 00430905 0131 0253 -0059 020 6559 7865 17624 16880 027 J1 00432929 0271 0285 -0172 028 6447 8915 15956 11950 09 SO1 00446027 0259 0313 -0006 026 11463 7070 21575 9831 069 OO1 00448308 0058 0144 -0041 014 5128 9115 9636 17352 016 UPS1 00463430 0082 0161 0017 014 9649 9227 20468 16334 026 OQ2 00759749 0101 0224 -0007 019 7681 7997 30095 16203 02
EPS2 00761773 0584 0335 -0191 024 11314 3188 33002 4144 3 2N2 00774871 0223 0235 0062 025 13228 7043 27139 9171 09
MU2 00776895 0580 0282 -0021 033 13138 2775 31276 3372 42 N2 00789992 2532 0313 0010 032 12647 654 26914 733 65 NU2 00792016 0382 0266 -0084 030 13952 4841 28694 4824 21 M2 00805114 12880 0319 0123 029 12404 127 28396 158 16e+003
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
MKS2 00807396 0519 0256 -0159 019 8039 2771 11352 3707 41 LDA2 00818212 0244 0312 -0054 023 10780 6248 27292 9682 061 L2 00820236 0423 0443 0012 034 7715 4755 20852 6372 091
S2 00833333 2112 0341 0000 029 12295 825 31120 1019 38 K2 00835615 0481 0243 0077 021 13386 3175 30623 2860 39 MSN2 00848455 0372 0344 -0130 028 11690 5411 4993 6712 12 ETA2 00850736 0142 0172 0043 015 9517 6685 21220 10181 068 MO3 01192421 0102 0111 -0037 007 10148 5693 5118 8774 084
M3 01207671 0432 0143 -0019 011 11266 1370 6434 1911 92 SO3 01220640 0069 0086 -0003 007 10535 6638 5893 9863 065 MK3 01222921 0132 0106 -0013 010 13375 4775 31587 5203 15 SK3 01251141 0149 0126 -0041 008 10115 3960 35819 5468 14
MN4 01595106 0163 0101 -0028 009 8227 3421 16212 4224 26 M4 01610228 0348 0116 -0061 010 7701 1700 17024 2094 9 SN4 01623326 0070 0079 -0016 009 15106 10011 5616 8772 077
MS4 01638447 0320 0112 -0152 008 8347 2404 15333 2723 81 MK4 01640729 0105 0076 -0053 007 10355 5687 12837 6564 19
S4 01666667 0232 0104 -0140 009 11689 4140 24678 4477 5 SK4 01668948 0027 0056 -0012 005 9090 10070 15440 16548 023 2MK5 02028035 0034 0061 -0002 005 10641 7854 29152 13949 032 2SK5 02084474 0043 0052 -0036 006 14012 12070 25808 14576 069
2MN6 02400221 0165 0089 -0066 007 11332 3229 4344 3758 34 M6 02415342 0138 0075 -0114 007 6984 9676 15939 9710 35 2MS6 02443561 0175 0080 -0090 007 6504 3521 20673 3953 47 2MK6 02445843 0031 0044 -0002 004 2745 11195 30703 12396 05 2SM6 02471781 0076 0077 -0001 006 10537 5678 29717 7995 099 MSK6 02474062 0036 0047 0002 003 6601 6927 30532 10844 059 3MK7 02833149 0046 0049 0024 005 8160 8623 14195 8484 087 M8 03220456 0031 0040 -0005 004 5020 10571 3011 10908 058
total var= 162644 pred var= 848339percent total var predictedvar original= 522
Fernandina Beach ODMDS Surface Currents
file name FB_Bin22out date 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 0636 x trend= 0
var(x)= 1061522 var(xp)= 789585 var(xres)= 27325percent var predictedvar original= 744
y0= 00378 x trend= 0
var(y)= 279806 var(yp)= 1063606 var(yres)= 1734795percent var predictedvar original= 380
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 2480 3226 0379 100 7687 1883 30175 9225 059 MSM 00013098 2240 3322 -0131 075 8217 1691 18706 9804 045 MM 00015122 3609 3603 0185 104 7770 1505 13265 6224 1 MSF 00028219 1733 3047 0120 075 9472 1658 21036 12939 032 MF 00030501 1688 3374 0098 082 7966 1866 32799 12244 025 ALP1 00343966 0281 0403 -0003 041 14845 9516 8352 12485 049 2Q1 00357064 0302 0474 -0167 042 4995 8542 20743 11991 041 SIG1 00359087 0305 0503 -0010 044 4237 9380 24503 12528 037 Q1 00372185 0387 0476 -0157 038 8318 7037 14950 11627 066
