by richard l. daddow - usgs · and springs on the wind river indian reservation, wyoming by richard...

GROUND-WATER AND WATER-QUALITY DATA THROUGH 1991 FOR SELECTED WELLS

AND SPRINGS ON THE WIND RIVER INDIAN RESERVATION, WYOMING

By Richard L. Daddow

U.S. GEOLOGICAL SURVEY

Open-File Report 92-455

Prepared in cooperation with the

SHOSHONE TRIBE and the

NORTHERN ARAPAHOE TRIBE

Cheyenne, Wyoming

1992

U.S. DEPARTMENT OF THE INTERIOR

MANUEL LUJAN, JR., Secretary

U.S. GEOLOGICAL SURVEY

Dallas L. Peck, Director

For additional information write to:

District Chief U.S. Geological Survey 2617 E. Lincolnway, Suite B Cheyenne, Wyoming 82001

Copies of this report can be purchased from:

U.S. Geological Survey Books and Open-File Reports Federal Center, Box 25425 Denver, Colorado 80225

CONTENTS

Page

Abstract................................................................ 1Introduction............................................................ 1

Purpose and scope.................................................. 1Acknowledgments.................................................... 3

Description of the data................................................. 3Numbering system for wells and springs............................. 4Quadrangle map codes............................................... 4Principal geologic source.......................................... 7Ground-water data.................................................. 8Water-quality data................................................. 8

References.............................................................. 9Ground-water and water-quality data..................................... 11

PLATE

Plate 1. Map showing location of selected wells and springs, Wind InRiver Indian Reservation, Wyoming, 1991.................... pocket

FIGURES

Figure 1. Map showing location of study area........................... 22. Diagram showing numbering system for wells and springs ...... 5

TABLES

Table 1. Codes and names for 7.5-minute quadrangle maps................ 62. Principal geologic sources and geologic units and their age... 73. Records for selected wells.................................... 124. Records for selected springs.................................. 845. Water-quality properties of water samples from selected wells

and springs................................................. 916. Major inorganic constituents and boron in water samples from

selected wells and springs.................................. 1067. Selected trace elements in water samples from selected wells

and springs................................................. 1248. Radiochemical constituents in water samples from selected

wells and springs........................................... 128

iii

CONVERSION FACTORS AND VERTICAL DATUM

Multiply By To obtain

foot (ft) 0.3048 meteracre 0.4047 hectaregallon per minute (gal/min) 0.06308 liter per secondgallon per minute per 0.2070 liter per second

foot [(gal/min)/ft] per meter

Temperature is given in degrees Celsius ( C), which can be converted to degrees

Fahrenheit ( F) by the following equation:

°F - 9/5 (°C) + 32

Sea level: In this report, "sea level" refers to the National Geodetic Vertical Datum of 1929--a geodetic datum derived from a general adjustment of the first-order level nets of the United States and Canada, formerly called Sea Level Datum of 1929.

iv

GROUND-WATER AND WATER-QUALITY DATA THROUGH 1991 FOR SELECTED WELLS

AND SPRINGS ON THE WIND RIVER INDIAN RESERVATION, WYOMING

By Richard L. Daddow

ABSTRACT

Ground-water and water-quality data for wells and springs on the Wind River Indian Reservation in west-central Wyoming were compiled and tabulated in this report. The report contains site-location and ground-water data for 1,357 wells and 257 springs. Well- and spring-location data include latitude and longitude, local numbers based on township and range, and land-surface altitude. Records for wells include principal geologic source, water use, total depth, construction, and yield data. Records of springs include principal geologic source and yield data. Water-quality data include specific conductance measurements of water samples from 475 wells and 33 springs; major inorganic constituents in water samples from 312 wells and 29 springs; selected trace elements in water samples from 24 wells and 23 springs; and radiochemical constituents in water samples from 6 wells and 2 springs.

INTRODUCTION

The ground-water resources of the Wind River Indian Reservation, Wyoming (fig. 1), hereafter referred to as the Reservation, are an important water- supply source for the Shoshone and Northern Arapahoe tribal members and others who live and work on or near the Reservation. Current uses for ground water on the Reservation are extensive and diverse. The use of ground water is increasing on the Reservation because of increases in population, industrial and agricultural growth, and recreational activities.

The U.S. Geological Survey (USGS), in cooperation with the Shoshone and Northern Arapahoe Tribes, conducted a comprehensive inventory of the wells and springs on the Reservation. Detailed information about the wells and springs is important in identifying and characterizing the ground-water resources on the Reservation. This well and spring information also is important for the management of the quality, uses, and supplies of the ground- water resources. The inventory and tabulation of the ground-water and water- quality data for wells and springs on the Reservation was part of a larger cooperative study by the USGS and the Shoshone and Northern Arapahoe Tribes, to evaluate and summarize the occurrence, use, quantity, and quality of ground-water and surface-water resources on the Reservation.

Purpose and Scope

This report presents the ground-water and water-quality data for selected wells and springs that were compiled and tabulated during the inventory of wells and springs on the Reservation. Ground-water data for wells include location, well-construct ion information, principal geologic source, and if available, depth to water, yield, and specific-capacity data. Spring data

109°

00'

108°

30'

N>

43°3

0 -

43°

20 M

ILES

.WIN

D R

IVE

R

*S

IND

IAN

RE

SE

RV

AT

ION

WY

OM

ING

10

20 K

ILOM

ETER

S

EX

PLA

NA

TIO

N

BO

UN

DA

RY

OF

TH

E W

IND

RIV

ER I

ND

IAN

RES

ERV

ATT

ON

- no

t sh

own

for

area

s of

priv

ate

land

ins

ide

rese

rvat

ion

boun

dary

Figu

re l

.-Loc

atio

n of

the

stud

y ar

ea.

include location, and If available, geologic source and yield. Water-quality data include specific conductance, major inorganic constituents, trace metals, and radiochemical constituents.

Most of the active and unused water-supply wells drilled before 1990 that are on the Reservation are included in this report. Most of these wells were drilled by the Indian Health Service (IHS) . Some wells that are on private lands inside the boundaries of the Reservation also are included. However, since the primary emphasis of the well inventory was for the Reservation, only a limited number of wells on private land was inventoried. Most of these wells were drilled before 1966, and their data records were listed originally in another USGS report (McGreevey and others, 1969). This report also includes most of the springs on the Reservation.

Acknowledgments

The author thanks the people on the Reservation for their cooperation in allowing access to their wells by USGS personnel to collect water samples and measure water levels. Special appreciation is directed to the following individuals who provided detailed information on wells and springs on the Reservation: James Sorenson, Eugene Meyers, and Charlotte White of the IHS office, Fort Waghakie, Wyoming; Paul Rembold, Charles Dillahunty, Louis Twitchell, and Ray Nation of the Bureau of Indian Affairs (BIA) office, Fort Washakie, Wyoming; Mike Lajuenesse of Shoshone Utility Organization, Fort Washakie, Wyoming; Jerry Redman of Northern Arapahoe Utilities, Ethete, Wyoming; and James Malone and Roger Willenbrecht of Amoco Production Company, Riverton, Wyoming. Special thanks also are extended to the staff of the Wind River Environmental Quality Commission of the Joint Business Council, Shoshone and Northern Arapahoe Tribes, Fort Washakie, Wyoming, who provided guidance and support throughout the project.

DESCRIPTION OF THE DATA

A detailed inventory of the existing ground-water and water-quality data for wells and springs on the Reservation was completed by contacting numerous Federal and State agencies and private consulting firms, and by reviewing technical publications. A detailed search of the data files, reports, and computerized data bases at the USGS also was completed. Because both ground- water and water-quality data came from several sources, the source of data information has been included in all the data tables except for record of springs at the back of this report.

Records of wells identified with a "USGS" source of data were obtained from existing USGS data files and computerized data bases or represent new data from onsite visits (1988-91). The well records from the USGS have been field checked.

Some of the well-record data was obtained from the IHS and BIA offices at Fort Washakie, Wyoming. The well records from these two sources of data are identified with either "IHS" or "BIA," and none of these wells have been field checked by the USGS.

The record data for springs in this report came from several data sources. Most of the spring records contain only location information, and the information was obtained primarily from 7.5-minute quadrangle maps. Other spring records were obtained from onsite visits by the USGS or from spring information listed in the 1962 soil and range resources inventory at the Reservation (U.S. Department of Interior, 1962) . The springs with yield or water-quality data were either field checked by the USGS or listed in the 1962 report by the U.S. Department of Interior.

The well and spring locations and the ground-water and water-quality data listed in this report are stored in USGS data bases and represent the status of the stored data as of December 31, 1991. The ground-water data for wells and springs are stored in the National Water Information System (NWIS)-- Ground-Water Site Inventory (GWSI) database (Mathey, 1990). Water-quality data for wells and springs are stored in the NWIS--Water-Quality System (QWDATA) data base (Maddy and others, 1990).

Numbering System for Wells and Springs

The locations of wells and springs listed in this report are identified by local numbers and latitude and longitude. A local number is based on the Federal township-range system of land subdivision. This land subdivision system on the Reservation is referenced to the Wind River Meridian and Base Line System that is used only inside the boundaries of the Reservation. An example of a local number used in this report is !S-2E-14abc01 (fig. 2). The first segment of the local number (IS) denotes the township north or south of the Wind River Base Line. The second segment (2E) denotes the range east or west of the Wind River Meridian. The third segment (14abc) refers to the section number and the subdivision of that section. The subdivisions of a section are lettered a, b, c, and d in a counterclockwise direction beginning in the northeast quarter (a), then northwest (b), southwest (c), and southeast (d). The first letter following the section number denotes the quarter section (160 acres); the second letter denotes the quarter-quarter section (40 acres); and the third letter denotes the quarter-quarter-quarter section (10 acres). The fourth segment of the local number (01) is the number after the lower-case letters and is the sequential number that distinguishes that well from other wells assigned a local number in the same quarter-quarter- quarter section. Thus, the well with the local number of !S-2E-14abc01 is the first well in the SW quarter (1/4) of the NW 1/4 of the NE 1/4 of section 14, township 1 south and range 2 east (fig. 2).

The local numbers of all the wells and springs listed in tables 3 through 8 (at back of this report) are grouped by township-range quadrant (fig. 2). The quadrants are sorted in the following order: northeast, northwest, southeast, and southwest. For each township-range quadrant, local numbers are sorted by township, range, section and its subdivisions.

Quadrangle Map Codes

Quadrangle map codes are used in this report to identify the 7.5-minute quadrangle map on which a well can be located or a spring location is shown. Two-digit numerical codes were established for all the 7.5-minute quadrangle maps that provide complete coverage of the Reservation (table 1).

(Q C CD ro c cr

CD 5'

CQ

to CD 3 Q.

to CQ to

po ro

m

CO

CO ro CO

C

O 52 CO en %

CO

O ro C

D ro 00 ro vj

% ro

en

_>.

CO ^ ro ro

ro & K

_t

CD _t

Vl

_>.

en en 00

^

-«J CO CO O ro\

en en ^ CO ro _>.

\\

- -Q

^ -

S s.

i ti

" 5

U-£-m

00

o

3J

-Q £

c o ?$.<

n

WIN

D

RIV

ER

M

ER

IDIA

Nfj^

O

)

«? ^ 3-

s

Table 1.--Codes and names for 7.5-minute quadrangle maps

Quadrangle map code Quadrangle map name

Quadrangle map code Quadrangle map name

0102030405060708091011121314151617181920212223242526272829303132333435363738394041424344

Alkali Butte Alpine Lake Anchor Reservoir Antelope Ridge Arapahoe Arapahoe NE Arapahoe Ranch Argo Butte Bain Draw BargeeBirdseye Pass Blue Holes Bob Lakes Bonneville Bonneville SW BoysenBull Lake East Bull Lake West Burris Castle Rock Circle Ridge Crow Mountain Crowheart Crowheart Butte Crowheart NE Crowheart NW Dickinson Park Dunrud Peak Eagle Nest Ranch Eagle Point East Fork Basin Embar EtheteFort Washakie Fuller Reservoir Halls Mountain Hamilton Dome Harris Bridge Hays Park Hidden Valley Hudson Indian Butte Jenkins Mountain Johnson Draw

45 Kates Basin46 Kirkland Park47 Lander48 Lander NW49 Lizard Head Peak50 Lookout Butte51 Lookout Butte SW52 Lost Wells Butte53 Maverick Spring54 Mexican Pass55 Mexican Pass SE56 Mexican Pass SW57 Moccasin Lake58 Monument Peak59 Morrison Canyon60 Morton61 Mount Arter62 Mount Arter SE63 Mount Bonneville64 Mule Butte65 Nostrum Mountain66 Ocean Lake67 Paradise Basin68 Pavillion69 Pavillion Butte70 Pavillion SE71 Potato Butte72 Rattlesnake Gulch73 Ray Lake74 Riverton East75 Riverton NE76 Riverton West77 Roberts Mountain78 Sheep Ridge79 Shotgun Butte80 St. Lawrence Basin81 Thompson Reservoirs82 Twin Peaks83 Washakie Park84 Wedding Of The Waters85 Wilderness86 Willow Creek87 Wind River88 Wise Flat

Principal Geologic Source

The principal geologic source is used in this report to identify the geologic unit that yields most or all of the water to a well or spring. In addition to being open to the principal geologic unit, some wells are open to other geologic units that might affect the chemical quality of water in the well. The geologic unit and its age are listed in table 2 for the principal geologic sources that are identified for most of the wells and some of the springs listed in tables 3 through 8. The numeric-alpha codes that identify the principal geologic sources are the codes used in the GWSI and QWDATA data bases and National Water Data Storage and Retrieval System for the USGS.

Table 2.--Principal geologic sources and geologic units and their age

Principal geologic source Geologic unit and age

111ALVM111HLCN 1111TRRC112GLCL112TRRC124TPTL124WDRV125FRUN211LNCE211MVRD211CODY211FRNR217CLVL221GPSP221JRSCU227NGGT231CGTR231CRMN

311PSPR317TSLP331MDSN361BGRN371GLTN374FLTD400PCMB

UnknownAlluvium; HoloceneHolocene series ; HoloceneTerrace deposits; HoloceneGlacial deposits; PleistoceneTerrace deposits; PleistoceneTepee Trail Formation; EoceneWind River Formation; EoceneFort Union Formation; PaleoceneLance Formation; Late CretaceousMesaverde Formation; Late CretaceousCody Shale; Late CretaceousFrontier Formation; Late CretaceousCloverly Formation; Early CretaceousGypsum Spring Formation; Middle JurassicUpper Jurassic series; Late JurassicNugget Sandstone; Jurassic and TriassicChugwater Formation; Early and Late TriassicCrow Mountain Sandstone Member, Chugwater Group;Late TriassicPhosphor ia Formation; PermianTensleep Sandstone; Middle and Late PennsylvanianMadison Limestone; Early and Late MississippianBighorn Dolomite; Middle and Late OrdovicianGallatin Limestone; Late CambrianFlathead Sandstone; Middle CambrianPrecambrian Erathem; Precambrian

Used in this report for mixed deposits of slopewash and alluvium.

Ground-Water Data

Records for 1,357 wells are listed in table 3 at the back of this report. Records for 257 springs are listed in table 4 at the back of this report. The location of these wells and springs on the Reservation is shown on plate 1. Most of the data in tables 3 and 4 are described either by the column heading or in the table headnote. Data that require more detailed description are discussed in this section.

Land-surface altitudes for most wells were estimated by using topographic contour information from 7.5-minute quadrangle maps. Land-surface altitudes for some wells were measured to the nearest foot which is determined by surveying methods.

The bottom of open intervals for most wells is at the same depth as the total depth. However, for some wells, the bottom of open interval is less than the total depth. In most of these cases, the wells are cased below the open interval to approximately the total depth. Some wells had more than one water-level measurement available. However, only the most recent water-level measurements as of December 31, 1991, were listed in table 3.

The yield, specific-capacity, and pumping-period data in table 3 were obtained primarily from well-acceptance tests. The yield, in gallons per minute, is the constant pumping rate during the test or the final pumping rate at the end of the test. Specific capacity is the yield per unit drawdown and is reported in gallons per minute per foot of drawdown [ (gal/min)/f t ] . This value can be determined by dividing the pumping rate at anytime during the test by the drawdown measured at the same time, or more typically by dividing final pumping rate by the drawdown at the end of the well-acceptance test. The pumping period is the duration of the well-acceptance test in hours (Heath, 1982, p. 58-59).

Not all of the ground-water data available in the data bases for the wells and springs listed in this report were included in tables 3 and 4. Some data were excluded to keep the data tables at a reasonable and usable size, and some data were not listed because they were available only for a limited number of wells or springs. The most common data not listed include owner's name and selected well construction and completion information such as name of well driller, well-seal type and depth, casing type and diameter, and screen type and size.

Water-Quality Data

The water-quality data came from different laboratories and time periods, and different analytical methods were used. For example, the water-quality data from the IHS files came from seven different analytical laboratories. Quality-assurance reviews and checks were performed on all the chemical- quality data listed in this report. The quality-assurance methods used are described in Friedman and Erdmann (1982, p. 103-108). The primary quality- assurance check was based on the percentage difference between the sums of the milliequivalents of major cations and anions, commonly called a chemical- balance check. Analyses for which the chemical-balance check resulted in percentage differences greater than + 6 percent were not accepted and are not included in this report. The only exceptions were for very dilute water

samples in which the sum of the cations and anions was less than 2.5 milliequivalents . The chemical-balance check for these analyses was based on the percentage difference curve shown in Friedman and Erdmann (1982, p. 104, fig. 15).

The water-quality data for wells and springs are presented together in tables 5 through 8 at the back of this report. Water-quality properties, specific conductance (onsite and laboratory), pH (onsite), and temperature (onsite) of water samples from 475 wells and 33 springs are listed in table 5. Major inorganic constituents and boron in water samples from 312 wells and 29 springs are listed in table 6. Selected trace elements in water samples from 24 wells and 23 springs are listed in table 7. Radiochemical constituents in water samples from 6 wells and 2 springs are listed in table 8.

Several data items that require more detailed information are described next. Some of the alkalinity concentrations in the QWDATA data base are stored as separate concentrations of bicarbonate and carbonate. These specific alkalinity values were converted and listed in this report as alkalinity as CaCCL .

Some of the nitrate concentrations in the QWDATA data base are stored as concentrations of nitrate as nitrate. These specific concentrations of nitrate were converted and listed as concentrations of nitrate as nitrogen in this report.

REFERENCES

Friedman, Linda C., and Erdmann, David E., 1982, Quality assurance practices for the chemical and biological analyses of water and fluvial sediments: U.S. Geological Survey Techniques of Water-Resources Investigations, Book 5, Chapter A6, p. 103-108.

Heath, Ralph C., 1982, Basic ground-water hydrology: U.S. Geological Survey Water-Supply Paper 2220, p. 58-59.

Maddy, David V., Lopp, Lari E., Jackson, D. Lynn, Coupe, Richard H. , and Schertz, Terry L., 1990, National water information system user's manual, volume 2, chapter 2. Water-quality system: U.S. Geological Survey Open- File Report 89-617, varied pagination.

Mathey, Sharon B., ed., 1990, National water information system user's manual, volume 2, chapter 4. Ground-water site inventory system: U.S. Geological Survey Open-File Report 89-587, varied pagination.

McGreevy, Laurence J., Hodson, Warren, G., and Rucker IV, S.J., 1969, Ground- water resources at the Wind River Indian Reservation, Wyoming: U.S. Geological Survey Water-Supply Paper 1576-1, 145 p.