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
RHO1 00374209 0403 0481 -0100 046 8208 6948 14383 11814 07 O1 00387307 0934 0458 -0541 045 14864 6575 13964 6526 42 TAU1 00389588 0648 0739 -0206 069 5892 7739 26239 8832 077 BET1 00400404 0244 0449 0004 034 7099 7444 524 13806 03 NO1 00402686 0240 0331 -0087 033 14850 9775 14409 12989 052 CHI1 00404710 0403 0457 -0362 049 15729 14532 27142 11570 078
P1 00415526 0968 0591 -0702 062 020 10468 31924 7567 27 K1 00417807 2221 0617 -1103 056 13309 2419 14354 2423 13 PHI1 00420089 0562 0608 -0244 047 10313 6813 9460 10536 085 THE1 00430905 0266 0441 -0062 034 5391 9487 5744 11885 036 J1 00432929 0485 0439 -0155 051 17087 10556 20660 7948 12 SO1 00446027 0196 0417 -0136 041 12261 9357 11014 19033 022 OO1 00448308 0122 0246 -0041 023 13204 9451 18219 18289 025 UPS1 00463430 0231 0301 -0094 029 13389 9067 6329 10649 059 OQ2 00759749 0111 0231 -0023 027 17831 13609 28990 15662 023 EPS2 00761773 0375 0320 -0019 029 6984 6159 27644 5880 14 2N2 00774871 0474 0364 -0113 034 10867 5222 26396 5415 17 MU2 00776895 0536 0386 -0113 029 10313 3984 32939 4338 19
N2 00789992 3968 0374 -0445 039 13111 521 28494 569 11e+002 NU2 00792016 0808 0363 -0304 035 11811 3376 26969 3734 49 M2 00805114 18688 0345 -1277 039 13063 122 30372 120 29e+003 MKS2 00807396 0571 0279 -0013 025 9734 3259 14848 2797 42 LDA2 00818212 0370 0315 0136 029 15919 7370 34106 7680 14
L2 00820236 0832 0495 0097 050 15035 3143 30301 3994 28 S2 00833333 3419 0374 -0651 034 12906 632 33048 607 84 K2 00835615 0923 0257 0045 026 13855 1899 32013 1809 13 MSN2 00848455 0181 0304 0088 025 16969 12320 19573 12589 036 ETA2 00850736 0102 0154 0009 017 1998 11927 1259 12573 044 MO3 01192421 0144 0147 -0029 017 13977 8824 2573 8105 096 M3 01207671 0536 0208 0028 021 10992 2151 6716 2548 66 SO3 01220640 0210 0145 -0058 015 13263 5921 4899 5970 21 MK3 01222921 0253 0173 -0105 018 11977 5471 30275 6115 21 SK3 01251141 0238 0183 0082 017 10403 5484 1703 6766 17
MN4 01595106 0290 0134 0043 015 8210 3582 15799 2950 47 M4 01610228 0568 0137 -0336 016 7641 2636 16693 2831 17 SN4 01623326 0105 0115 0022 012 14470 9305 17731 9008 084
MS4 01638447 0522 0151 -0285 014 10113 2461 15981 2387 12 MK4 01640729 0150 0087 0009 010 8846 4744 12363 4641 3 S4 01666667 0345 0137 -0172 013 12122 3663 29515 3645 63 SK4 01668948 0122 0096 -0054 009 12704 7295 25259 8079 16 2MK5 02028035 0047 0101 0007 010 11373 11866 1547 15184 022 2SK5 02084474 0093 0098 -0030 010 7942 7645 27215 8183 091
2MN6 02400221 0172 0120 -0019 010 11127 3974 10024 5238 21 M6 02415342 0305 0120 -0140 010 10971 3203 14103 3210 64 2MS6 02443561 0225 0102 -0159 010 8250 6658 20241 6961 49 2MK6 02445843 0059 0069 -0020 007 12437 7364 21019 9174 073 2SM6 02471781 0105 0082 -0080 009 16726 12000 24335 10255 16 MSK6 02474062 0105 0075 -0057 007 11374 6878 31146 6928 2 3MK7 02833149 0041 0054 0012 007 17031 12181 7472 12773 057 M8 03220456 0120 0086 0007 008 17036 4718 24925 5081 19
total var= 3859583 pred var= 1853191percent total var predictedvar original= 480
Fernandina Beach ODMDS Depth Average Currents