U.S. Department of the Interior, 1962, Soil and range resources inventory, Wind River Indian Reservation, Wyoming: Bureau of Indian Affairs, Branch of Land Operations, 158 p.

9

Cp H

GROUND-WATER AND WATER-QUALITY DATA

11

Table 3.--Records

[Local number: township-range-section location, see text for description of numbering system.of west longitude. Quadrangle map code: see table 1. Altitude of land surface, in feet above sea

Indian Affairs. Principal geologic source: see table 2. Source of lithologic log: D, driller;industrial; 0, observation; P, public supply; S, stock; T, institutional; U, unused; Z, well

data: P, water-quality properties, see table 5; M, major inorganic constituents, seeft, feet; gal/min, gallons per minute; (gal/min)/ft,

Local number

!N-lE-03bbb01!N-lE-20ddd01!N-lE-27bcb01!N-lE-27ddd01!N-lE-28acc01

!N-lE-28acc:02lN-lE-28aod(U!N-lE-28ada01!N-lE-29aaa01!N-lE-31aba01

!N-lE-32adb01!N-lE-32ccb01!N-lE-32dad01!N-lE-32dbd01!N-lE-32dbd02

!N-lE-32dda01!N~lE-33bbb01!N-lE-34aab01!N-lE-34bab01!N-lE-34bcb01

!N-lE-34cac01!N-lE-35acd01!N-lE-35adc01!N-lE-35adc02!N-lE-35bbb01

!N-lE-35bbb02!N-lE-35bcb01!N-lE-35cab01!N-lE-35ccb01!N-lE-35daa01

Lati

tude

430554430228430213430137430201

430200430201430210430224430129

430120430054430056430058430057

430052430130430129430132430118

430058430111430118430110430130

430128430120430107430053430107

Longi tude

10845141084631108451010844071084548

10845521084542108452010846301084759

10846451084736108463010846491084651

10846291084622108442210844511084516

10844561084316108431810843061084404

10844041084403108434610844051084301

Quad

rangle map code

3333336433

3333333333

3333333333

3333646433

6464646464

6464646464

Altitude of land surface (ft)

5,6705,3555,3155,2905,335

5,3355,3305,3255,3505,380

5,3705,4255,3805,4005,405

5,3905,3605,3055,3155,329

5,3405,2705,2805,2655,290

5,2905,2905,2905,3105,265

Source of

data

USGSUSGSUSGSUSGSUSGS


USGSUSGSIHSUSGSUSGSUSGS

IHSUSGSUSGSUSGSUSGS

USGSIHSUSGSUSGSUSGS

USGSIHSIHSUSGSUSGS

Principal geologic source

124WDRV111ALVM111ALVM211CODY111ALVM

111ALVM111ALVM111ALVM111ALVM100CNZC

211FRNR111ALVM211FRNR111ALVM211FRNR

211FRNR211FRNR111ALVM111ALVM111ALVM

111ALVM111ALVM111ALVM111ALVM111ALVM


Source of

1 1 tho- logic log

--D__

D

DDDD

DDDDD

DDDDD

__

DD--

D

DDDD--

Date drilled

1930--

196119581988

19821982198419821961

19611961196119611961

19611957196119611966

194119611961--

1971

19611961196119611960

Use of

water

UHHHU

UUUUP

UUUUU

U--

UUU

HUZUU

UUUHS

Total depth (ft)

579--

235432

3132263324

6147653192

127712212128

2121213433

2021213230

12

for selected wel1s

Latitude: degrees, minutes, and seconds of north latitude; Longitude: degrees, minutes, and seconds level. Source of data: USGS, U.S. Geological Survey; IMS, Indian Health Service; BIA, Bureau of G, geologist. Use of water: C, commercial; D, dewater; E, power; H, domestic; I, irrigation; N, destroyed. Type of opening: P, perforated or slotted; S, screen; X, open hole. Water-quality table 6; T, trace elements, see table 7; R, radiochemical constituents, see table 8. Abbreviations: gallons per minute per foot; hr, hour; --, no data]

Water levelOpenTop

(ft land

559

154528

25262224...

294225262587

1103851611--

__

1111--

20

10131127--

intervalBottom

below surface

579

235432

29302628--

394735313092

1277122121--

__

2121--

27

20212132--

Type of

open ing

P

PPS

SSSS--

PPPPPP

XXPP--

__

PP--P

PPPP--

Depth below land

surface (ft)

23.39.6--

9.2

9.08.68.319.6--

__

31.0--

21.4--

__--

6.0--

8.1

17.6--

8.04.84.0

3.3----

20.33.6

Date of

measure ment

04-30-9104-30-91

--05-01-91

05-01-9105-01-9104-30-9104-30-91

--

__05-02-91

--04-30-91

--

__

04-25-61--

06-28-66

04-30-91--

07- -6704-29-9104-29-91

04-29-91----

04-28-6504-30-91

Yield(gai/min)

1.0

--2020

20202012--

__--------

__4010----

__--5.0

----

__--------

Specific Water- Date capacity Pumping qual-

yield [(gal/min) period ity measured /ft] (hr) data

06-22-65 -- P.M

__03-01-5805-05-88 1.8 2.0 P.M

08-06-82 8.0 2.008-03-82 5.0 2.001- -84 20 2.0 P.M08- -82 1.4 2.0

p

__________

__01-01-57 - P,M

____

P,M

________

__________

13

Table 3.--Records for

Local number

!N-lE-35dba01!N-lE-35dbb01!N-lE-36cb01!N-lE-36ccb01!N-2E-01bcc01

!N-2E-01bdc01!N-2E-01cdd01!N-2E-01daa01!N-2E-02adb01!N-2E-02bcb01

!N-2E-02bcb02!N-2E-02ccb01!N-2E-03aab01!N-2E-03aab02!N-2E-03bab01

!N-2E-03bcb01!N-2E-03daa01!N-2E-04aad01!N-2E-04ada01!N-2E-06aaa01

!N-2E-06adb01!N-2E-07ccb01!N-2E-llaad01!N-2E-llaad02!N-2E-llabd01

!N-2E-12ddd01!N-2E-21bbb01!N-2E-26cbb01!N-2E-31ddb01!N-2E-32dca01

lN-2E-33ccc01!N-2E-33ccc02!N-3E-05ccc01!N-3E-06cdd01!N-3E-06cdd02

!N-3E-06daa01!N-3E-07ada01!N-3E-07add01!N-3E-07add02!N-3E-07baa01

Lati tude

430108430108430050430052430536

430503430506430526430507430543

430540430516430555430550430550

430541430505430547430542430554

430537430422430454430454430454

430414430317430201430056430053

430047430046430504430504430506

430524430447430440430440430503

Longi tude

10843161084330108425010842521083547

10835291083521108343910836031083659

10836591083658108371410837141083745

10838071083705108381210838131084036

10840451084139108355610835531083607

10834381083915108370010840501083949

10839211083921108332110834041083404

10833331083328108333310833351083405

Quad rangle map code

6464336470

7070707070

7070707064

6470646464

6464707070

7064706464

6464707070

7070707070


5,2805,280

--5,2705,199

5,1905,1535,1955,1975,204

5,2005,1715,2205,2195,207

5,1995,1755,2015,1925,260

5,3005,4105,1555,1535,155

5,1245,3045,3705,2155,250

5,2205,220

--5,1725,180

5,2205,1645,1545,1545,170

Source of

data

IMSIMSUSGSUSGSUSGS




USGSBIAUSGSUSGSUSGS

USGSUSGSUSGSUSGSIMS

USGSIHSUSGSUSGSIHS

IHSUSGSUSGSUSGSUSGS


111ALVM111ALVM211CODY111ALVM124WDRV

124WDRV124WDRV124WDRV124WDRV

111ALVM111ALVM124WDRV

--124WDRV

111ALVM111ALVM124WDRV111ALVM111ALVM

124WDRV124WDRV111ALVM111ALVM124WDRV

111ALVM124WDRV124WDRV111ALVM124WDRV

124WDRV124WDRV124WDRV124WDRV124WDRV

124WDRV111ALVM124WDRV124WDRV124WDRV

Source of

mho- logic log

DD--DD

__-- --

__DD--D

__-- --G

GD----D

__GGDD

__D----D

DD----

Date dri 1 1 ed

19611970--

19611948

19381936

1948

--1951194219421943

__--

197819481966

19661969

19341942

19371966196619781978

__1971194319481971

197119511936

Use of

water

UUUUH

HHHSU

UZHSH

HZHZU

U--UHH

HUUUH

SHHHH

HZHZH

Total depth (ft)

2130

30021

318

511072759946

3915

18350

145

4041

1301950

1613501050

100

6030034578

120

7082160150183

50529

15077

240

14

selected wells--Cont1nued

Water levelOpenTop

(ft land

20----1384

__--------

__

15----

104

--

----

37

5

--

69

19------

__

78

14055

IntervalBottom

below surface)

21----21

318

__--------

__------

145

--

----

44

--

--

100

300------

__

82

150173

Type of

open ing

P----PP

__--------

__s----P

--

----

P

X

--

P

P ----

__

P

XP

Depth below land

surface (ft)

----3.4--

7.818.030.730.738.4

35.1--

37.342.020.0

8.318.49.6

36.2

78.1

7.9

--

--

283.03.4--

38.0--

64.0--

Date of

measure ment

----

04-30-91--

08-17-4801-01-3808-17-4808-17-4808-17-48

05-01-91--

01-19-4903- -4207- -43

07-02-6808-17-4808-17-4806-06-66

03-22-67

08-17-48

--

--

11-03-6604-29-91

04-29-91--

08-16-48--

Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/m1n) period 1ty m1n) measured /ft] (hr) data

P,MP,M

An^ \J

6.0 12-20-48

__ __ __ __ __ ____--

__ __ __ __ ____

8.0 0.13__--

p t M____--

--

--

5.0 - -48

--

8.0 11-03-66p,M

15 05-17-78 .53 2.0 P,M

__ __ __ __ __

8.0 02-04-71 -- 5.0

__

10 05-03-71 16.0

48.020.1

12.5

03-30-51

08-16-48

15


Local number

!N-3E-07bba01lN-3E-07ccc01!N-3E-07daa01!N-3E-07dda01!N-3E-08bbc01

!N-3E-08bcc01!N-3E-08ccc01!N-3E-08dbd01!N-3E-16bbb01!N-3E-16cca01

!N-3E-16cda01!N-3E-16dbd01!N-3E-16dbd02!N-3E-16dca01!N-3E-16ddb01

!N-3E-16ddb02!N-3E-16ddb03!N-3E-17aad01!N-3E-17add01!N-3E-17baa01

!N-3E-17dad01!N-3E-21aba01!N-3E-21dad01!N-3E-21dda01!N-3E-22bab01

!N-3E-22bb01!N-3E-22bbc01!N-3E-22bdc01!N-3E-22bdd01!N-3E-22ccc01

!N-3E-23cca01!N-3E-25dbc01!N-3E-26cad01!N-3E-26ccd01!N-3E-27aba01

!N-3E-27adc01!N-3E-27bbb01!N-3E-29bbc01!N-3E-34dac01!N-3E-34dac02

Lati tude

430502430407430431430418430457

430409430412430426430410430333

430332430339430337430330430331

430332430331430404430246430411

430339430318430242430236430319

430310430309430256430255430202

430237430149430151430109430225

430203430228430218430059430100

Longi tude

10834221083430108333010833281083325

10833191083325108323610832141083200

10831421083131108313110831311083121

10831201083117108321710832181083253

10832171083125108310710831081083047

10831001083100108304110830371083100

10829431082805108292110829441083017

10830111083105108261910830051083006

Quad

rangle map code

7070707070

7070707070

7070707070

7070707070

7070707070

7070707070

7676767670

7070767070


5,1625,1205,1405,1305,173

5,1555,1235,1605,1605,125

5,1295,1745,1575,1445,162

5,1645,1635,1505,1305,118

5,1225,1325,0975,0905,170

5,1605,1555,1505,1605,088

5,170--

5,0835,0375,112

5,0625,0785,2305,0405,040

Source of

data





USGSUSGSUSGSIHSUSGS

USGSUSGSIHSIHSUSGS

IHSUSGSUSGSUSGSUSGS

USGSUSGSIHSUSGSUSGS


124WDRV111ALVM124WDRV111ALVM

--


124WDRV124WDRV124WDRV

124WDRV


111ALVM124WDRV124WDRV124WDRV124WDRV


--


--

124WDRV

111ALVM111ALVM124WDRV124WDRV

--

Source of

mho- logic log

----D--

__--------

__

D------

__

D--

D--

D--

DD--

D--

DDD

DDD --

__

DDD--

Date drilled

1944 --

1951--

193419381940--

194519331943--

1922

19391949--

19501943

19511938194819801941

19491947197819811942

198019441946--

1906

--

195119841965--

Use of

water

HUHZU

HHHHH

HHHUU

HHZHH

ZHHHH

HSHHH

HU--

HH

ZZHHU

Total depth (ft)

26060

1972369

145140155380103

36510916163160

15441085

285350

34145100365100

47515043039383

46090

430--

165

1825

57011590

16

selected wel Is Continued

Open interval TypeTop Bottom of

(ft below open- land surface) ing

--

_-__--

______

--

__

____--

__--

234 285 X

__

52 100 P350 365 X__

50 475 X__

383 430 X336 393 X65 83 P

Water levelDepth below Date Specific Water-

land of Yield Date capacity Pumping qual- surface measure- (gal/ yield [(gal/min) period ity

(ft) ment min) measured /ft] (hr) data

60.0

72.016.927.6

45.512.085.822.9

51.543.827.252.0

80.075.0

--

19.821.425.0--

80.0

75.060.0----

18.0

01-01-44

08-16-4803-30-5108-16-48

08-16-4810-06-4810- -4008-11-48

08-11-4808-11-4808-11-4808-11-48

01-01-39

01-01-49 7.0 -- 0.04

p,M

08-11-5108-11-48

01-01-48 10 -- 2.010 07-11-80 .24 2.0 P,M

01-01-48

01-01-49 10 -- .2901-01-48

15 04-28-78 .16 2.0 P,M10 09- -81 .07 4.0 P,M

01-01-42

448

310

460

430

20

4.0

10-13-80 .80 2.0 P,M

12.9 08-10-48

55279

570115

10.1 8.6

23.0

08-10-48 03-30-51

01-01-67105.0

06-16-84 .06

.09

2.0 P,M

17


Local number

!N-3E-34ddd01!N-3E-35aab01!N-3E-35ccd01

!N-3E-35cdc01

!N-3E-36baa01!N-3E-36ccb01!N-4E-01aba01!N-4E-01ada01!N-4E-01ada02

!N-4E-01bbc01!N-4E-01dad01!N-4E-02aaa01!N-4E-02aad01!N-4E-02adb01

!N-4E-02bcb01!N-4E-02bcc01!N-4E-02ccd01!N-4E-02cdb01lN-4E-02dbc;01

!N-4E-02dcc01!N-4E-02ddd01!N-4E-02ddd02!N-4E-03aac01!N-4E-03cad01

!N-4E-03da01!N-4E-03ddd01!N-4E-10ada01!N-4E-10ada02!N-4E-10bab01

lN-4E-10ccc01!N-4E-10dad01!N-4E-10dbc01!N-4E-llaad01!N-4E-llaad02

!N-4E-llaad03!N-4E-llaad04!N-4E-lladd01!N-4E-lladd02!N-4E-llcba01

Lati tude

430046430135430044

430044

430132430050430557430541430541

430551430521430533430545430540

430543430534430510430516430520

430507430509430507430537430520

430529430508430450430448430504

430419430427430430430452430453

430453430456430440430441430436

Longi tude

108295610829011082939

1082936

10828141082841108204810820281082029

10821231082028108214210821391082147

10822471082247108223310822271082209

10822121082139108224010822591082325

10822531082251108225210822531082333

10823521082240108232410821401082142

10821391082138108213910821421082237


767676

76

7676747474

7474747474

7676767474

7474747676

7676767676

7676767474

7474747476


5,0405,0575,040

5,040

5,0555,0104,9324,9104,910

4,9664,8904,9804,9804,980

5,0505,0304,9904,990

--

4,9604,9354,9365,0775,000

5,0355,0194,9884,9805,076

5,0614,9675,0024,9354,938

4,9354,9354,9264,9284,963

Source of data

IHSUSGSIHSIHSUSGS



USGSUSGSUSGSIHSUSGS







111ALVM

124WDRV111ALVM124WDRV

--124WDRV

124WDRV124WDRV111ALVM124WDRV124WDRV

124WDRV --

124WDRV124WDRV

111ALVM111ALVM111ALVM124WDRV

--

__124WDRV124WDRV124WDRV124WDRV

124WDRV124WDRV124WDRV111ALVM111ALVM

124WDRV111ALVM

--111ALVM124WDRV

Source of

litho- loglc Date log drilled

D 19761944

D 1971

1957

1945__

1909 --

1940D 1947 __

1947

__

1932D 1979D

19091909

__

1939

__ __

191919581939

1941__--

1910--

D 19501951191019261924

Use of

water

HHH

H

HUHUH

HHUHH

HUHH

ZUZHU

UHHHU

HHUZZ

HZHZH

Total depth (ft)

345400295

40

5001860----

8450015

190176

96 --

240--

5025107422

30124598559

27087--

3115

84225718

300

18


Water levelOpen Interval TypeTop Bottom of

(ft below open-land surface) 1ng

Depth below Dateland of

surface measure-(ft)____ment

Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/m1n) period 1ty m1n) measured /ft]____(hr) data

312

265278

345

275290

10.4

20.0

08-10-48

01-01-57

30

12

05-20-76

07-15-71

.21 2.0

30.0

P,M

30.0 0.0 7.7

01-01-45 04-30-91 06-23-49

16.5 06-23-49

6.1 54.2

04-29-91 06-21-49

220 240 22 03-13-79 0.27 2.0 P,M

5.63.4

61.015.0

04-28-91 06-24-49 06-22-49 06-22-49

23.535.115.8

23.0

06-22-49 10-20-49 06-28-49

05-11-49

P,M

36

35.54.7

28.47.98.6

07-06-49 06-28-49 06-28-49 06-24-49 06-24-49

15.011.05.03.6

34.5

04- -50 03-30-51 01-01-48 06-24-49 06-28-49

19


Local number

!N-4E-llccd01lN-4E-llddd01!N-4E-12acc01!N-4E-12bbb01!N-4E-12bbb02

!N-4E-12bdd01!N-4E-12ccc01!N-4E-12dcd01!N-4E-13bab01!N-4E-13bcc01

!N-4E-13ccc01!N-4E-14aab01!N-4E-14cda01!N-4E-14dcb01!N-4E-15add01

!N-4E-15add02!N-4E-15bbc01!N-4E-15bbc02!N-4E-15bdc01!N-4E-15ccb01

!N-4E-15daa01!N-4E-15dda01!N-4E-15dda02!N-4E-15dda03!N-4E-16aad01

!N-4E/16aad02!N-4E-16bda01!N-4E-16ccc01!N-4E-16cdd01!N-4E-16dad01

!N-4E-16ddd01!N-4E-17ddd01!N-4E-19cbd01!N-4E-20cdd01!N-4E-20ddd01

!N-4E-21cad01!N-4E-21daa01!N-4E-21dad01!N-4E-21dbc01!N-4E-21dda01

Lati

tude

430414432416430440430500430501

430441430415430414430412430353

430328430411430333430335430352

430352430405430401430349430358

430346430331430330430329430403

430403430355430326430321430336

430323430321430243430229430230

430243430251430244430246430237

Longi tude

10822331082139108210010821051082105

10821001082135108203910821171082135

10821351082154108221310822131082252

10822531082357108235810823331082357

10822501082248108225510822491082402

10824021082439108250910824361082401

10824061082512108271710826061082520

10824401082402108240210824331082400

Quad

rangle map code

7674747474

7474747474

7474747476

7676767676

7676767676

7676767676

7676767676

7676767676


4,9604,9174,9004,9354,935

4,9064,9154,8804,9014,903

4,8934,9274,9304,9304,971

4,9715,0575,0614,9955,029

4,9704,9594,9604,9585,069

5,0105,1205,1505,0905,044

5,0305,1295,2505,2305,150

5,0925,0505,0405,0865,034

Source of

data







USGSUSGSIHSIMSUSGS



--124WDRV

--

124WDRV

124WDRV124WDRV124WDRV111ALVM124WDRV



124WDRV--

124WDRV--

124WDRV


111ALVM--



Source of

litho-

logic Date log drilled

19191944

__

1946

19421933

____

1922

19371920193219831907

__--

1935__

1943

196019081942

D 19511944

____

19841929

--

1946__

D 1986D 1988--

__--

1961__

1935

Use of

water

IUHUH

HUHUH

HHHTH

HHUUH

HUHUH

UHUHS

ZSHHH

HHHHH

Total depth (ft)

80566740

102

65647114

160

310132250565150

4801205913

416

19036

16526

290

150200300250118

1425

558683210

45018035540066

20

selected wells--Continued

Open intervalTop Bottom

(ft below land surface)

Type of

open ing

Water levelDepth below Date

land of surface measure-

(ft) ment

Yield (gal/ min)

Date yield

measured

Specific capacity

[(gal/min) /ft]

Pumping period (hr)

Water- qual ity data

15.510.36.519.9

5.016.87.15.9

12.1

06-27-4906-24-4907-15-4808-08-48

01-01-42 10-21-48 06-24-49 06-27-49 06-27-49

P.M

P,M

230 565

22.7 06-27-49

250 08-19-87 P.M

19.047.641.44.4

80.0

5.4 5.6

59.9

50.0

06-28-49

07-06-49 04-27-91 07-07-49 07-07-49

11-17-49 03-30-51

07-06-49

01-01-49

30

515652

558683

33.0

0.7 6.2

160.0

105.0

125.0100.015.6

07-07-49

07-07-49 07-07-49

02- -48

07-08-49

01-01-61 10- -48 07-08-49

2020

12-04-86 04-19-88

0.89 .31

2.0 2.0

P.M P.M

60

21


Local number

!N-4E-21ddd01!N-4E-21dddG2!N-4E-22aaa01!N-4E-22add01!N-4E-22bcc01

!N-4E-22cbc01!N-4E-22ccd01!N-4E-22cdd01!N-4E-22dac01!N-4E-22dad01

!N-4E-22ddc01!N-4E-23aaa01!N-4E-23aba01!N-4E-23cdd01!N-4E-23dbd01

!N-4E-23ddd01!N-4E-23ddd02!N-4E-24caa01!N-4E-24cbc01!N-4E-24ccc01

!N-4E-24cdb01!N-4E-24cdb02!N-4E-24da01!N-4E-24ddd01!N-4E-25bbb01

!N-4E-25cbc01!N-4E-25dca01!N-4E-25dda01!N-4E-26aba01!N-4E-26acc01

!N-4E-26bab01!N-4E-26bac01!N-4E-26bbb01!N-4E-26bcc01!N-4E-26caa01

!N-4E-26cdc01!N-4E-26dcc01!N-4E-27aaa01!N-4E-27aaa02!N-4E-27aac01

Lati tude

430231430232430317430257430256

430243430232430231430244430243

430231430318430318430231430244

430229430229430250430243430233

430238430241430251430231430226

430150430141430147430237430203

430237430220430223430209430201

430138430135430225430222430221

Longi tude

10824031082400108225210822501082357

10823571082345108232510823011082256

10823011082141108215910822181082200

10821381082138108210210821251082123

10821181082117108203310820291082135

10821351082050108203210822001082210

10822211082228108224510822461082214

10822281082209108225010822491082304

Quad

rangle map code

7676767676

7676767676

7674747474

7474747474

7474747474

7474747474

7474767674

7474767676


5,0395,4304,9564,9505,040

5,0295,0104,9804,9554,950

4,9604,9004,9214,9384,931

4,9204,9204,8814,8954,896

4,8894,8864,8634,8704,916

4,9204,9004,8784,9324,942

4,9404,9444,9504,9544,945

4,9504,9374,9534,9504,960

Source of

data










124WDRV124WDRV

--

124WDRV

124WDRV

124WDRV--

124WDRV

124WDRV124WDRV

124WDRV124WDRV

124WDRV124WDRV

--

124WDRV124WDRV

__


124WDRV124WDRV111ALVM

--

111ALVM

__



Source of

Htho- loglc log

D0--

__ ----

__ 0--

____-- --

__----

__-- ----

__ 00D

0 ----D

Date drilled

191519641945--

1919

1941--

1945----

1961 --

1951

1910195919391939--

__

1939194719461948

__

1921194519331939

__--

195719461962

1959

1947

1946

Use of

water

HHHSH

HHHSH

NHHNH

HHUHH

SHHUH

HUHHU

UHHHP

THHUH

Total depth (ft)

3620016940

500

4053

100--

212

1606059

150200

12513040

18065

286910098

100

__--

106412

__

200250242700

5750013590

300

22


Water levelOpen interval Top Bottom


Typeof

open-Ing

Depth below Date land of

surface measure- (ft)____ment

Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/m1n) period ity min) measured /ft]____(hr) data

175 2008.5

62.09.0

07-08-49 11-08-64 01-01-45

1610

.28

.244.0

9.6 07-08-49

5.2 07-11-49

106 15015.120.020.0

118.04.2

5.92.94.70.0

15.0

07-11-4904-12-5101-01-48

01-01-5907-15-48

07-08-4907-08-4907-08-4907-08-49

06- -48

P,M

6.7

1.2

07-12-49

07-11-49

7.360.056.0

07-11-49 01-30-62 07-02-49

50

261 300

25.011.1

12.0

05- -59 07-12-49

10- -48

50 3.3

23


Local number

!N-4E-27aad01!N-4E-27aad02!N-4E-27aba01!N-4E-27aca01!N-4E-27acd01

!N-4E-27add01!N-4E-27add02!N-4E-27bbb01!N-4E-27bbc01!N-4E-27bcd01

!N-4E-27bdc01!N-4E-27bdd01!N-4E-27caa01!N-4E-27cabUl!N-4E-27cac01

!N-4E-27cac02!N-4E-27cba01!N-4E-27cbb01!N-4E-27cbb02!N-4E-27cda01

!N-4E-27cdd01!N-4E-27daa01!N-4E-27dab01!N-4E-27dad01!N-4E-27dbb01

!N-4E-27dca01

!N-4E-27dcc01!N-4E-27ddd01

!N-4E-28aaa01!N-4E-28aaa02!N-4E-28aaa03!N-4E-28aac01!N-4E-28aac02

Lati tude

430219430217430224430245430204

430203430209430227430218430204

430204430204430201430201430150

430123430157430200430201430145

430137430159430201430150430201

430143

430141430142

430228430223430223430218430218

Longi tude

10822501082250108230710823091082307

10822511082249108235710823571082350

10823331082327108232810823341082339

10823361082342108435110823501082327

10823301082255108230310822491082319

1082312

10823171082252

10824021082401108240310824131082414


7676767676

7676767676

7676767676

7676767676

7676767676

76

7676

7676767676


4,9514,9504,9614,9704,973

4,9594,9565,0225,0225,015

5,0004,9924,9895,0015,010

5,0105,0105,0105,0164,983

4,9864,9654,9694,9554,985

4,970

4,9704,955

5,0275,0305,0405,0535,053

Source of

data




USGSUSGSUSGSUSGSUSGSUSGSUSGSUSGSUSGSUSGSUSGS






--

124WDRV

124WDRV124WDRV112TRRC124WDRV124WDRV



124WDRV--

124WDRV124WDRV

--

124WDRV

124WDRV124WDRV

112TRRC112TRRC124WDRV124WDRV124WDRV

Source of

lithologic log

D--DD--

__D--DD

__------D

__----DD

__--------

D

--D

__--D D

Date drilled

19461948--

19621913

19481949194919481946

193619451918--

1949

19561954--

19471947

19101915----

1947

19541947

194219491964--

1950

Use of

water

HHHPH

HHZHH

HHZZH

ZHZHP

USUHH

P

IP

ZZ--SH

Total depth (ft)

28526021973091

197265

9190180

1901507598166

5330510

185645

109--

76125--

585

45600

229

19577

217

24

selected we! Is Continued



Type of

open ing



(ft) ment

Yield (gal/ min)

Date yield measured

Specific capacity

[(gal /min) /ft]

Pumping period (hr)


25

30.070.4

04-01-49 07-11-49

45.0 06- -497.0 6.0 0.11

8.931.050.0

07-12-49 07-12-49 09- -49

255320368418462487614

265350380428483496645

----7.1

45.058.3

----

07-12-49

07- -4703-01-51

3020 --__ P,M

39.1 07-14-49

25.969.0

07-12-49 07-12-49

235303510

353

250337532

600

63.0 03-01-51

25200 P,M

14.2 07-08-4920

20

.40

.56

25


Local number

!N-4E-28ab01!N-4E-28add01!N-4E-28bad01!N-4E-28badU2!N-4E-28cdd01

!N-4E-28dad01!N-4E-28dcd01!N-4E-28dcd02!N-4E-28ddb01!N-4E-29bb01

!N-4E-29bba01!N-4E-29bba02!N-4E-29bba03!N-4E-29bba04!N-4E-29bbc01

!N-4E-29bbd01!N-4E-29bbd02!N-4E-29bca01!N-4E-29bdc01!N-4E-29cb01

!N-4E-29cbb01!N-4E-29ccc01!N-4E-29cda01!N-4E-29dbb01!N-4E-29dcb01

!N-4E-29ddc01!N-4E-29ddd01!N-4E-30cac01!N-4E-30cdd01!N-4E-31ad01

!N-4E-31bca01!N-4E-31dcc01!N-4E-32adb01!N-4E-32bad01!N-4E-32bda01

!N-4E-32dcd01!N-4E-32dda01!N-4E-33aac01!N-4E-33abc01!N-4E-33abc02

Lati tude

430216430203430217430216430138

430155430138430138430144430210

430221430224430226430227430218

430218430217430211430204430150

430200430136430148430200430142

430139430137430149430138430110

430117430044430121430127430118

430050430052430126430124430128

Longi tude

10824351082400108244010824371082436

10824021082417108241610824101082600

10826061082606108260710826081082615

10826071082611108260410825561082610

10826101082614108254810825411082541

10825201082513108265810827021082650

10827161082656108252010825501082548

10825311082513108241410824301082430


7676767676

7676767676

7676767676

7676767676

7676767676

7676767676

7676767676

7676767676


5,0625,0255,0635,0635,051

5,0265,0385,0385,034

--

5,2105,2205,2305,2405,220

5,2205,2105,1835,166

--

__5,0415,1385,1435,120

5,0965,0895,0955,0815,020

5,0354,9805,0055,0255,007

4,9914,9885,0375,0025,041

Source of

data



IHSIHSIHSIHSIHS

IHSIHSUSGSUSGSUSGS

USGSUSGSUSGSUSGSUSGSUSGS





112TRRC124WDRV112TRRC124WDRV124WDRV




124WDRV111ALVM124WDRV124WDRV124WDRV


124WDRV111ALVM111ALVM124WDRV124WDRV

124WDRV124WDRV

124WDRV

Source of

Htho- loglc log

__D------

__------

DDDDD

D0D----

__D----

D

__--D--D

D--------

D--------

Date drilled

19511948--

1947--

194519191943--

1960

19811981198719831981

19821982194719391957

19601951194719701953

193619411947

1961

1946--

19451947

194219231948--

1949

Use of

water

ZHUHH

HHS--H

HH--HH

HHUSH

HZHPP

HH--ZH

HUUHH

HSHHH

Total depth (ft)

920024

234128

17620615

115400

571557437660584

613526578140530

40013

612730994

8610053865

400

3609

12365367

3301302740

339

26


Water levelOpen Interval Top Bottom


Type of

open ing



Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/min) period 1ty min) measured /ft]____(hr) data

7.245.013.1

07-01-5108- -48 07-08-49

10.0 07-14-49

5.0

546536410634557

543490--

571557437660584

613526----

XXXXX

XX----

202020208

2015

192.7 07-13-4922.2 07-13-49

12-31-8108-31-8112-03-8709-19-8309-30-81

12-16-8207-13-82 --

0.181.0.50

2.2.05

.13

.18

2.04.02.03.02.0

2.02.0----

--

P,MP,MP,MP,M

__-- -_

20

4.9 03-30-51

392744

744994

240 7.0

59.6 07-13-49

7.2 08-10-4825 .89

4.0 6.9

22.8

31.416.2

11-06-65 04-30-91

08-10-48

07-02-4808-10-48 07-14-49

40

P,M P,M

P,M

106.0 07-13-49 12 .22 2.0

27


Local number

lN-4E-33ada(H!N-4E-33baa01!N-4E-33bab01!N--4E-33bab02!N-4E-33bba01

!N-4E-33cac01!N-4E-33ddb01!N-4E-34ac01!N-4E-34add01!N-4E-34bac01

!N-4E-34bad01!N-4E-34bbb01!N-4E-34bbc01!N-4E-34bbd01

!N-4E-34bcb01!N-4E-34bcd01!N-4E-34cab01!N-4E-34daa01!N-4E-34ddb01

!N-4E-34ddd01!N-4E-35aba01!N-4E-35abc01!N-4E-35acb01!N-4E-35adc01

!N-4E-35adc02!N-4E-35bad01!N-4E-35bad02!N-4E-35bbb01!N-4E-35bbc01

!N-4E-35cab01!N-4E-35cab02!N-4E-35cac01!N-4E-35cbb01!N-4E-35cbd01

Lati tude

430121430133430134430134430134

430100430051430120430113430123

430128430131430126430125

430121430112430105430107430056

430055430135430127430121430116

430116430126430125430132430104

430107430107430102430109430103

Longi tude

10824001082437108244910824451082457

10824481082409108231410822531082333

1082324108235810823561082344

10823581082344108234010822551082257

10822551082157108220810822101082154

10821541082220108221510822391082238

10822291082229108223010822461082233


7676767676

7676767676

76767676

7676767676

7674747474

7474747676

7474747676


5,0905,0475,0685,0525,080

4,9804,9704,9604,9344,969

4,9655,0305,0305,023

5,084--

4,9634,9284,930

4,9204,9364,9264,9174,913

4,9144,9404,9364,9474,948

4,9214,9204,9304,9294,930

Source of data



USGSUSGSUSGSUSGSUSGSUSGSUSGS




USGSUSGSIHSUSGSUSGS



__


__


__--

124WDRV111ALVM124WDRV

__

124WDRV--

111ALVM124WDRV


112TRRC112TRRC124WDRV124WDRV112TRRC

Source of

litho-

logic log

..--D----

__--

DDD

__

D--

D

__--

D--

D

__

D------

__--__----

____

DD--

Date drilled

1946194719491953

19091944195319471937

__

1945----

__--

194319481951

__

1951191119361948

__1925--

19221922

__--

197019491948

Use of

water

HHHHH

UUHPP

UPIP

SUPHU

__

HHHH

ZHHPP

SSHHH

Total depth (ft)

180241280269513

87435406609535

__

66244

660

60--

5251079

_-

158507

116

1013575

385398

65

2168015

28


Water levelOpenTop

(ft land

345 440

460 600 618 639

42

intervalBottom

below surface)

609 535

480 607 639 660

79

Type of

open ing

P X

P P P X

X

Depth below land

surface (ft)

20.0

83.9

94.7

94.1

12.4

33.8

31.5 11.1 3.6

19.5

Date Specific Water- of Yield Date capacity Pumping qual-

measure- (gal/ yield [(gal/min) period ity ment min) measured /ft] (hr) data

03- -46

60

11-27-73 10 0.20

220 -- -- -- P,M 220 -- P,M

03-01-51 25

03-01-51 300 -- -- -- P,M

07-14-49

03-01-51 250

10-16-51 07-14-49 07-12-49 07-13-49

6.9

18.4

29.8

11-17-48

07-12-49

03-01-51

115 1303.4 07-13-49

12.0 06- -49 30

29


Local number

!N-4E-35cbd02!N-4E-35cca01!N-4E-35ccb01!N-4E-35ccd01!N-4E-35cdb01

!N-4E-35cdd01!N-4E-35dbd01!N-5E-06bbb01!N-5E-06bddOi!N-5E-06bdd02

!N-5E-06cad01!N-5E-06dad01!N-5E-10dcd01!N-5E-15aab01!N-5E-36dbd01

!N-5E-36dbd022N-lE-02bbcUl2N-lE-02bbc022N-lE-02cdc012N-lE-03aad01

2N-lE-03aca012N-lE-03ada012N-lE-03cab012N-lE-03dab012N-lE-03dacOi

2N-lE-04aaa012N-lE-10ada012N-lE-10ada022N-lE-llabd012N-lE-llaca01

2N-lE-llcbc012N-lE-lldaa012N-l£-lldad012N-LE-13cad012N-lE-13cccOi

2N-lE-14adb012N-lE-14add012N-lE-23dadOi2N-lE-23dbdUl2N-lE-23dca01

Lati

tude

430103430052430053430048430052

430041430104430556430533430533

430523430520430418430411430059

430102431055431055431020431059

431051431050431041431036431034

431105430957430959431008431001

430941430949430933430848430834

430906430903430752430753430750

Longi

tude

10822381082239108224610822361082230

10822291082145108202310819551081958

10819541081923108160610815551081339

10811361084402108440210843481084415

10844251084410108445810844161084417

10845231084410108441110843141084320

10844001084258108425810842281084254

10843041084302108430310843141084315

Quad

rangle map code

7676767674

7474747474

7474747442

4268686868

6868686868

6068686868

6868686868

6868686868


4,9304,9264,9274,9254,930

4,9244,9164,9134,8774,880

4,8834,2274,9304,8955,140

5,1105,4005,4015,3625,365

5,3565,3685,3475,3505,345

5,3575,3255,3305,4005,347

5,3245,3565,3315,2905,285

5,3055,3005,2905,3005,310

Source of data

USGSUSGSUSGSUSGSIHS



BIAUSGSUSGSUSGSUSGS




IHSIHSIHSIHSIHS


112TRRC124WDRV124WDRV124WDRV124WDRV

124WDRV124WDRV124WDRV124WDRV111ALVM

124WDRV111ALVM124WDRV111HLCN124WDRV


111ALVM124WDRV111ALVM124WDRV111ALVM

111ALVM124WDRV

--

124WDRV124WDRV

111ALVM124WDRV124WDRV124WDRV111ALVM

111ALVM--


Source of

lithologic log

DD--D

D--------

__--

DD--

D--

D--

__--------

__----

D--

__--------

DDDDD

Date drilled

19481949194919371973

19461939----

1970

__--

196519651966

196919411950----

-_

1933--

1943--

__

1947--

1947--

__

1927--

19281963

1963--

198019821982

Use of

water

HNHHH

HHHHU

UUUUN

__

HHUZ

UHUHU

SHHHH

HHHHH

UU--

HH

Total depth (ft)