file name FBavgoutdate 25-Feb-2008 nobs = 8760 ngood = 8712 record length (days) = 36500start time 01-Sep-2006rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= -0725 x trend= 0
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
var(x)= 619278 var(xp)= 560838 var(xres)= 58936percent var predictedvar original= 906
y0= -031 x trend= 0
var(y)= 1943195 var(yp)= 885166 var(yres)= 1058547percent var predictedvar original= 456
ellipse parameters with 95 CI estimates
tide freq major emaj minor emin inc einc pha epha snr SSA 00002282 1976 2891 -0170 059 8982 1212 28812 7394 047 MSM 00013098 1585 2700 0138 068 9968 1399 17954 9863 034 MM 00015122 2685 2821 0044 055 9412 974 13161 6296 091 MSF 00028219 1367 2435 0027 056 8464 1516 20003 13663 032 MF 00030501 1491 2479 -0130 068 9985 1882 32817 11196 036 ALP1 00343966 0152 0287 -0009 017 12158 5011 7659 13872 028 2Q1 00357064 0135 0276 0012 018 5544 4241 15109 14040 024 SIG1 00359087 0205 0296 -0102 018 10325 5627 30985 13246 048 Q1 00372185 0477 0335 -0088 022 11063 2803 13699 4689 2 RHO1 00374209 0366 0372 -0166 019 9510 4138 19341 8611 097
O1 00387307 0631 0243 -0239 038 15190 4261 12898 3082 67 TAU1 00389588 0168 0351 0141 030 2032 8867 18306 14528 023 BET1 00400404 0107 0238 0049 017 14019 6239 7339 17274 02 NO1 00402686 0221 0286 -0012 015 10428 3264 12661 7808 06 CHI1 00404710 0124 0234 -0021 019 14417 6316 12840 13784 028 P1 00415526 0312 0302 -0079 028 12257 5227 3210 8631 11 K1 00417807 0890 0374 0041 031 12461 1644 12734 2395 57 PHI1 00420089 0265 0343 -0006 024 6145 4753 1683 10422 06 THE1 00430905 0065 0252 0014 016 11715 5110 9522 21525 0067 J1 00432929 0264 0324 -0118 023 6731 5542 17297 11355 066 SO1 00446027 0182 0295 0014 017 11298 4187 18941 10844 038 OO1 00448308 0029 0154 -0004 010 8900 4887 14531 23257 0036 UPS1 00463430 0017 0174 -0012 011 818 11382 13969 23874 00097 OQ2 00759749 0111 0174 -0040 016 4622 9009 4287 10726 041 EPS2 00761773 0310 0227 0063 015 9167 3415 30809 5502 19
2N2 00774871 0360 0213 -0044 017 11456 3064 26040 4197 29 MU2 00776895 0572 0216 -0114 020 11871 2132 32907 2646 7 N2 00789992 3518 0230 -0280 023 13016 405 27818 360 23e+002 NU2 00792016 0631 0226 -0132 021 12200 2065 28192 2267 78 M2 00805114 16820 0233 -0436 024 12858 080 29636 081 52e+003 MKS2 00807396 0544 0223 -0039 015 8681 1407 13671 1937 6 LDA2 00818212 0297 0211 0099 019 12018 4993 28317 5589 2
L2 00820236 0534 0292 0168 034 15870 4329 29871 3491 33 S2 00833333 2612 0213 -0199 025 12659 424 32128 542 15e+002 K2 00835615 0661 0157 0104 016 13380 1462 31534 1209 18 MSN2 00848455 0233 0214 -0015 019 8474 4318 8435 6652 12 ETA2 00850736 0036 0101 0028 010 17552 14281 20861 16415 013
MO3 01192421 0114 0074 -0056 008 15052 8528 556 7935 23 M3 01207671 0537 0134 -0036 010 10779 1091 6714 1526 16 SO3 01220640 0116 0084 -0082 008 9933 6636 5679 9061 19
MK3 01222921 0178 0106 -0010 010 13710 3882 31624 3073 28 SK3 01251141 0221 0120 0002 009 8965 2416 395 3541 34 MN4 01595106 0209 0089 -0007 006 9305 1890 15664 2534 55 M4 01610228 0507 0085 -0121 006 9189 853 16876 1003 36 SN4 01623326 0073 0067 -0039 006 11259 7334 16336 9075 12
MS4 01638447 0412 0078 -0215 007 9402 1564 16416 1709 28 MK4 01640729 0133 0071 -0007 005 9218 2282 13440 2977 35 S4 01666667 0245 0080 -0165 006 10831 3569 28321 3938 94 SK4 01668948 0079 0051 -0009 005 11435 3813 21441 4531 24 2MK5 02028035 0040 0051 -0025 005 3400 10382 4031 13225 064