1510019068

224

15621598

10040

835

7729

750

1501623708117

20110

8948

820080

35291

812110517560

4080170199199

30


Water levelOpen interval Top Bottom


Type of

open ing



SpecificYield Date capacity (gal/ yield [(gal/min) min)___measured___/ft]

Water- Pumping qual- period ity (hr) data

40 47

8.8 12-22-491020

181 224 12 05-31-73 .14 2.0

4.9 7.1 4.8

06-23-49 06-23-49 04-26-91

581 750

140 150

32.72.0

24.79.1

06-23-49 06-23-49 05-28-65 09-27-65

P P,M

12

120.031.211.8

7.3

3.5

6.6

4.5

08- -5010- -4810- -48

05-02-91

10-08-48

05-02-91

10-08-48

6.8 43.9

10-08-48 08-17-48

P,M

8

158179179

11

170199199

12

202020

05-17-63

08-01-80 07-30-82 07-30-82

0.83 .34

2.5

2.0 2.0 2.0

P,M

31


Local number

2N-lE-23dca022N-lE-23ddb012N-lE-24bba012N-lE-24ccd012N-lE-25cdd01

2N-lE-26abd012N-lE-26bad012N-lE-26daa012N-lE-27bbb012N-lE-27bcb01

2N-lE-36aaa012N-lE-36abc012N-lE-36abd012N-lE-36aca012N-lE-36adcDl

2N-lE-36bda012N-lE-36bdb012N-2E-31add012N-2E-31add022N-2E-31bcc01

2N-2E-31dcc012N-2E-32cbb012N-2E-32cbb022N-2E-32cbc012N-2E-32ccb01

2N-2E-32CCC012N-4E-25ccc012N-4E-25dda012N-4E-26dda012N-4E-26ddc01

2N-4E-26ddd012N-4E-35add012N-4E-35ccc012N-4E-35cdc012N-4E-35daa01

2N-4E-35ddd012N-4E-36abb012N-4E-36ccd012N-4E-36dba012N-4E-36dba02

Lati tude

430746430748430828430741430648

430728430728430710430724430724

430646430635430635430631430622

430728430632430625430628430623

430556430619430616430614430608

430600430651430700430658430655

430651430625430559430601430620

430600430645430600430628430624

Longi tude

10843161084313108424210842441084227

10843211084332108430310845141084514

10841501084213108421010842051084201

10843211084236108404310840411084142

10841071084035108403510840371084036

10840381082124108213710821451082146

10821391082141108224410822291082141

10821451082102108212410820511082051


6868686864

6464643333

6464646464

6464646464

6464646464

6474747474

7474767474

7474747474


5,3105,3105,2905,2855,275

5,3305,3405,3005,5305,480

5,2505,2905,2805,2805,310

5,3005,3405,2305,2285,270

5,2805,2305,2305,2325,235

5,2505,0405,0105,0705,082

5,0405,0355,0655,0445,020

4,9865,0304,9744,9644,967

Source of data

IMSIMSIHSusesUSGS

IHSUSGSIHSBIAUSGS

USGSIHSIHSIHSIHS

USGSIHSUSGSUSGSUSGS

USGSIHSIHSUSGSUSGS

IHSUSGSUSGSUSGSUSGS






124WDRV--



124WDRV111ALVM111ALVM111ALVM111ALVM



124WDRV124WDRV124WDRV112TRRC112TRRC

Source of

mho-

logic log

DDD----

DDDDG

D--

DDD

DDD----

__

DDG--

D--------

__--------

__----

D--

Date drilled

198119831986----

19861987198119711966

1945--

197019781977

19761985195119511957

__

1970198519661945

19851947191919471944

19391918--

1948--

__--

191819511949

Use of

water

HHHHU

HHHSU

HHHHH

IHHZH

HUHZU

HHHUU

HHHHH

HUHZH

Total depth (ft)

18112317618027

155180160490332

200--

5582131

1352202302080

10545513616

18150

300215118

3710110392

102

87117792215

32

selected wel1s--Continued

Water levelOpenTop

(ft land

170104149----

143155132100--

--

32----

__

190------

3847----

150

--

--

--

--

--

__--

intervalBottom

below surface)

181123176----

155180160140--

--

55----

__

220------

4451----

181

--

--

--

--

--

__--

Type of

open ing

XXX----

XXXp--

--

p----

__

X------

ps----

X

--

--

--

--

--

--

Depth below land

surface (ft)

------

13.5

__------

145.2

160.8

__ --

__--

52.94.3--

--

--

1.210.6

--

11.0

22.0

28.0

46.0

5.046.0

20.04.0

Date of

measure ment

----

09-15-65

__------

07-25-66

09-15-65

__----

__--

08-22-6608-22-66

--

--

--07-25-6605-01-91

--

06-24-49

06-24-49

06-24-49

06-24-49

07-07-4906-24-49

03-30-5107-07-49

Yield (gal/ min)

202020----

202080----

--

__

2515

1520------

--

20----

20

--

--

--

--

--

__--

Specific Date capacity

yield [(gal/min) measured /ft]

12- -81

01-26-84 1.406-20-86 6.7

__--

10-22-86 1.312-17-87 .8709- -81 2.4

__--

--

__

09-28-78 1712-23-77 1.3

05-21-76 5.003-07-85 1.7

____--

--

05-20-85 6.7__--

04-04-85 .64

--

--

__

__

--

____

Pumping period (hr)

2.02.02.0----

2.02.04.0----

--

__

2.02.0

120.02.0------

--

2.0----

120.0

--

--

--

--

--

__--


--P,MP,MP

P,MP.M.TP,MMP

P

__----

P.M.TP,MP--P

--

P,M--P

--

--

--

--

--

--

__

33


Local number

2N-4E-36dbc012N-5E-19dccQl2N-5E-19dda012N-5E-19ddb012N-5E-20caa01

2N-5E-20cbd012N-5E-20daa012N-5E-20dcc012N-5E-20dcd012N-5E-20ddc01

2N-5E-21cab012N-5E-21cbb012N-5E-27abb012N-5E-28aba012N-5E-28bbb01

2N-5E-28cad012N-5E-28cbc012N-5E-28cbc022N-5E-29aaa012N-5E-29aab01

2N-5E-29aab022N-5E-29aad012N-5E-29aba012N-5E-29abb012N-5E-29acc01

2N-5E-29bad012N-5E-29cdd012N-5E-29cdd022N-5E-29ddd012N-5E-30addUl

2N-5E-30baa012N-5E-30cab012N-5E-30cdd012N-5E-30cdd022N-5E-30ddc01

2N-5E-30dac022N-5E-30dac032N-5E-31aaa012N-5E-31bba012N-5E-31dad01

Lati tude

430613430743430754430753430806

430800430805430745430745430747

430808430804430740430737430735

430705430709430709430737430740

430740430734430740430738430722

430734430657430656430653430718

430712430714430656430656430707

430710430709430649430645430613

Longi tude

10820541081946108192110819271081842

10819021081806108183310818241081815

10817431081804108161810817111081808

10817301081803108180310818131081819

10818151081811108182510818351081832

10818421081847108184410818081081922

10819561082004108195210819521081927

10819301081931108192210820101081916


7475757575

7575757575

7575757575

7474747575

7575757574

7574747474

7574747474

7474747474


4,9565,0075,0205,0305,034

5,0304,9844,9844,9864,965

4,9704,9804,8414,9304,960

4,8644,8854,8834,9804,990

4,9804,9605,0205,0004,950

4,9654,9114,9004,8725,005

5,0255,0144,9634,9634,961

4,9644,9624,9304,9644,880

Source of data

USGSUSGSIMSIMSUSGS


USGSUSGSUSGSUSGSIMS

USGSUSGSUSGSIMSIHS

IHSIHSIHSIHSIHS

USGSUSGSIHSUSGSUSGS




112TRRC111ALVM124WDRV124WDRV124WDRV






124WDRV124WDRV124WDRV124WDRV112TRRC


Source of

lithologic log

--DD--

__----

D--

__------

D

D--

DDD

DDDDD

__--

DDD

__----

D--

----------

Date drilled

1935198019801937

1949193919351945--

19461936194819351979

19511918194719851983

19871982197819811981

__--

197919471942

__--

194519481949

1939----

19381938

Use of

water

HZHHH

HHHZu

HHUHH

ZUHHH

HHHHH

HZHZH

ZUZHZ

ZZHHH

Total depth (ft)

2212

345360116

10613768708

19040

100125349

18115170255278

265550294250250

70886748

170

8519071

17716

3840755118

34


Water levelOpenTop

(ft land

--321330--

--

__----

--

----

295

--

__

230235

230340244207213

intervalBottom below surface)

--345360--

--

__----

--

----

349

--

__

255278

265550294250250

Type of

open ing

--XX--

--

__

----

--

----X

--

__

XX

XXXXX

Depth below land

surface (ft)

11.05.7--

54.6

48.3

16.920.56.4

10.033.030.0--

13.1

25.0----

__------

Date of

measure ment

07-07-4906-24-49

----

06-23-49

06-23-49

06-23-4906-23-4904-29-91

01-01-3606-20-4901-01-35

--

03-30-51

01-01-47----

__ --

Yield (gal/ min)

--2020--

--

__--

--

----

45

--

__

2060

__

60607520

Date yield

measured

--10-31-8010-13-80

--

--

__----

--

--

02-27-79

--

__03-07-8512-06-83

__11-02-8206-27-7912-05-8111-01-81

Specific capacity

[(gal /min) /ft]

--2.02.2--

--

__----

--

--

1.1

--

__

.561.4

__

.593.01.82.2

Pumping period (hr)

--2.02.0--

--

__----

--

--

2.0

--

__

2.04.0

__

2.02.02.02.0


--P,MP,M--

--

__----

--

--

P,M

--

__

P,MP,M

P,M--

P,M----

64 6716.2 06-21-49

8.0 01-01-47 100.0 - -42

20

5.0

02-16-79 .57

.20

2.0 P,M

116.065.6

10.9

06-24-49 06-24-49

06-23-49P,M

8.0 - -38

35


Local number

2N-5E-32abb012N-5E-32baa012N-5E-32dac012N-5E-33aaa012N-5E-33bbb01

2N-5E-33bdb012N-6E-30dcb012N-6E-30ddd013N-lE-09cda014N-lE-llbbd01

4N-lE-18dbc014N-3E-05dcb014N-3E-05ddd014N-3E-llabc014N-5E-06ccc01

4N-5E-06ccc025N-2E-07cdb015N-2E-13ac015N-2E-27aba015N-3E-32bcb01

5N-4E-21ccd015N-5E-33abaOi5N-6E-21aa016N-lE-15abc016N-2E-32abd01

6N-4E-32add016N-6E-15cca017N-lE-19cca017N-lE-30ba017N-lE-32dad01

SN-lE-llcccOl8N-2E-05bcc018N-2E-05bcc028N-3E-01bcb018N-3E-01bcc01

8N-3E-01cca018N-3E-01cda018N-3E-01cda028N-3E-02aac01

Lati

tude

430650430649430617430648430650

430637430702430654431443432033

431915432054432042432030432049

432048432515432439432314432207

432316432216432410430021432733

432713432932433320433332433211

434038434158434203434206434202

434141434140434140434208

Longi tude

10818331081846108181910816571081804

10817471081239108121110845591084351

10848151083253108322510829201082027

10820261084130108345910837151083320

10824461081706108094010844341083936

10825031080925108483610848361084635

10822311084029108402810828281082833

1082816108280310828031082844

Quad

rangle map code

7474747474

7442426069

5038385655

5579434338

5455167879

5416101010

8132328181

81818181


4,8854,8874,8564,8204,870

4,8474,7754,7805,6205,645

5,8105,3605,3385,1254,875

4,8905,600

--

5,4705,320

5,0654,8304,8006,0805,720

5,4304,580

--

6,7606,440

4,7645,666

--

5,0005,000

5,0004,982

--

5,020

Source of data




BIAUSGSUSGSUSGSUSGS

USGSUSGSUSGSIMSUSGS

USGSUSGSUSGSUSGSIHS


USGSUSGSUSGSUSGS


--124WDRV124WDRV124WDRV



__--

124WDRV111HLCN124WDRV

124WDRV124WDRV

----

211MVRD

124WDRV371GLTN124WDRV317TSLP217CLVL

_-----

111ALVM--

111ALVM111ALVM

--

111ALVM

Source of

lithologic Date log drilled

______--

__1966

__

G 1966G 1966

G 1966D 1952

194919471937

________

G 1966

G 1966G 1966------

__--

1945__D 1970

__--__----

______--

Use of

water

HUHUH

HSSUU

USUSS

__

U--UU

UUH--

U

SHU--

H

H----

HU

__

S----

Total depth (ft)

3542

22460

175

59----

207185

2726030

102155

__

2415014

560

296190800--

95

4490--

1,27026

89----

73--

--

40----

36

selected wel1s--Cont1nued

Open interval TypeTop Bottom of


--

:: :: ::

______9 185 X

21 272 X12 60 X____--

--

__--

9 296 X9 190 X

--

--

__

60 90 P--

20 26 P

--

:: :: ::--

__

Water 1Depth below

land surface

(ft)

2.610.9

24.3__--

106.051.0

97.516.011.071.347.4

--

11.4--

130.338.2--

7.5

__

64.0--

--

--

15.9

15.3__

evelDate of

measure ment

06-21-4907-06-49

06-20-4901-01-66

--11-03-6611-02-66

03-29-8306- -5209-07-5109-30-4708-18-49

09-14-64

09-14-6410-27-66

11-03-6603-23-6702-01-66

04-28-65

08-17-6509-12-8908-17-65

--

--

04-26-46

08-11-45__

Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/min) period ity min) measured /ft] (hr) data

__

--

p35 08-19-66 -- P

PiM2.0 P,M

10 P,M10 3.3__

2.0--

__

__--

7.0 P,M2.0 P,M

200 P,M

--

p8.0 09-12-89 -- -- P.M.T10 P,M

p,M

M

MM

37


Local number

8N-3E-02ada018N-3E-02bac018N-3E-02bca018N-3E-02bca028N-3E-02dca01

8N-3E-02dcb018N-3E-03aab018N-3E-03bda01

8N-3E-04aab018N-3E-14bdd018N-4E-07cab018N-4E-07cab028N-4E-07cba01

8N-4E-10ccb018N-4E-10ccc018N-4E-14bbb018N-4E-15acc018N-4E-15add01

8N-4E-15bab018N-4E-15bab028N-4E-15bcd018N-4E-15bcd028N-4E-16aaa01

8N-4E-16aab018N-4E-16aad018N-4E-16aba018N-4E-16aca018N-4E-16acc01

9N-lE-36cccOl9N-lE-36daa019N-2E-32cbb019N-2E-32cbb029N-2E-33cdc01

9N-2E-33cdd019N-2E-33dcc019N-2E-34adc019N-2E-34cab019N-2E-34cbb01

Lati

tude

434205434210434206434207434141

434142434220434206

434220434203434058434058434104

434049434040434034434013434014

434037434033434013434014434035

434035434029434034434022434014

434227434246434252434248434227

434227434226434252434244434245

Longi

tude

10828371082924108293110829311082854

108290910829571083027

10831091082801108270310827021082709

10823461082346108223310823101082241

10823351082328108233610823341082351

10824031082353108241110824101082420

10842501084143108402110840211083854

10838421083832108370110837421083759

Quad

rangle map code

8181818181

818107

0781818181

8181818181

8181818181

8181818181

3232323232

3232073232


5,0135,0605,0605,0605,020

5,0405,0795,120

5,1715,0004,9644,9644,949

4,7994,7904,7734,8404,853

4,7864,7904,8494,8624,797

4,8084,8024,8084,8504,960

5,7655,695

--

5,623--

5,5405,5325,4475,4815,497

Source of

data










111ALVM----

111ALVM111ALVM

__

111ALVM211FRNR

211FRNR211CODY211FRNR211FRNR211FRNR

__--

211FRNR211FRNR211FRNR

111ALVM111TRRC211FRNR211FRNR111ALVM

111ALVM111ALVM111ALVM

----

111ALVM----

211CODY--

111ALVM111ALVM211CODY211CODY

--

Source of

litho- Use logic Date of log drilled water

uHHH

1960 H

UU

D 1983 H

D SHSSU

D H1948 I

SSH

SI

D SUH

D IHUS

D 1966

IH

__

H--

D 1954 ID - H

HHH

Total depth (ft)

----

7360

__

69130

95130440440--

612240--

175

__

21868050

244872

25080

2188--

80--

4390

12090--

38

selected wells Continued



Type of

open ing



(ft) ment

Yield (gal/ min)

Date yield

measured

Specific capacity

[(gal /min) /ft]

Pumping period (hr)


30 55

11.2 04-19-46

25.4 04-19-462.0 08- -88

P,M

P,M

19.8 04-20-46357087

120

407592

125

31.9 04-19-46

17.1 08-11-45

9.710.321.624.454.4

4.014.217.826.97.3

8.011.67.5

14.3

7.49.3

5.9

21.513.78.7

13.214.9

04-19-4603-18-4908-11-4505-15-4605-14-46

05-14-4605-23-5505-13-4605-15-4605-14-46

05-14-4605-14-4604-19-4604-19-46

04-26-4604-26-46

04-26-46

05-20-5504-25-4605-20-4604-25-4604-25-46

4.0 09-13-83

P P,M

40

P,M

36 0.82

140

39


Local number

9N-2E-34cbb029N-2E-35aaa019N-2E-35aaa029N-2E-35aab019N-2E-35bccui

9N-3E-29cad019N-3E-29dda019N-3E-30cba019N-3E-30cba029N-3E-32ddd01

9N-3E-33adb019N-3E-33adb029N-3E-33ccc01lN-lW-05acb01!N-lW-05acb02

!N-lW-05bda01!N-lW-07ddb01!N-lW-16dcc01lN-lW-18bcd01!N-lW-30ccb01

lN-lW-30ccc01!N-lW-30cdcni!N-lW-31aac01!N-lW-31adc01!N-lW-31add01

!N-lW-31add02!N-lW-31bba01!N-lW-31cba01!N-lW-31daa01!N-lW-32ddc01

!N-lW-33ccc01!N-lW-35cba01!N-lW-35dca01!N-lW-35dca02lN-2W-25cbbul

!N-2W-25cbb02!N-2W-25dbb01!N-2W-25dbc01!N-2W-26accOl!N-2W-26acc02

Lati tude

434244434314434320434313434253

434334434323434340434340434229

434259434258434227430537430538

430538430416430320425832430145

430137430139430123430109430108

430107430131430107430105430042

430041430104430054430053430155

43015443015743014843U200430201

Longi tude

10838021083542108354010835531U83649

10832411083207108343510834121083210

10831051083108108320010854061085405

10854121085455108525410855471085554

10855441085537108545510854541085447

10854491085546108554410854461085350

10853271085100108502510850231085706

10857061085627108563010857131085743

Quad

rangle map code

3207070707

0707070707

0707073434

3434348734

3434343434

3434343434

343333--

34

3434343434


5,5005,3725,3725,3905,438

5,2205,1905,3005,2905,300

5,1205,1295,2605,6805,680

5,6805,7405,5905,7705,740

5,7305,7005,6605,5505,645

5,6455,7305,7005,6405,600

5,5855,4805,4655,4705,820

5,8105,7705,7805,8205,860

Source of data




IHSUSGSUSGSIHSIHS

USGSIHSUSGSUSGSUSGSUSGS

USGSIHSUSGSIHSUSGS


USGSIHSUSGSUSGSIHS


111ALVM111ALVM111ALVM211CODY

111ALVM111ALVM

--

211CODY211FRNR

111ALVM111ALVM211FRNR111HLCN111HLCN

124WDRV__

311PSPR--

111ALVM

111ALVM211CODY211CODY111ALVM211CODY


--

111ALVM

111ALVM__

111ALVM210CRCS111ALVM


Source of

litho-

logic log

__--

DD

__--------

______

DD

D__--

DD

DD----

D

DDDDD

D--____

D

--

DD----

Date dri 1 1 ed

----

19511945

__----__--

__--__

19631963

1980__

191719701976

19851963196319631963

19761963--

19631963

1976__

1963--

1963

--

19631963__--

Use of

water

USSUH

HD--SS

HDHU--

HS--

HH

HUHUU

SUHUH

U__

HUH

H--UHH

Total depth (ft)

47441353

12----__--

2828--

4035

286__

1,1707523

3212280--

90

507022

10040

8443520--

25

--

2126----

40


Water levelOpen interval TypeTop Bottom of


..______--

:: :: ::__--

________--

220 260 P--

__ __ __--

24 28 S90 122 X--

10 15 P48 50 P

6 16 P20 23 P--

13 16 P

--

--

--

__ __ __

16 17 P __

Depth below land

surface (ft)

4.910.1--

9.69.3

22.0

13.1--

__

12.5--

6.07.0

__--

__

10.6--

17.4

7.8

4.6

9.0

9.0

9.0

5.2

11.0

10.6

10.67.3--

Date of

measure ment

05-22-4608-10-45

04-06-5104-25-46

08-10-45

04-25-46--

__04-20-46

--07-16-6307-17-63

__--

__--

05-07-91

05-06-91

05-06-91

05-06-91--

10-16-63

05-28-63

05-06-91

05-02-91

06-22-63

07-17-90

05-07-9107-17-90

_-

Yield (gal/ min)

..-- --

--

__--

__----5.05.0

2030

__

15

205.0

--

2.0

__

8.010

10

--

--

10

__

15--

20



..__ __--

--

__--

__ ______

07-16-63

0.38

10-16-80 .47--

__ __

09-29-76 3.8

05-10-85 1007-09-63

--

06-03-63

__07-06-6310-16-63

2.0

--

06-22-63

____

09-10-63__

07-10-78 5.0

Pumping period (hr)

__--------

"

__--

__----3.03.0

2.0--

__

2.0

2.01.5--

2.5

__

7.52.5

2.0

--

1.5

__

2.5--

2.0


..--P,M----

--

__

P

P,MMPPP

P,MP

P,MP,M

P,M--

P

P

__--

P

P

P,M

--

P

P

PPP,M

41


Local number

!N-2W-26acc03!N-2W-26add01!N-2W-26bdb01!N-2W-26bdc01!N-2W-26bdd01

!N-2W-26bdd02!N-2W-26bdd03!N-2W-26cba01!N-2W-26cbc01!N-2W-26cbd01

!N-2W-26ccc01lN-2W-26ccc02!N-2W-26dab01!N-2W-26dcb01!N-2W-26dcc01

!N-2W-26dcc02!N-2W-26dcc03

!N-2W-26dda01!N-2W-27dad01

!N-2W-27dad02!N-2W-27ddd01!N-2W-35acd01!N-2W-35adc01!N-2W-35adc02

!N-2W-35adc03!N-2W-35adc04!N-2W-35adc05!N-2W-35baaOl!N-2W-35dba01

!N-2W-36aac01!N-2W-36aac02!N-2W-36aca01!N-2W-36aca02!N-2W-36adb01

!N-2W-36adc01!N-2W-36bab01!N-2W-36cbb01!N-2W-36dbd01!N-2W-36dda01

Lati

tude

430202430205430207430202430200

430202430201430156430152430152

430134430137430154430141430140

430138430137

430143430148

430149430134430108430108430111

4301114301084301094301324301U6

430126430127430115430114430114

430112430131430104430056430052

Longi tude

10857361085716108580010857541085743

10857471085747108580210858171085805

10858161085815108572310857391085743

10857381085738

10857091085822

10858211085820108573410857211085718

10857211085720108572210857461085733

10856111085613108562010856191085611

10856111085648108570010856191085600

Quad

rangle map code

3434343434

3434343434

3434343434

3434

3434

3434343434

3434343434

3434343434

3434343434


5,8505,8255,8805,8805,860

5,8655,8605,8905,9105,890

5,9305,9205,8405,8605,800

5,8905,870

5,8305,920

5,9205,9305,9005,8805,870

5,8705,8705,8705,8805,910

5,7805,7905,7955,7955,780

5,7805,8305,8505,8005,760

Source of

data

IHSUSGSUSGSIHSUSGS

USGSUSGSUSGSIHSUSGS

USGSIHSIHSIHSIHS

IHSIHSIHSUSGSUSGS

USGSIHSUSGSUSGSUSGS

IHSUSGSIHSUSGSIHS

IHSUSGSUSGSUSGSUSGS

USGSIHSUSGSIHSUSGS




111ALVM111ALVM111ALVM211FRNR

--

211FRNR111ALVM

111ALVM111ALVM

111ALVM211FRNR211FRNR111ALVM111ALVM

111ALVM111ALVM111ALVM111ALVM211FRNR

111ALVM111ALVM111ALVM111ALVM211CODY


Source of

lithologic log

DDDDD

DDDDD

DDDDD

DD

DD

__

DDDD

DDDDD

DDDD--

DDDDD

Date drilled

19631963198419871977

19631978198819801963

19781981197519631963

19811963

19631963

__

1976198019631976

19631977196319631979

1963197619631984

19771963196319851982

Use of

water

HUHHU

UHUHU

H__

HHU

HH

HH

SHHHH

H__

HH--

UUHU

UHUHU

Total depth (ft)

2628723139

2655282528

484338

110110

8092

2226

__

70803257

4357323475

22402932

4222365645

42




18205125--

18

2221--

30393274

608371623

__

32

3045

354530

72

14102028

--

4939

21237129--

21

2625--

334338

110

8012401725

__

70--

3157

405731--

75

22302132

__,

5343

Type of

open

ing

PPPS--

P

SX--

SSPX

PPPPP

__

X PX

PXP--

S

PPPS

SS



(ft) ment

3.715.2--9.2

9.2

10.7--

4.0

20.111.8----

--

6.06.0

3.4--

3.212.0--

__

12.46.84.00.1

__

8.85.5--

6.7--

20.7--

15.8

05-07-9105-07-91

05-07-91

05-07-91

05-07-91--

06-28-63

05-07-9107-18-90

----

06-19-6307-17-90

07-17-90

07-18-9006-11-63

--

__05-07-9107-18-9006-25-6307-18-90

__05-07-9105-07-91

--

05-07-91

05-07-91

05-07-91

Yield(gal/ min)

3010202020

--

201015

1210154.0

6.0--

1015

__

121210--

10--

101810

__

5.0--

8.010152015



06-21-6306-21-6301- -84 2005-13-87 1308-24-77 3.3

--

01-26-88 2010-15-80 2.5

3.0

09-25-7811- -81 1.404-14-7506-14-63

11- -81 .12__

06-19-6306-28-63

__

11-16-76 1.512-14-80

3.3--

04-05-63__

06-11-6306-25-63

07-31-79 .16

__ __08-27-76

__--

11-23-77 .7306-17-63

3.008-07-85 3.106-16-82 7.5

Pumping period (hr)

2.01.53.02.02.0

--

2.02.02.0

__

2.04.05.0

2.0--

1.5--

__

2.0--

5.0--

2.0----

2.53.0

__------

2.02.59.02.02.0


PP,MP,MP,M

--

P,MP,MP

P,M------

P,M--

PP

P--P,MP,MP

__P,M--P--

__P,MP,MP,M

P,M--PP,M--

43


Local number

2N-lW-02dca012N-lW-18ccc012N-lW-20dcc012N-2W-02bca012N-2W-02bda01

2N-2W-17bca01

2N-2W-19dba012N-2W-20bab01

2N-2W-20cba012N-2W-21cdc012N-2W-21cdc022N-2W-26aca012N-2W-27abc01

2N-2W-28bac012N-2W-28bcd012N-2W-28bda012N-2W-28cab012N-2W-31cda01

2N-2W-31cda022N-2W-31cda032N-3W-22dcd013N-lW-05bad013N-lW-15bdd01

3N-lW-15dca013N-lW-15dda013N-lW-15dda023N-lW-18caa013N-lW-18dba01

3N-lW-19aaa013N-lW-20aca013N-lW-21aaa013N-lW-21aca013N-lW-22abb01

3N-lW-22cac013N-lW-23cdb013N-lW-23cdb023N-lW-26abd013N-lW-27acc01

Lati

tude

431020430835430739431050431049

430903

431509430831

430803430739430740430721430729

430659430714430653430708430601

430602430601430741431610431413

431349431348431350431406431404

431337431324431335431325431340

431305431258431259431239431225

Longi tude

10850231085547108540010857441085744

1090136

10901151090132

10901371090015109001510857301085843

10900181090026109001110900191090233

10902321090231108583810856301085153

10851391085118108511710855211085502

10854471085353108522610852431085142

10852011085051108504910850251085147

Quad

rangle map code

6008080808

17

1717

1717173434

8888888888

8888085160

6060600808

0808600860

6060606060


5,9006,1005,9056,0906,080

6,000

6,2786,010

6,0105,9605,9605,8205,780

5,9706,0005,9706,0106,200

6,2006,1805,8805,7305,600

5,5905,5905,5905,5925,580

5,5625,5205,5065,5005,490

5,4805,4625,4625,4605,480

Source of

data

USGSUSGSUSGSBIAUSGS

USGSUSGSUSGSIHSIMS

IHSUSGSIHSUSGSUSGS

IHSUSGSIHSIHSUSGS

USGSUSGSUSGSUSGSIHS





331MDSN311PSPR

----

124WDRV

--

124WDRV


__

124WDRV124WDRV111HLCN111HLCN

111HLCN211FRNR124WDRV221GPSP

--

111HLCN111HLCN111HLCN

--

124WDRV

111ALVM124WDRV311PSPR111ALVM111HLCN


Source of

lithologic log

..D --

D

--

D

DDDDD

__

DDDD

DDD--

D

D--------

_---------

------

Date drilled

1962------

1963

--

1963

19631963196319631973

19871963198519781963

19631982197619441983

198019891989--

1954

--1918194219801926

1980----

Use of

water

SNNSS

H

U--

UHUHH

HHH

U

HHHNU

UzzNH

HH--

HZ

USHS--

Total depth (ft)

6084,2103,420

--

474

62

62

36060764065

__

1271505540

398586

5,310150

4554

310300128

60400

6,7503617

261085

30

44

selected we! Is Continued

OpenTop

(ft land

3,560

--

2552

2552

35492535

__

11621

30

3074"

201555

intervalBottom

below surface)

4,210

--

2856

2856

50553565

__

12225

34

3484

--

4040

310

Type of

open ing

X

--

PP

PP

PPPX

__

PP

P

PP

--

PPX



(ft) ment

301.0 03-08-65496.0 12-16-62

363.0 08-24-65

20.0 06-23-66

__

21.0 07-23-63__

9.0 07-26-6325.8 07-19-90

____--

20.0 07-18-63

20.0 07-18-63__

30.5 07-19-90

21.5 05-02-91____

Specific Yield Date capacity (gal/ yield [(gal/min) min) measured /ft]

7.0700 - -90

--

15 1.3

15 07-24-63 1.3

15 1.220 06-12-63 1.86.0 .30

12 06- -73

20 01-20-87 5.00 07-19-90

20 03-29-85 1.3 20 02-20-79 .5715 07-18-63

15 154.0 07-19-90

10 - -76 2.5

____


P,M

--

2.0 P

2.0

3.0 P3.02.0 P

P.M

2.0 P,MP,M

4.0 P,M 2.0 P,M2.5 P.M

2.0 PP,M

2.0

P.M.TP.M.T

100

5.0 08-08-90

32 3611.1

7.5 5.9 1.8

10-07-48

08-24-48 08-14-48 08-24-48

P,M

P.M.T

P,M,T

45


Local number

3N-lW-27bba013N-lW-31aad013N-2W-01add013N-2W-01add023N-2W-01cac01

3N-2W-17abc013N-2W-17acb013N-2W-17bda013N-2W-17cba013N-2W-22cac01

3N-2W-22cbc013N-2W-22cbd013N-2W-22ddc013N-2W-23dbd013N-2W-23dbd02

3N-2W-24bbb013N-2W-25aac013N-2W-26baa013N-2W-30baa013N-3W-01ddd01

3N-3W-01ddd023N-3W-04aab013N-3W-04aba013N-3W-04aba023N-3W-04aba03

3N-3W-13caa014N-lW-04cbbUl4N-lW-05baa014N-lW-25daa014N-lW-25daa02

4N-2W-06add014N-2W-llddd01

4N-2W-33daa014N-3W-06acb01

4N-3W-08bbd014N-3W-08bbd024N-3W-12bcb014N-3W-17bba014N-3W-19aba01

Lati

tude

431246431126431554431555431540

431426431422431416431402431306

431309431308431250431304431307

431338431240431249431245431600

431559431614431614431614431615

431352432101432126431734432125

432108431953

431641432115

432030432030432024431948431856

Longi tude

10852131085453108555610855561085642

10901121090109109012510901361085910

10859251085914108582810857251085726

10856581085558108574110902271090306

10903061090654109065610907001090658

10903031085333108541610848561085415

10901551085720

10859351090925

10908471090847109040910908421090925


6008515151

1717171708

0808080808

0808081724

2424242424

1751515050

2451

5123

2323242323


5,4805,9105,7105,7105,724

5,6705,6805,6905,7405,680

5,6805,6805,6805,6305,620

5,5645,6905,6405,7505,690

5,6905,9605,9655,9805,970

5,9006,1606,2705,8245,830

6,1495,990

5,7775,980

5,9205,9106,1505,9005,880

Source of data

IHSBIAIHSUSGSUSGS

USGSUSGSIHSIHSUSGS

IHSUSGSUSGSUSGSUSGS

USGSBIAUSGSUSGSUSGS

USGSIHSUSGSUSGSUSGS

USGSUSGSBIAUSGSBIA

USGSBIABIAUSGSUSGS

USGSIHSBIAUSGSIHS


111ALVM124WDRV124WDRV124WDRV

--

112GLCL112GLCL124WDRV112GLCL

--


111ALVM--

111ALVM112GLCL111ALVM

__

124WDRV112TRRC124WDRV124WDRV


124WDRV124WDRV

124WDRV111ALVM

111ALVM111ALVM124WDRV111ALVM111ALVM

Source of

litho-

logic log

DDD----

__--

DD--

D--------

__--------

__

DD--

D

DGD----

GD

G--

__

DDDD

Date drilled

1987196919691987--

__

195519881981--

1988--

195519381950

__--------

--

19821950--

1980

196919661970--

1966

19661968

19661964

__

1967197019671967

Use of

water

HSHHU

UCHHS

HHCHS

U--

ZHS

HHUUS

SUSSS

U--

UH

HHSHU

Total depth (ft)

3636095

300--

3845

18253--

36522537518050

12--

431080

80122557082

160166220487490

301100

13111

3031

1203540

46


Water levelOpenTop

(ft land

3215035

--

135--

339--

120--

--

--

--

__

113--

62

1309

180--

5076----

__

25

2832

intervalBottom

below surface)

3615595

--

182

__

365----

180--

--

--

--

__

117--

82

160166215--

5883 --

__

29

3438

Type of

open ing

SPP

--

X--

X----X--

--

--

--

__

S--

X

pXp--

pp----

__

p

pp

Depth below land

surface (ft)

--

--

--

------

41.6

5.0

4.95.6

__--

51.8

65.2

__

113.4--

436.1

116.8--

44.27.5

11.0--

__--

Date of

measure ment

--

--

--

__

------

09-30-65

10-06-48

09-25-6404-27-65

__--

05-14-91

05-14-91

__03-22-67

--06-27-66

08-22-66

08-22-6604-27-65

04-27-65--

__--

Flow Date Specific Water- rate flow capacity Pumping qual-

(gal/ rate [(gal/min) period ity min) measured /ft] (hr) data

15 11-05-87 .63 2.0__

P,MP.M.T

20 06-06-88 0.18 2.5 P,M20 07- -81 20 4.0 P,M

10 04-05-88 .04 2.0 P,Mpppp

--

pp

p15 09-27-82 .25 2.0

p,M

P,M

__3.0 -- P,M

__

P,M

p__

pp

p,M--

20 10-27-67 -- -- P,M__

47


Local number

4N-3W-19ada01

4N-3W-21cda014N-3W-21dcb014N-3W-28abb01

4N-3W-29baa014N-3W-29baa024N-3W-29cda014N-3W-29cda024N-3W-30acb01

4N-3W-31baa014N-3W-32ada014N-3W-32baa014N-3W-32cba014N-3W-32dcd01

4N-3W-32dcd024N-3W-33cac014N-3W-33cac024N-3W-33cba014N-3W-34bcb01

4N-3W-34bcb024N-3W-34cdc014N-3W-34cdd014N-4W-02cda014N-4W-02dbb01

4N-4W-02dcb014N-4W-05acd014N-4W-05cab014N-4W-05cba014N-4W-05ccb01

4N-4W-05dab014N-4W-05dab024N-4W-05dab034N-4W-05dcb014H-4W-06daa01

4N-4W-08bca014N-4W-08cbc014N-4W-08cbd014N-4W-09bab014N-4W-09bca01

Lati tude

431841

431816431814431804

431759431803431721431721431747

431711431657431706431645431622

431625431638431639431642431658

431657431621431623432051432101

432051432108432106432107432054

432053432103432107432052432106

432026432005432003432035432026

Longi

tude

1090901

109071710907121090708

10908321090828109082810908271090933

10909421090748109083010908451090812

10908121090723109072510907321090633

10906331090617109060310911581091152

10911471091515109154610915501091606

10915301091508109150510915271091615

10915561091605109155110914311091442

Quad

rangle map code

23

242424

2323232323

2323232323

2324242324

2424242323

2319191919

1919191919

1919192323


5,900

5,8005,8005,800

5,8705,8605,9755,9755,910

6,0655,9506,0106,0456,040

6,0455,9605,9555,9555,905

5,9005,9105,8955,9325,935

__

6,1806,2206,2406,280

6,2256,1706,1806,2206,320

6,3206,3406,2806,1556,175

Source of

data

IMSIMSIMSIMSIHS

usesIHSUSGSUSGSUSGS



USGSIHSUSGSUSGSUSGS

USGSUSGSIHSUSGSUSGS

USGSUSGSIHSIHSIHS

USGSIHSUSGSUSGSUSGS


124WDRV

111ALVM--

111ALVM

111ALVM111ALVM112TRRC112TRRC111ALVM

124WDRV112TRRC112TRRC112TRRC124WDRV

124WDRV112TRRC112TRRC112TRRC124WDRV

124WDRV112TRRC124WDRV111ALVM111ALVM

111ALVM112TRRC112TRRC124WDRV111ALVM

112TRRC112TRRC112TRRC124WDRV124WDRV

124WDRV----

112TRRC112TRRC

Source of

lithologic log

D

--DD

__

D------

D------

D

----

DD

DDDG--

__--

DD

__--

DDD

DD------

Date drilled

1967

196519761981

__

1980--

1965

1964--

1941

1964

----

1978--

1978198219451966--

--

19571967----

__--

197819671967

19901967--

1967--

Use of

water

H

HHH

HHHSH

UHHUS

SHUHH

HUHUU

HCHHU

UUHUH

HUSHU

Total depth (ft)