2SK5 02084474 0101 0065 -0046 006 8567 4723 28571 5603 24 2MN6 02400221 0185 0079 -0074 006 11967 2440 6753 2706 55 M6 02415342 0304 0065 -0147 006 12010 1848 12073 2039 22 2MS6 02443561 0185 0076 -0132 006 9197 5073 19002 5624 59
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
2MK6 02445843 0030 0047 -0024 004 266 13757 29661 12227 04 2SM6 02471781 0090 0064 -0046 005 11880 5185 27188 6353 2
MSK6 02474062 0067 0047 -0003 004 8948 3995 32754 4322 21 3MK7 02833149 0027 0034 0010 003 10026 7113 16790 9552 061
M8 03220456 0073 0040 -0016 004 662 3685 5760 4291 34
total var= 2562473 pred var= 1446004percent total var predictedvar original= 564
Fernandina Beach ODMDS Water Depth
file name depthoutdate 28-Feb-2008 nobs = 2676 ngood = 2179 record length (days) = 11150start time 19-Oct-2006 210000 rayleigh criterion = 10Greenwich phase computed with nodal corrections applied to amplitude n and phaserelative to center time
x0= 149 x trend= 0
var(x)= 025192 var(xp)= 021501 var(xres)= 0041449percent var predictedvar original= 853
tidal amplitude and phase with 95 CI estimates
tide freq amp amp_err pha pha_err snr MM 00015122 00439 0069 32705 11008 04 MSF 00028219 00551 0079 6630 10395 049 ALP1 00343966 00167 0020 10098 7837 069 2Q1 00357064 00173 0018 7993 7298 089 Q1 00372185 00053 0015 30496 15984 012
O1 00387307 00404 0023 21964 3167 3 NO1 00402686 00216 0018 24998 4564 15
K1 00417807 00757 0024 20758 1899 10 J1 00432929 00071 0017 8221 14719 018 OO1 00448308 00037 0009 32770 15158 017 UPS1 00463430 00065 0011 6744 11714 034 EPS2 00761773 00160 0017 17824 6932 09
MU2 00776895 00343 0019 13879 3214 32 N2 00789992 01026 0018 35010 1185 32 M2 00805114 07067 0019 1616 155 15e+003 L2 00820236 00479 0029 3169 3466 27 S2 00833333 00695 0019 3587 1569 13 ETA2 00850736 00028 0008 26396 18020 014
MO3 01192421 00238 0011 3058 3115 49 M3 01207671 00208 0011 7592 3209 34 MK3 01222921 00372 0011 3408 1652 11 SK3 01251141 00189 0009 4986 3296 43 MN4 01595106 00315 0011 20043 2030 84 M4 01610228 00554 0009 20569 1058 34 SN4 01623326 00016 0006 21156 22473 006
MS4 01638447 00262 0011 21361 2244 56 S4 01666667 00125 0010 28769 4908 15
2MK5 02028035 00095 0006 3409 4860 25 2SK5 02084474 00027 0005 20593 13133 033
2MN6 02400221 00087 0005 16850 3468 27 M6 02415342 00202 0006 19772 1624 11 2MS6 02443561 00104 0006 21622 3097 3 2SM6 02471781 00047 0004 30421 7177 11 3MK7 02833149 00025 0004 27043 9658 044 M8 03220456 00033 0004 2870 8719 055
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
APPENDIX D
CDIP Station 132 Historical Wave Statistics
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-
- Cover Page
- Title Page
- Table of Contents
- 10 INTRODUCTION
- 20 METHODS
-
- 21 Study Area
- 22 Deployment Periods
- 23 Instrumentation
- 24 Data Analysis
-
- 241 Wave Data
- 242 Current Data
-
- 30 RESULTS
-
- 31 Jacksonville ODMDS Waves
- 32 Fernandina Beach ODMDS Waves
- 33 Jacksonville ODMDS Currents
- 34 Fernandina Beach ODMDS Currents
-
- 40 SUMMARY AND CONCLUSIONS
- 50 REFERENCES
- APPENDIX A - FIGURES
- APPENDIX B - DATA FILES
- APPENDIX C - COMPLETE TIDAL ANALYSIS OUTPUT
- APPENDIX D - CDIP Station 132 HistoricalWave Statistics
-