275

149670

2250182215

70364135

100

12042486150

51494033

--

2253

140

__1055

19051

9561 --55

48


Water levelOpenTop

(ft land

45250----

66

__

16

48--__--

21

__--------

__

453510--

__--

4861--

--

__

9043

9141 --__

intervalBottom

below surface)

55269----

70

__

21

_

70------

100

__

--__----

__

494032--

__--

52140--

--

__

17049

9561----__

Type of

open ing

PP --S

__P

--

X------X

__

------

__

SXP--

_

--PX~

--

__

PP

SP----__

Depth below land

surface (ft)

9.0----

__--

8.8

25.231.514.730.938.5

42.6--

30.216.817.5

16.5-- --

8.0

__

5.0--

12.410.1

38.6

__----

2.3

2.328.638.3

Date of

measure ment

04-27-65----

__--

05-14-91

10-01-6505-14-9105-15-9105-17-9105-16-91

05-15-91

05-14-9105-14-9105-16-91

05-16-91------

05-17-91

__06-05-63

--07-26-9005-16-91

05-16-91

__----

07-26-90--

07-26-9005-16-9105-16-91


p15 06-26-76 -- 2.0 P,M20 11- -81 .85 2.0 P,M

__ __ p

20 09-28-80 6.7 2.0 P,M

P

8.0pp,M

__

20 .50

__

p__

20 07-13-78 4.4 2.0 P,M--

__

2.0 05-24-82 .14 2.0pP,M

--

P,M____

P,M--

__

20 08-01-78 40 2.0 P,M__--

20 07-26-85 .93 2.0 P.M30 - -67______

49


Local number

4N-4W-09bca024N-4W-09bdd014N-4W-09cad014N-4W-09dba014N-4W-14bdc01

4N-4W-14ccb014N-4W-15ada014N-4W-15dac014N-4W-15dbd01

4N-4W-15dbd024N-4W-15dca014N-4W-15dcd014N-4W-15dcd024N-4W-15dcd03

4N-4W-15dcd044N-4W-15ddc014N-4W-16ada014N-4W-22adb014N-4W-22bbb01

4N-4W-23aca014N-4W-23adc014N-4W-23bab014N-4W-24bcc014N-4W-24cbc01

4N-4W-25aad014N-4W-25aad024N-4W-25dac014N-4W-25dac024N-4W-26abb01

4N-4W-26acb014N-4W-26acb024N-4W-26bcb014N-4W-27aacOi4N-4W-27adb01

5N-lW-05bbb015N-lW-15aaa015N-lW-15baa015N-2W-09cca015N-2W-16add01

Lati

tude

432027432019432005432013431925

431907431932431914431914

431911431907431859431859431859

431859431903431935431839431852

431839431835431855431835431822

431758431752431730431729431804

431750431749431748431754431747

432640432455432455432510432440

Longi

tude

10914411091426109142210914081091208

1091228109131510912431091251

10912521091251109125110912511091251

10912511091247109134410912441091342

10911471091135109120810911201091117

10910121091012109102310910181091154

10911521091153109122510912461091244

10854431085115108515210900301085931

Quad

rangle map code

2323232323

23232323

2323232323

2323232323

2323232323

2323232323

2323232323

5330302553


6,1756,1706,1906,1606,080

6,1206,1206,1306,120

6,1306,1406,1616,1616,161

6,1616,1506,1706,1806,215

6,0956,0906,1106,0706,080

6,0406,0506,0106,0006,136

6,1356,1356,1806,2306,215

6,3076,1176,3506,6006,594

Source of

data

USGSIHSUSGSIHSUSGS

USGSUSGSIHSIHSIHS

IHSIHSUSGSUSGSUSGS

USGSIHSUSGSUSGSUSGS


IHSIHSUSGSIHSUSGS

USGSUSGSUSGSIHSUSGS

USGSUSGSBIAUSGSUSGS


112TRRC112TRRC112TRRC112TRRC112TRRC

211FRNR112TRRC112TRRC124WDRV

124WDRV--

112TRRC112TRRC112TRRC


112TRRC112TRRC112TRRC112TRRC112TRRC

124WDRV124WDRV

--

124WDRV112TRRC

124WDRV111ALVM111ALVM112TRRC124WDRV

231CRMN311PSPR

--

211FRNR227NGGT

Source of

litho-

logic log

DD

DD

DDDD

D--

G----

__

DDD--

__----

DD

DDDDG

D----

D--

__--------

Date drilled

19671967--

19811967

1950198519801980

1967--

196619661966

19661970194819641961

1987--

196219761964

19761988194219881966

1967--

196319671983

__

19491966----

Use of

water

UUHHH

PUHH

HPUUU

UHHHH

HCHHH

__

HHHU

HUHHH

__--------

Total depth (ft)

4948--

8738

40060180103

74--

333525

2443

13046070

__

30405050

2001782125346

78--

93688

1,8003,710

--

3,0807,240

50


Water levelOpenTop

(ft land

1840------

31951414070

63--

1214--

__

30--

275--

__--------

1791585849

67

_ _

29


4347------

40055514375

71--

3335--

__

36--

460--

__--------

19917821253

74

__

33

Type of

open

ing

PP------

XSP

P

P--

PP--

__

P--

P--

__

-- ----

PXXS

P

__

P

Depth below land

surface (ft)

38.5--

47.5--

25.9

31.030.5----

__--

15.615.614.5

15.0----

46.6

9.34.0

23.932.621.1

__------

8.0

__--

Date of

measure ment

05-16-91--

05-16-91--

05-17-92

11-04-6505-16-91

--

__--

05-15-9105-15-9105-15-91

05-15-91------

05-17-91

05-15-9106-05-6305-15-9105-16-9105-15-91

__----

:;05-14-91

__--

Yield (gal/ min)

----

5.0--

1020206.0

__--------

__--

7.0----

__ --

1520

10114.0

20

--

__


yield [(gal/mln) measured /ft]

____

04-09-81--

.1003-21-85 4.408-26-80 2008-26-80 .08

________--

________--

__ ______

07-16-76 5.0--

06-09-76 .0703-10-88 .10

__

03-28-88 2.9

--

__ __


__P.M.T.R

4.0P,M

P,M2.0 P,M2.0 P,M2.0 P,M

__

P,MP,M

__--

__

P,M__

P.M.T.R--

P,MP,M

P.M.T.R2.0 P,M--

2.0 P,M2.0 P,M__

2.0 P,M

--

P.M.T.RP,M

5.1 05-14-91

51


Local number

5N-3W-01bba015N-3W-12dcc015N-3W-31cbd015N-3W-32dda015N-4W-03dcc01

5N-4W-10abc015N-4W-10acd015N-4W-10acd025N-4W-lldaa015N-4W-12aab01

5N-4W-17bdd015N-4W-19ddd015N-4W-21adb015N-4W-29bcc015N-4W-30acd01

5N-4W-31acd015N-4W-31acd025N-4W-31adc015N-4W-31adc025N-4W-31adc03

5N-4W-31cbb015N-4W-31dac015N-4W-32acc015N-4W-32bbb015N-4W-32bbb02

5N-4W-32bdd015N-4W-32caa015N-4W-32cbb015N-4W-32cbb025N-4W-32cbc01

5N-4W-33caa015N-4W-34bdc015N-4W-34bdc025N-4W-34ccb015N-4W-34ccb02

5N-4W-34ccc015N-4W-34ccc025N-5W-09cba015N-5W-09ccc015N-5W-13bcd01

Lati tude

432645432503432148432145432600

432532432532432532432530432555

432444432325432356432255432257

432202432202432203432204432204

432159432150432203432221432221

432201432155432200432200432149

432218432203432204432144432143

432141432135432525432507432440

Longi tude

10904051090339109100210907561091304

10912581091257109125810911301091025

10915391091615109140610916111091631

10916391091634109170010916591091629

10917241091624109153710916591091612

10915381091540109153510915371091608

10914561091324109132610913491091349

10913491091347109215310922041091822

Quad

rangle map code

2525232326

2626262626

8585268585

1919191919

1919191919

1919191919

2323232323

2323858585


6,4246,3156,0406,1526,480

6,4826,4206,4206,7406,780

6,2856,0806,5006,0606,070

6,1506,1406,1206,1206,120

6,2406,1606,1906,0706,080

6,1906,1906,1906,1906,200

6,0205,9755,9755,9905,990

5,9905,9856,3406,4006,140

Source of

data

USGSUSGSUSGSUSGSIHS

USGSUSGSIHSUSGSUSGS

USGSUSGSBIAIHSUSGS

IHSIHSUSGSUSGSIHS

USGSIHSUSGSUSGSIHS

USGSUSGSUSGSUSGSIHS

IHSUSGSUSGSUSGSIHS

USGSUSGSIHSIHSUSGS


211FRNR124WDRV111ALVM124WDRV111ALVM

124WDRV111ALVM111ALVM

----

124WDRV--

124WDRV111ALVM112TRRC


124WDRV112TRRC112TRRC124WDRV111ALVM

112TRRC124WDRV112TRRC112TRRC124WDRV


111ALVM111ALVM112GLCL

124WDRV

Source of

lithologic log

..----GD

G--

D----

G--

DD

DD----

D

--

DD--

D

0--

D--

D

D------

D

----

DD--

Date drilled

1954----

19661967

1966--

1967----

1966--

19701967

198219671940

1978

_-

19671980

1967

1967

1981--

1968

1988------

1961

1988--

197819781945

Use of

water

UHUH

UHHSS

UUSHH

HHHHH

HHHHH

UHHSH

HSHHH

SUHHH

Total depth (ft)

3,43098709126

921035----

317--

1073450

5041201247

10031658238

306562--

100

48108

2430

2417

124200180

52


Water levelOpenTop

(ft land

--

----20

__--

29

----

28--

2833

__--

2545--

32

56

60

44------

21

--

----


--

----24

__--

34

----

32--

3639

__--

2857--

38

60

67

48------

26

--

----

Type of

open ing

--

----P

__--P

----P--

SP

__--

PP--

P

S

P

S------P

--

-- --

Depth below land

surface (ft)

84.0--

22.1--

65.59.5

--

101.10.7

61.6----

__--

7.5- -

--

--

12.8"

21.7

--

__

3.6--

16.4--

15.3----

23.0

Date of

measure ment

06-25-66--

08-22-66--

08-22-6604-24-65

::08-22-6609-30-6407-26-90

----

__--

03-04-65--

--

--03-04-65

""

05-16-91

--

__09-30-64

--05-17-91

--

05-17-91----

09-30-64


--

PP

--

5.0 -- - Pp

__ __ __

10 05-16-70__

p

20 05-20-82 2.5 6.0

__

20 07-18-78 1.5 2.0 P,M

-- -- -- -- --

6.0 09-22-80 .17 2.0 P,M__

.. -

20 11-01-81 4.0 2.0

__

20 03-16-88 2.0 P,Mpp

____

:: :: :: :: ::15 10-22-79 .75 2.0 P,M15 09-28-78 .15 2.0 P,M10 -- -- P

53


Local number

5N-5W-14ccc015N-5W-23dac015N-5W-25bdb015N-5W-36daa015N-5W-36dbb01

5N-6W-13bbd015N-6W-14bcb015N-6W-14dad015N-6W-24bba015N-6W-35ada01

5N-6W-35add016N-lW-03cca016N-lW-31bcb016N-2W-06cbb016N-2W-15bdb01

6N-2W-23acd016N-2W-25cbb016N-2W-26dba016N-2W-26dba026N-2W-27aaa01

6N-3W-02bcb016N-3W-21dcb016N-3W-27cbd016N-3W-33ccd016N-3W-35dac01

6N-3W-36cba016N-4W-15acb016N-4W-20add016N-4W-21cac016N-4W-28bab01

6N-4W-36cdb016N-6W-15bbd017N-lW-17baa017N-lW-23aca017N-lW-25cba01

7N-lW-26cbc017N-lW-26cdb01IS-lE-OlccdOlIS-lE-OldcdOlIS-lE-OlddcOl

Lati

tude

432413432326432302432159432156

432453432445432429432406432208

432207433116432719433129432953

432901432801432803432802432829

433141432842432755432651432705

432708432958432902432836432829

432700433006433521433419433311

433307433258425952425952425951

Longi tude

10919471091853109181510917321091753

10925301092648109255010925331092549

10925481085207108555310902591085902

10857221085655108572210857241085815

10905261090716109062910907411090430

10904031091306109150710914411091436

10911041092755108541210850261084952

10851111085048108424310842031084156


8585851919

1212121239

3910532153

5353535353

2125252625

2526852626

2609041010

1010484848


6,4506,3706,3406,2606,290

6,3206,5506,4406,5507,640

7,6406,3306,5007,1687,033

6,7806,6296,5636,5706,700

6,9506,6006,6226,6256,500

6,4607,4006,8406,7506,750

6,9406,6006,7806,6406,460

6,3406,3905,2905,2605,255

Source of data

BIAIHSIHSIHSIHS

USGSIHSUSGSIHSUSGS

BIABIAUSGSUSGSUSGS



USGSBIAUSGSIHSIHS

USGSIHSIHSIHSIHSIHS

IHSUSGSIHSIHSUSGS


--

111ALVM111ALVM

111ALVM231CGTR311PSPR231CGTR311PSPR

__--

311PSPR317TSLP311PSPR

311PSPR311PSPR311PSPR

--

311PSPR

211FRNR311PSPR

--

124WDRV211FRNR


124WDRV111ALVM112TRRC111HLCN211CODY

111HLCN112TRRC124WDRV111HLCN111HLCN

Source of

litho-

logic log

DDDDD

__

DDDD

D--------

__--------

__----G--

------

DD

GDDDD

DDDD--

Date drilled

1978197619671967

__

1982196319791964

1964--

191619421943

193919191919--

1928

1955----

19661959

------

19671967

19661967--

19691969

19881962197119801963

Use of

water

__HHHU

CHUHS

E--------

__----

U--

HSSU--

N--

HHH

UHHHH

HUUHH

Total depth (ft)

36392744541

2573

98060

200

200--

1,490--

1,720

1,5201,7001,970

--

1,470

1385,450

--

963,760

----

124546

21226484575

442002004040

54


OpenTop

(ft land

333--

623720

__

69----

107

--

------

--

__

3436

1843332068

409

5226__

intervalBottom

below surface)

348--

744341

__

73----

127

--

------

--

__

4343

2448382573

4434

20030__

Water levelType Depth below Date of land of

open- surface measure- ing (ft) ment

P__pPp

7.1 09-28-64s____

P 27.0 03-26-64

--

____

42.9 10-31-66

--

5.0 04-24-65pp

ppppP

SpXp__

Yield (gal/ min)

2015--

50

__

15--

203.0

--

1.0--

30

6.0

__----

20------

206.01.0

20__



09-28-78 1006-17-76 3.3

--- -67

__06-03-82

__

10-09-79 1.2

--

--

08-08-90__--

04-28-65

____--

04-05-67 2.2____--

03-11-89 2.0__

01-19-71

10-15-80 6.7__


2.02.0 P,M

P,M,T--

P24.0

P,M2.0 P,M

P,M

PP,MPP,M

P

P____ __

6.0P,MP,MP,M

2.0 P,MP

2.02.0 P,M

P

55


Local number

!S-lE-04acc01!S-lE-04bcb01!S-lE-09acc01IS-lE-lOaaaOlIS-lE-lOddcOl

!S-lE-10ddc02!S-lE-10ddc03!S-lE-12bbb01!S-lE-12bcb01!S-lE-12bdb01

!S-lE-13bbb01!S-lE-13ccb01!S-lE-14aaa01!S-lE-14bab01!S-lE-14bba01

!S-lE-14ddd01!S-lE-14ddd02lS-lE-15abb01!S-lE-15abb02!S-lE-15abb03

!S-lE-15add01!S-lE-15ccc01!S-lE-16acb01!S-lE-16ddd01!S-lE-17dcc01

!S-lE-20aad01!S-lE-21adc01!S-lE-21add0115-lE-21add02!S-lE-21add03

!S-lE-21dda01!S-lE-22bba01!S-lE-22bba0215-lE-22bcb01!S-lE-22bcc01

!S-lE-22bcc02!S-lE-22cbc01!S-lE-23ada01!S-lE-25bba01!S-lE-27adc01

Lati tude

430018430028425926425949425900

425901425900425949425937425934

425858425818425858425856425852

425809425807425856425852425853

425838425806425843425806425810

425756425741425743425744425743

425722425804425804425752425741

425743425728425753425714425650

Longi tude

10845491084624108455010844101084418

10844231084419108425410842521084232

10842491084249108425410843391084348

10842541084254108443610844341084436

10844051084514108455210845171084701

10846351084531108452110845231084524

10845171084502108450110845151084515

10845131084511108425410842351084418


3333734848

4848484848

4848484848

4848484848

4873737373

7373737373

7373737373

7373484848


5,4405,4705,5005,3705,350

5,3505,3505,3055,2905,280

5,2855,3505,2895,3205,320

5,3605,3555,3705,3505,360

5,3405,3775,4805,3795,460

5,4505,3905,3805,3855,390

5,4105,3705,3705,3755,375

5,3755,4005,3745,3605,480

Source of data

I USIHSIMSIHSUSGS

USGSIHSUSGSUSGSIHS


USGSUSGSUSGSUSGSIHS

USGSUSGSUSGSUSGSIHS

IHSUSGSUSGSUSGSIHS


USGSUSGSUSGSBIAIHS


211FRNR211FRNR211FRNR

--

211FRNR

111HLCN111HLCN211CODY111HLCN124WDRV

111HLCN211CODY111HLCN111HLCN111HLCN

111HLCN211FRNR211FRNR111HLCN211FRNR

111HLCN111HLCN211FRNR111HLCN

--

__

111HLCN111HLCN111HLCN211FRNR

111HLCN111HLCN111HLCN111HLCN111HLCN

111HLCN--

112TRRC----

Source of

lithologic log

DDDDD

DDDDD

--DG--D

D0----D

DDDG--

DDDDD

G --

DD

0--

G----

Date drilled

19611961196119611976

19761961197119611971

19641961196619611961

19611971----

1961

1961196619611966--

19611979196119761981

19661962--

19651961

1982194019661970--

Useof

water

UUUUU

U--UHU

--ZzUH

ZU----U

zzUzU

UUzUH

UHSZU

UH0S--

Total depth (ft)

526151

20060

3331672960

153326--26

98100454531

31388034--

80392148

310

5630115123

26--41----

56


Water levelOpenTop

(ft land

475142

50

152645--

48

2818--

21

1550----

26

261670

--

301310

267

__----

2018

19----

intervalBottom

below surface)

526151

60

273155--54

3326--

26

2560----

31

313880

::332125

310

__ --

2223

23----

Type of

open ing

PPP

P

PPP--P

PP--P

PP----P

PPP

--

SPPS

__

----

pp

p----

Depth below land

surface (ft)

----

18.4

8.2--

13.06.6--

12.34.74.38.5

4.315.35.6----

14.55.7--

7.6

9.87.05.4--

16.4--

3.53.73.7

4.5--

5.7

Date of

measure ment

----

05-10-91

05-10-91--

04-30-9108-13-65

--

07-25-6607-25-6605-09-9105-09-91

08-13-6505-09-9108-13-65

----

05-10-6107-25-66

--06-28-66

05-10-9105-08-6105-10-91

--

03-21-67__

05-10-9108-13-6505-10-91

05-10-9108-13-6505-09-91


__--

--

P,M____

6.0 -- -- P7.0 01-11-71 -- 3.0

-- -- -- -- --

____

7.0

4.0__

pp

--

6.0 -- -- -- PP,Mp

:: :: :: :: P;M20 01-30-79 10 2.0 P r M6.0 -- P

P,M30 01-04-81 .20 4.0 P,M

__

P,M__

p,M6.0

______

P,M

57


Local number

!S-lE-27dba01!S-lE-28cdd01!S-lE-28dbb01!S-lE-29bbb01lS-lE-29ccc01

!S-lE-30bda01!S-lE-31aaa01!S-lE-31dad01!S-lE-31dda01!S-lE-31dda02

!S-lE-31dda03!S-lE-32acd01!S-lE-32cad01!S-lE-32ccb01!S-lE-32dcb01

!S-lE-33bcb01!S-lE-33bcc01!S-2E-03dda01!S-2E-04acb01lS-2E-05ccc01

lS-2E-05ccc02!S-2E-05ddc01!S-2E-05ddc02!S-2E-06dcc01!S-2E-06ddc01

!S-2E-06ddc02!S-2E-07bbb01!S-2E-08aad01!S-2E-08aad02!S-2E-08bcb01

!S-2E-09bbb01!S-2E-09bbb02!S-2E-09cdd01!S-2E-10aaa01lS-2E-10ccc01

!S-2E-10dcc01!S-2E-10dcc02!S-2E-10dcc03!S-2E-10dda01!S-2E-10dda02

Lati tude

425642425622425645425711425622

425655425619425542425541425541

425537425555425543425540425541

425602425601425959430026425957

425956425956425955425953425954

425955425948425940425940425939

425951425951425901435948425902

425902425900425901425908425909

Longi tude

10844251084556108454910847321084737

10848171084742108474210847411084743

10847431084649108470510847371084704

10846261084626108370010838421084033

10840331083937108393710841061084050

10840511084139108392310839241084030

10839191083918108385010837011083808

10837311083733108373110837021083700


4873737373

7373737373

7373737373

7373416448

4848484848

4848484848

4848484148

4841484141

Altitude of land Source surface of (ft) data

5,5105,5205,4605,4905,490

5,5005,4955,5355,5355,535

5,5405,4955,5105,5355,510

5,4805,4805,1605,1755,215

5,2155,1955,1955,2355,220

5,2255,2505,1955,1955,230

5,1905,1905,2105,1455,185

5,1555,1555,1555,1405,145

IHSIHSUSGSIHSUSGS



IHSUSGSUSGSUSGSUSGS






211CODY111HLCN

--

111HLCN

211CODY211CODY112TRRC112TRRC112TRRC

112TRRC112TRRC112TRRC211CODY112TRRC

__111HLCN111ALVM111ALVM111ALVM

111ALVM111HLCN111ALVM111HLCN111ALVM

111ALVM111HLCN125FRUN111ALVM111HLCN

125FRUN111HLCN111HLCN111ALVM111ALVM

125FRUN124WDRV124WDRV124WDRV111ALVM

Source of

lithologic log

0D--D--

D--------

__------D

__------D

__--D--D

__

D------

D----

DD

DDDD--

Date drilled

19781976--

19781963

1962196319631941--

__

1958

19561965

__--

1971--

1971

__

1962197119501971

__

19831955--

1962

1951----

1971--

19541977197119841935

Use of

water

UHUUH

HHHHS

SHUUU

HUUUU

UZHHU

UHHUH

HSHUU

HHHHU

Total depth (ft)

3546426

15014

1,01060

6854540

464535

15817

__--651430

21477640135

1836

1602235

43020255150

47360608240

58


Water levelOpen interval TypeTop Bottom of


43 63 P--

--

__--

--

____

15 17 P

--

__

25 30 P

__

25 30 P__

35 48 P

__

32 36 S __--

__ _- -_____ --

407 473 X50 60 P43 48 P74 79 S__

Depth below land

surface (ft)

--

--

4.1

--

29.4--

34.5

40.4

26.137.51.7

13.922.411.47.8

7.8--

7.9--

5.5

6.511.0__

6.4--

__

3.61.5

10.819.1

80.07.37.2

12.114.3

Date of

measure ment

--

--

05-10-91

--

04-27-66

05-14-91

05-14-91

05-10-9105-10-9108-13-65

05-13-9104-28-9104-29-9104-28-91

04-28-91--

04-27-91--

04-29-91

04-29-9104-30-91

--04-27-91

--

__08-16-6508-16-6504-28-9104-27-91

10- -5404-27-9104-27-9104-27-9104-28-91


15 05-04-76 1.4 2.0 P,Mp

p

p__

p t M--

--

____

p

" " ~l " P :M____--__

P__P--

____P__P

1.0 -- -- -- P,Mp,M

7.0 08-16-65 -- P__

P.M

p20 10-25-77 .59 2.0 P.M.T12 01-28-71 -- 4.020 11-27-84 .59 2.0 P.M.T__

59


Local number

!S-2E-12dcc01!S-2E-12ddd01!S-2E-13abb01!S-2E-13abb02!S-2E-14aaa01

!S-2E-14aad01!S-2E-14abc01!S-2E-14abc02!S-2E-14bba01!S-2E-14bba02

!S-2E-14bbb01!S-2E-14bbb02!S-2E-15aaa01!S-2E-16aad01!S-2E-16bab01

!S-2E-32aad01!S-2E-32cac01!S-3E-01bba01!S-3E-01bcb01!S-3E-02aac01

!S-3E-02aba01!S-3E-02abc01!S-3E-02aca01!S-3E-02ada01!S-3E-02ada02

!S-3E-02adb01!S-3E-02adb02!S-3E-02adc01!S-3E-02bba01

!S-3E-07ccc01!S-3E-07cdd01!S-3E-07dcd01!S-3E-07ddc01!S-3E-08ccc01

!S-3E-08cdd01!S-3E-08ddc01!S-3E-09ccd01!S-3E-10aca01!S-3E-10bcc01

Lati tude

425901425901425854425856425853

425851425850425850425857425857

425858425856425856425849425858

425610425543430042430026430032

430037430034430030430028430029

430030430026430023430041

425901425902425900425902425900

425901425902425903425934425923

Longi tude

10835081083446108350410835081083553

10835571083621108362310836441083647

10836581083657108370710838121083857

10839251084716108283210828421082857

10829041082912108290310828481082846

1082854108290110828531082941

10834301083408108335410833371083318

10832591083231108320710830171083101


4141414141

4141414141

4141414848

4873767676

7676767676

76767676

4141414141

4141414141


5,1805,1705,1405,1405,100

5,1105,1305,1305,1405,140

5,1455,1505,1505,1855,230

5,3205,5205,0105,0305,040

5,0305,0505,0505,0305,030

5,0305,0605,0405,040

5,1605,1905,1755,1705,160

5,1605,1505,1605,1905,190

Source of data

IMSIHSIMSIHSUSGS

IHSUSGSUSGSUSGSUSGS

USGSIHSUSGSUSGSIHS

BIAUSGSUSGSIHSIHS

USGSIHSIHSIHSIHS

IHSIHSIHSIHSIHS

IHSIHSUSGSIHSIHS

IHSIHSIHSIHSIHS



124WDRV--


124WDRV124WDRV111ALVM111HLCN

--

__

112TRRC111ALVM124WDRV124WDRV





Source of

11tho- logic log

DDDDD

D--D--

D

__D----D

D----DD

__DDDD

D--DD

DDGDD

DDDDD

Date drilled

19781976198019711984

1971--

197119611971

196619711950--

1978

19691971--

19711971

__

1980197119791976

1979198619761971

19781981196619801978

1987198019781982--

Use of

water

--HHH

HHHUH

UUHHU

__

UsHH

HHHHH

HHHH

HHUHH

H--

HHH

Total depth (ft)

42730625027562

522301004657

841325018

185

50050--

280315

60360325345345

340--

355300

525125130281472

205270420325390

60

selected wells--Cont1nued


(ft below open-land surface) ing



Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/min) period ity min) measured /ft]____(hr) data

40128022725555

113

42730625027559

118

31 35 P

72 85 P

41 46 P

99.293.2

4.1

13.6 7.0 8.4

6.8

17.6

07-20-90 07-20-90

06-26-90

04-27-91 04-27-91 04-27-91

04-27-91

04-28-91

40

101020

12

10

10-06-78

08-06-80 03-14-71 11-30-84

02-02-71

02-07-71

0.42

.19

2.9

2.0

2.0 7.0 2.0

3.0

12.0

P.M P,M P,M

P,M,T

M P

P,M

257305

330310322322

300

337273285

48012125

256441

180184394300

267315

360320345345

340

355280295

525125130281472

205270420325

30.04.0 -_

05-13-9106-22-65

--__

__ 8.0

10

----

06-30-7106-17-71

79.3 03-29-83

108.7 07-20-90

10.012.0

20106056

60205610

07-31-8006-26-7107-23-7905-10-76

07-23-7912-23-8606-10-7607-07-71

.24--

1.6.58

.32

.26----

2.024.02.02.0

3.02.0--

10.0

P,M--

P,MP,M

P,M--

P,M--

4015305030

2010402020

11-08-7803-25--81

--12-18-8809-20-78

12-03-8708-04-8012-19-7709-20-8211-05-87

.601.7--.34.27

1.1.43.53.25.14

2.02.0--4.02.5

2.02.02.02.02.0

P,MP,MP,MP,M

P,MP,MP,M__

P,M

61


Local number

!S-3E-10bcc02!S-3E-10cca01!S-3E-10cdd01!S-3E-10dcc01!S-3E-10dcd01

!S-3E-10ddd01!S-3E-lladd01!S-3E-lladd02!S-3E-lldcd01!S-3E-lldcd02

!S-3E-12caa01!S-3E-12caa02!S-3E-12cad01!S-3E-12cbc01!S-3E-12dba01

!S-3E-12dcc01!S-3E-13aab01!S-3E-13aab02!S-3E-13aba01!S-3E-13aba02

!S-3E-13acc01!S-3E-13dad01!S-3E-13ddd01!S-3E-13ddd02!S-3E-14aaa01

!S-3E-14abb01!S-3E-14bbc01!S-3E-14bbc02!S-3E-14cbb01!S-3E-15aad01

!S-3E-15aad02!S-3E-15aad03!S-3E-15baa01!S-3E-15bab01!S-3E-15bba01

!S-3E-15bbb01!S-3E-15cbc01!S-3E-15cca01!S-3E-15cda01!S-3E-15cda02

Lati tude

425929425906425904425903425903

425901425956425926425902425900

425920425919425917425915425921

425904425828425857425858425857

425807425822425809425808425858

425858425852425849425830425847

425847425849425858425858425858

425858425822425819425814425814

Longi tude

10831011083056108303310830241083015

10829581082844108284610829011082902

10828091082811108281110828411082752

10828001082746108274610827551082750

10828031082733108273610827351082846

10829121082946108294310826461082955

10829581083002108303610830401083047

10830571083059108304810830341083032


4141414141

0505050505

0505050505

0505050505

0505050505

0505050505

0541414141

4141414141


5,1805,1405,1305,1205,120

5,1105,1005,1005,0805,080

5,0705,0705,0605,0605,050

5,0305,0305,0305,0305,030

5,0255,0104,9754,9805,060

5,0805,0905,0905,0555,090

5,0905,0855,1105,1105,020

5,1205,0655,0705,0405,040

Source of

data

IHSUSGSUSGSIHSUSGS

IHSUSGSIHSIHSIHS

IHSIHSIHSUSGSUSGS

USGSUSGSIHSIHSIHS

USGSUSGSUSGSIHSUSGS


USGSUSGSIHSIHSIHS

IHSUSGSUSGSIHSIHS


124WDRV124WDRV112TRRC124WDRV112TRRC

112TRRC124WDRV112TRRC124WDRV124WDRV




124WDRV124WDRV124WDRV112TRRC124WDRV

124WDRV112TRRC124WDRV124WDRV

--


Source of

mho- logic log

DDDD--

D--DDD

DDDDD

__--DDD

__D--D--

DD------

----DD

D----DD

Date drilled

19761964196919711971

19701965196119801973

1985198819731956--

1958--

1982--

1971

__

1964--

1971--

1964197119641961--

19451975198519841981

19781965--

19711976

Use of

water

HHUHS

HUUPP

HHHZH

Z--U--U

HHUHH

HHH--H

HSHHH

HHH--H

Total depth (ft)

43139056

43760

5610050

650647

3633612958055

1830055

330380

__

8031831080

4044710812

130

45070

435440467

428120126475535

62




4009950

415--

50--

41500547

34033028031--

__

40233365

__----

295--

__

430_--_--

__-_

418395--

390--__

450515

43139056

430

56--

46650647

36336129551--

__

52330377

__ --

305--

__

447------

__--

435440--

428----

470535

Type of

open ing

XXPP--

P--PSS

XXXP--

__

PXP

__

----

P--

__

P ----

__

--

XX--

X --

PX



(ft) ment

__28.2 04-25-91__

24.5 04-25-91

________

166.1 08-07-90

__ ________--

7.6 09-20-65______--

__ __

20.0 09-11-647.6 04-24-91__--

9.9 04-25-91123.2 06-27-90

6.3 04-25-9128.0 08-26-65

__ __

22.5 04-25-91__ --

______

39.6 07-20-9038.7 07-20-90

Yield (gal/ min)

2525 10--

__ ----

134

201010----

__--20--10

__10--12--

5010 --10

__--302050

4515 12--



05-07-76 .42____

05-15-71--

______

05-04-73 1.2

09-06-85 .1301-05-88 .0505-16-73 .12

__--

____

05-12-82--

07-28-71

__ __

.25__

09-18-71--

2.005-25-71 .63

____--

__ ____

06-11-76

01-11-85 .2305-06-81 .66

10-28-78 .62.36

__03-31-71

__


2.0 P,M____

12.0--

__P

__P,M

1.6

2.0 P,M2.0 P,M5.0 P,M__

P

PP

2.0--

12.0

PP

__

20.0P

__

12.0 P.M.TP

__

P

P__

2.0 P,M2.0 P,M4.0 P,M

2.0 P,MPP

__

P,M

63


Local number

!S-3E-15ddc01!S-3E-16aaa01!S-3E-16aba01

!S-3E-16abb01

!S-3E-16ccd01!S-3E-16cdd01!S-3E-17aaa01!S-3E-17aab01!S-3E-17acb01

!S-3E-17bab01!S-3E-17bac01!S-3E-17bcb01!S-3E-17dcd01!S-3E-17dcd02

!S-3E-17ddd01!S-3E-18dda01!S-3E-21bba01!S-3E-21bba02!S-3E-22cbc01

!S-3E-23acc01!S-3E-23adc01!S-3E-23adc02!S-3E-23bcc01!S-3E-23bdd01

!S-3E-23bdd02!S-3E-23bdd03!S-3E-23cba01!S-3E-23cbc01!S-3E-24aac01

!S-3E-24cac01!S-3E-24cad01!S-3E-24cba01!S-3E-24cbb01!S-3E-24ccb01

!S-3E-24ccd01!S-3E-24cda01!S-3E-24cda02!S-3E-24dcb01!S-3E-25abb01

Lati tude

425810425856425857

425857

425810425810425856425856425844

425855425850425846425810425811

425811425818425805425803425730

425744425742425742425746425743

425745425747425740425731425754

425731425729425738425740425725

425715425728425726425723425712

Longi

tude

108301110831101083128

1083132

10832061083145108321910832271083324

10833081083302108332310832341083241

10832191083330108320310832011083103

10829161082859108285710829471082919

10829241082926108294010829531082734

10828241082825108282810828361082840

10828261082813108281510828001082803


414141

41

4141414141

4141414141

4141414141

0505050505

0505050505

0505050505

0505050505


5,0505,1305,100

5,120

5,0805,0705,1305,1405,120

5,1305,1205,1255,0805,080

5,0705,0705,0705,0555,090

5,0004,9954,9905,0104,995

5,0305,020

--

5,0004,980

4,9754,9804,9804,9804,985

4,9954,9804,9704,9704,990

Source of data

USGSIHSIHSIHSIHS

IHSUSGSUSGSIHSUSGSUSGS

IHSIHSUSGSUSGSUSGS

USGSUSGSUSGSUSGSIHS


USGSUSGSUSGGIHSIHS


USGSUSGSUSGSUSGSIHS



124WDRV



124WDRV111ALVM124WDRV111ALVM124WDRV



124WDRV124WDRV111ALVM124WDRV111ALVM


Source of

lithologic log

DD

D

D----

DD

DDD--

__

D----

D

__----

D--

D----

0D

__

D--

DD

DD----

D

Date drilled

1958--

1971

1983

19791955196319711971

__

1971196219351950

195119571952--

1971

__

196119851953--

19621985--

19731985

__

1964196519541957

__

1954----

1979

Use of

water

HHU

H

HHHHH

HHHHS

HZHSU

HUS----

--

P--

HH

UH0--

U

U--USH

Total depth (ft)

315458

245

30116085

265285

1533701507080

85129516

162

--

6010

12042

250600550230330

35023510

23040

5026528518

324

64


Water levelOpenTop

(ft land

290241415243

241 --

24590

260

130340--

__ ----

145

__----

87--

200550--

208304

__

1906

175--

__

190----

303


315249450245

301 --

255100265

153355 --

__ ----

157

__ --

120--

__

600--

230330

__

2358

230--

__

265 --

324

Type of

open ing

XPPX

X --PPP

XP-- --

__ --P

_ ----X--

Xs--

XX

__

XPX--

__

X----

X

Depth below land

surface (ft)

--

--

__ --

81.238.8

__----

28.7

33.57.9

13.2--

_

7.31.9 --

__-- --

0.314.35.8--

8.2

18.6--

2.46.1

Date of

measure ment

----

--

__ --

06-27-9006-27-90

__----

04-26-91

04-26-9108-26-65

04-26-91--

__04-26-9104-26-91

----

__---- --

04-26-9107-20-9004-25-91

--04-28-91

04-26-91--

04-28-9104-28-91

--

Yield (gal/ min)

158.0

25

__ --

1010

2010--

4.05.0

__ --

10

__

40--

16--

25--

2520

__

15--

4.0--

603.0

----

Specific Date capacity Pumping

yield [(gal/min) period measured /ft] (hr)

10-10-83 .09 5.003-08-71 10.0

08-04-83 .44 2.0

__ __ __ __

03-15-71 0.1002-25-71 .17 2.0

12-19-81 2.2 2.003-30-71 3.0

__ --

__ __

05-23-71 10.0

__ __ _-____

.17--

.17____

05-11-73 .13 5.001-23-85 .10 2.0

______

- -63--

__________


PP,M--

--

P,MPPPP.M.T

__--

P,MPP

P,MP,MP----

P,MP----

P

__--

P,M--

P,M

__

P,MP,M__--

__

P--

PP,M

65


Local number

!S-3E-26aba01!S-3E-29ccc01!S-3E-34aba01!S-3E-34bab01!S-3E-34bad01

!S-3E-34bad02lS-3E-34bcd01!S-3E-34bcd02!S-3E-34bdb01!S-3E-34bdc01

!S-3E-36ccb01!S-4E-02aac01!S-4E-02aac02!S-4E-02aac03!S-4E-02abc01

!S-4E-02bad01!S-4E-02bbb01!S-4E-02bbb02!S-4E-02bbb03!S-4E-02bbc01

!S-4E-02bbd01!S-4E-02bca01!S-4E-02bca02!S-4E-02bca03!S-4E-02bcb01

!S-4E-02bcd01!S-4E-02cab01!S-4E-02cab02!S-4E-02cba01!S-4E-02cdc01

!S-4E-02cdb01!S-4E-02dba01!S-4E-03cac01!S-4E-03cbb01!S-4E-03cbb02

!S-4E-03cdd01!S-4E-03dac01!S-4E-03dac02!S-4E-03dad01!S-4E-03dbd01

Lati tude

425710425623425621425620425610

425611425557425601425607425602

430050430032430032430032430033

430033430043430039430039430033

430031430031430029430029430026

430024430015430014430012425957

425959430013430008430015430013

425952430008430007430009430006

Longi tude

10829071083324108301510830391083031

10830361083053108304810830451083043

10828411082150108215310821471082211

10822151082246108224310822401082238

10822381082205108223910822351082239

10822351082227108222810822321082228

10822261082202108233310823541082354

10823291082304108230110822491082306


0541414141

4141414141

7674747474

7476767676

7676767676

7674747606

0674767676

0576767676


5,0305,1665,0405,0205,040

5,0305,0455,0405,0355,040

5,0104,9144,9154,9004,918

4,9194,9254,9254,9254,910

4,9104,9144,9104,9104,910

4,9104,9104,9104,9104,910

4,9104,9104,9304,9304,940

4,9304,9204,9204,9204,920

Source of

data

USGSUSGSUSGSIHSUSGS


IHSUSGSUSGSUSGSUSGS


IHSUSGSIHSIHSUSGS

IHSUSGSIHSUSGSUSGS

IHSIHSIHSUSGSIHS

IHSIHSIHSIHSUSGS



124WDRV111ALVM111ALVM111ALVM111ALVM

124WDRV111ALVM

--111ALVM124WDRV


124WDRV111ALVM124WDRV124WDRV111ALVM




Source of

mho- logic log

DG D--

__D--__D

D______--

D______--

DGDD--

DDD__--

DDD D

D--DDD

Date drilled

1960196619591982--

__1965196519621965

197119491935--

1918

1946--

194519401948

19791966197319731958

1977196319791967--

19731973197319551971

19771979198119731965

Useof

water

UHHH

HHHH--

HHHSH

HHSNN

HUHHU

HHHHH

HHHUH

HHHUU

Total depth (ft)

1002101052535

3829454541

28030705

122

143782480205

27616

23327050

15465

3106065

15516030510

450

355--

302245

9

66




9

19

21 35

265

90

--

255--

219232--

14228

283

--

125112295--

435

327----

2407

210

23

29 45

275

143

--

276--

233270--

15465

310

--

155160305--

445

355----

2459

Type of

open ing

X

S

P P

P

X

--

X--XX--

XXX

--

XXX--P

X----XP


land of Yield surface measure- (gal/

(ft) ment min)

46.5 07-19-65 137.7 03-29-83

20

8.5 04-26-91 28.0 03- -65

23.0 05-10-65 10

12 12.5 07-19-49

1.8 07-14-49

12.7 07-14-49 15.1 07-14-49 16.3 04-26-9114.1 07-14-49

206.4 07-27-66

3030

10.2 04-23-91

3.010.0 04-23-91 10

60 10.8 04-23-919.4 04-23-91

8.02730

4.6 04-23-9112

60__

6012

4.2 06-18-65



07-23-82

08-07-71

--

02-16-79--

04-20-7305-12-73

--

01-14-77--

06-27-79

--

05-24-7305-23-7304-29-73

--08-27-71

10-10-77--

01-10-8105-29-73

6.7

::0.77--

.301.5--

.23

.245.5

--

.131.8.16----

2.2--

1.1----

Pumping period (hr)

2.0

12.0

--

2.0--2.02.0--

2.0--2.0

--

1.02.05.0--8.0

2.0--4.05.0--


P P

P

--

P,M--------

P,MPP,M

--

__

P,MP,M----

P,MP,MP,M--

P

67


Local number

!S-4E-03dbd02!S-4E-03dcb01!S-4E-04adc01!S-4E-04adc02!S-4E-04adc03

!S-4E-04dbd01!S-4E-04dbd02!S-4E-04ccd01

!S-4E-04cdd01

!S-4E-04ddd01!S-4E-05acb01!S-4E-05acb02

!S-4E-05bbb01

!S-4E-05bbb02!S-4E-05cca01!S-4E-05cdd01!S-4E-05dcc01!S-4E-05dcc02

!S-4E-05dcd01!S-4E-05dcd02!S-4E-06aaa01!S-4E-07aaa01!S-4E-07bbb01

!S-4E-07bcc01!S-4E-07bdd01!S-4E-07dcb01!S-4E-07ddd01!S-4E-08aaa01

!S-4E-08aba01!S-4E-08abb01!S-4E-08acb01!S-4E-08baa01!S-4E-08cac01

Lati tude

430007430004430020430020430019

430008430006425954

425958

425956430028430030

430045

430039430001425953425958425954

425953425953430038425946425949

425927425927425910425900425948

425950425950425932425950425914

Longi tude

10823141082319108241610824161082416

108241710824161082454

1082442

108240410825391082538

1082656

10826171082607108254510825451082539

10825351082530108262310826251082728

10827261082658108265410826281082517

10825351082541108254310825461082600

Quad

rangle map code

7676767676

767605

05

057676

76

7676050505

0505760505

0505050505

0505050505


4,9204,9254,9404,9404,940

4,9404,9404,950

4,950

4,9354,9604,960

4,969

4,9704,9704,9704,9704,970

4,9604,9604,9704,9805,080

5,0605,0705,0104,9804,960

4,9604,9704,9704,9704,970

Source of

data

IHSUSGSUSGSUSGSUSGS

USGSUSGSUSGSUSGSUSGSUSGSUSGS

USGSIHSIHSIHSUSGS

IHSIHSIHSIHSIHS

IHSIHSUSGSUSGSUSGSUSGS

IHSUSGSUSGSIHSIHS

IHSIHSUSGSIHSIHS



111ALVM124WDRV124WDRV

124WDRV


124WDRV





Source of

lithologic log

DD--~--

__--D

D

D--

D

D

DDDDD

DDD~

D

D~

DD

DD--

DD

Date drilled

1983196419621955--

197919711958

1958

19481987--

1963

19751971198119871973

198019731982--

1959

1982--

19571983

19731987196419811977

Use of

water

HHUZH

SHN

N

HHU

S

UHHHH

HHUUH

HZH--

H

UHHHH

Total depth (ft)

2901376018--

1231863

450

265--

150

60

345425417418360

3803355528

390

3108085407454

33041870

410480

68


OpenTop

(ft land

27267--

--

--

2644

320385435

125--

30144--

316410386402349

324317----

163367

295----

392--

323402--

391421

intervalBottom

below surface)

290137--

--

--

3855

338420438

265__

36149--

345422417418360

380335----

180382

305 --

407--

330418

410480

Type of

open ing

XX--

--

--

PPPPP

X--PP--

XPXXX

XX----PP

P----X--

XX--XX



(ft) ment

20.0 08- -643.8 04-23-91

45.3 04-23-91

7.6 04-24-91

7.5 10-22-58

__

______

--

________--

____4.6 04-24-919.4 04-24-91

100.0 11- -59

________--

__ ____

18.8 04-24-91__

Yield(gai/min)

205.0

--

--

--

__

350

__20--

50

__1060--16

2030----

20

__--

5.02030

32----

6060

Date yield

measured

10-10-83__--

--

--

__

12-03-65

__01-20-87

--

--

__10-10-7105-28-81

--05-05-73

07-14-8005-01-73

----__

__----

12- -8312-19-78

05-08-73----

05-28-8101-19-77

Specific capacity

[(gal/min) /ft]

.26

.06--

--

--

__

--

__2.1--

--

__--

2.0--.07

.48

.91----.40

__--.09.11.33

.53----

1.41.1

Pumping period (hr)

4.0----

--

--

__

--

__2.0--

--

__

5.04.0--

5.0

1.73.0------

__----

3.02.0

4.0----

4.02.0


PP

--

--

__

__P,M--

--

__--P,MP,M--

P,M--------

__PPP,MP,M

__P,MPP,MP,M

69


Local number

!S-4E-08ccb01

lS-4E-08ccc01!S-4E-08dad0115-4E-08dca01!S-4E-08dca02

!S-4E-08dcd01!S-4E-08dda01!S-4E-08ddb01!S-4E-09aad01!S-4E-09aca01

!S-4E-09acb01!S-4E-09acc01!S-4E-09adb01!S-4E-09adb02lS-4E-09ccc01

!S-4E-09cdb01!S-4E-09cdc01!S-4E-10add0115-4E-10add02!S-4E-10baa01

!S-4E-10baa02!S-4E-10bac01!S-4E-10bac0215-4E-10bba01

!S-4E-10bba02!S-4E-10bba03!S-4E-10bba0415-4E-llbba01!S-4E-llbcc01!S-4E-llcbb01

15-4E-llbda01!S-4E-llcac0115-4E-llcca01!S-4E-17abb01!S-4E-17abb02

Lati tude

425911

425900425913425906425910

425905425907425911425940425932

425936425930425937425937425902

425907425904425927425926425951

425950425945425943425950

425948425949425951425949425929425923

425938425914425912425858425855

Longi tude

1082615

1082617108251810825291082529

10825301082514108252610824011082418

10824311082430108241210824101082501

10824481082449108225410822551082328

1082325108233910823361082348

108234210823421082344108223110822461082245

10822151082227108223010825411082540


05

05050505

0505050505

0505050505

0505050505

05050505

050505050505

0605060505

Altitude of land Source surface of (ft) data

4,980

4,9704,9554,9604,960

4,9604,9504,9604,9404,940

4,9404,9404,9404,9404,945

4,9404,9404,9154,9154,930

4,9304,9304,9304,925

4,9254,9254,9304,9134,9154,920

4,9204,9524,9804,9504,950

IMSIMSusesusesusesIHSIHSIHSIHS

usesIHSIHSusesIHS

IHSIHSUSGSUSGSUSGS

USGSUSGSUSGSUSGSIHS

IHSIHSIHSUSGS

USGSUSGSIHSUSGSUSGSUSGS

IHSUSGSIHSIHSIHS


124WDRV




124WDRV124WDRV111ALVM124WDRV

--


124WDRV111ALVM124WDRV112TRRC124WDRV124WDRV


--

Source of

lithologic log

D

----DD

__DDDD

DDDDD

D------D

DDDD

__--

DGDD

DGD--D

Date dri 1 1 ed

1970

--

1978--

__

1970197319551973

1975--

198919731989

1960--------

1961197819711948

195819551973196619881988

1981196619731981--

Use of

water

U

SHHH

CUHHH

UHHHI

P--UUH

UHUH

SSHUUH

HUHHU

Total depth (ft)

115

10400336200

400150400267270

27340540527080

51518060--

360

32397375274

10035

27316

276297

27683

275428176

70


Water levelOpenTop

(ft land

6595------6080115180

__

40316__

260

228375375260--

__----

--

27356365--

__--

246

261280

261--

265405

intervalBottom

below surface)

85115---- 75

100130185

50400--

270

273405405270

__

32397370--

__

273

276297

276

275428

Type of

open ing

PP------PPPP

__PX--

X

XXXX

__

----

--

PXP--

__

--

X--XX

X--XX

Depth below land

surface (ft)

6.8--

35.8--

32.8--------

__----

14.3

__

14.010.6

--

__ ----

6.15.8--

7.2--

1.4

__

22.4--

Date of

measure ment

04-25-91--

07-23-90--

07-23-90--------

__------

04-24-91

__10- -5804-23-91

__------

10-22-5804-24-91

--07-27-66

04-23-91

__06-07-66

Yield (gal/ min)

--1.0

15

6.0--

283.0

12

12-- --

50

30----

20

__

60102.0

__--

30--

20--

20--

1260



__- -58__

07-21-70

____

05-23-73 1.1__

05-22-73 .10

03-04-75____--

25

.21__

09-23-80

__

01-10-78 9.208-18-7110- -58

__

04-25-73 .47__

02-12-88 2.9

06-01-81 .45__

06-07-73

05-04-81 .87

Pumping period (hr)

------2.5

__--

5.0--

5.0

12.0------

__----

2.0

_-

2.012.0

--

4.0--

2.0--

4.0

5.04.0


----P,MP,M

P,M-- --

__

P,MP.M.T.RP.M.T.R

--

P,M,T--

P

P,M

_-

P,M--

_- --

P,MP,M

P,M----

P,M

71


Local number

!S-4E-17acd01!S-4E-17acd02!S-4E-17baa01!S-4E-17bcc01!S-4E-17bcc02

!S-4E-17dba01!S-4E-18add01!S-4E-18baa01!S-4E-18bba01!S-4E-18bbd01

!S-4E-18daa01!S-4E-20cad01!S-4E-25dc01!S-4E-26bbd01

lS-4E-28ccc01!S-4E-33daa01!S-5E-llacc01lS-5E-llbdd01!S-5E-12db01

!S-5E-13db01!S-5E-17dbd01!S-6E-07bcd01!S-6E-17dca01!S-6E-29ddc01

2S-lE-01abc012S-lE-05cac012S-lE-05cbb012S-lE-05ccc012S-lE-06ccb01

2S-lE-06ddd012S-lE-06ddd022S-lE-06ddd032S-lE-07aaa012S-lE-07aad01

2S-lE-07cac012S-lE-07daa012S-lE-07daa022S-lE-07dab012S-lE-07ddd01

Lati tude

425834425834425857425835425837

425832425834425854425856425848

425828425732425629425703

425628425556425931425932425922

425955425825425929425813425626

425517425452425502425442425446

425438425438425441425431425428

425358425408425407425408425346

Longi tude

10825351082533108254610826181082619

10825351082624108265710827201082721

1082629108254510820511082237

10825011082405108150310815121081344

10813451081829108130210811231081106

10842101084720108473710847351084849

10847411084742108474210847401084742

10848331084744108474810847551084743


0505050505

0505050505

05050605

0505060601

0106010101

4873737373

7373737373

7373737373


4,9304,9354,9504,9504,950

4,9404,9605,0055,0155,010

4,9604,9855,2655,260

5,0055,0255,0805,0605,197

5,1905,2855,2805,3505,330

5,5655,5555,5655,5755,635

5,5805,5805,5805,5805,585

5,6605,6105,6105,6205,600

Source of data

usesusesIHSIHSIHS

usesIHSUSGSUSGSUSGS

USGSUSGSUSGSBIABIA


USGSUSGSUSGSBIAUSGS

BIAUSGSUSGSUSGSUSGS


IHSUSGSIHSIHSUSGS


111ALVM111ALVM124WDRV124WDRV124WDRV



111HLCN111HLCN124WDRV111HLCN124WDRV


211LNCE

__

112TRRC112TRRC112TRRC211FRNR

112TRRC111ALVM112TRRC112TRRC112TRRC

__

211FRNR----

211FRNR

Source of

mho- logic log

DDD

__

DDDD

DD__

D

__

D--

D

__

D__--

----

D--

__--------

D--

DDD

Date drilled

197719701973

19571973196419641960

1957196519481969

__1965196519651965

19651951196519721950

1967196919631971--

_-

1962----

1957

19761958197019701963

Use of

water

SSH----

H--

HH--

HUNS

SUN0N

NNNSN

HHHU

0HSHH

UHUUH

Total depth (ft)

20

371200420

28039532033060

270102620395

4622

22534

800

800612960480107

4,570353550

150

608018

11

360350300290250

72


Water levelOpenTop

(ft land

..__

334165330

__

307213233--

__----

150300

__

20__

33300

304575284424

intervalBottom

below surface)

..__

371175420

__

395320330__

--

160330

__

22--

34600

754612955460

Type of

open ing

..--XpX

__

XXp--

__

----pp

__

p--pp

pppp

Depth below land

surface (ft)

7.36.7--

9.6--

__

22.830.035.0--

__

33.8----

7.92.0

22.223.8--

__--

220.0--

Date of

measure ment

04-24-9104-24-91

--07-24-90

--

__07-24-9011- -6410- -64

--

05-27-65

09-28-6509-27-6506-18-6504-22-91

--

__

12-22-65--

Yield(gai/min)

--561510

__

25102520

9.0--

130

__--

4.0--

331515--

Specific Water- Date capacity Pumping qual-

yield [(gal/min) period ity measured /ft] (hr) data

P__

02-01-77 .33 2.0 P,M07-26-70 P,M05-16-73

p05-15-73

.08 P__

.57

p __

pP.M

05-10-65 P,MP,MP,M

__ __ __ --

.11 4.0__

10

522 4,570

25 30

2.59.25.9

25.4

2.62.30.0

05-13-9105-17-9105-13-9105-13-91

05-13-9107-19-6507-19-65

P,M

4.3 07-19-65

73


Local number

2S-lE-17bbd012S-lE-17cda012S-lE-17cdb012S-lE-17cdb022S-lE-17cdb03

2S-lE-18acd012S-lE-18bcb012S-lE-18dba012S-lE-26add012S-2E-19acb01

2S-2E-19caa012S-2E-19ccc012S-3E-03bbc012S-3E-04aad012S-3E-04bbb01

2S-3E-04cab012S-3E-05dac012S-3E-05dba012S-3E-06ddc012S-3E-06ddd01

2S-3E-07aaa012S-3E-07aab012S-3E-07aab022S-3E-llaca012S-4E-07ac01

IS-lW-OlaccOl!S-lW-02bac01!S-lW-03ccb01!S-lW-04aac01!S-lW-04aac02

!S-lW-04aac03!S-lW-04adc01!S-lW-04add01!S-lW-04bcb01!S-lW-04bcc01

!S-lW-04ccb01lS-lW-04ccc011S-1W-04CCC02!S-lW-04cdb01!S-lW-04dac01

Lati

tude

425335425305425259425301425305

425319425328425318425136425216

425224425205425518425518425523

425459425456425504425441425441

425438425437425456425432425420

430121430029425959430030430028

430028430016430028430025430016

430000425951425951430000430002

Longi tude

10847301084712108471510847141084717

10848051084851108480310842551084058

10841121084135108310210831041083209

10831541083230108323410833401083333

10833341083337108333810829071082640

10856321085046108522110852401085236

10852381085239108523010853331085331

10853291085327108532810853101085238


7373737373

7373734747

4747414141

4141414141

4141410505

3433733434

3434333434

3487873434


5,5905,5405,5055,5105,520

5,5605,6205,5505,2805,210

5,2405,3705,0955,1005,030

5,1105,0705,0505,0705,060

5,0705,0705,0705,2355,240

5,7905,4905,5605,5505,560

5,5605,5655,5405,5905,590

5,6055,5955,5955,5855,561

Source of

data

IMSUSGSUSGSUSGSUSGS

USGSIMSUSGSUSGSBIA

IMSUSGSUSGSUSGSUSGS

USGSUSGSUSGSIMSIMS


IMSUSGSUSGSUSGSUSGS




112TRRC--


111ALVM111ALVM111ALVM111ALVM

--

__

331MDSN124WDRV124WDRV

--

124WDRV124WDRV111ALVM111ALVM

--


__

111ALVM--

111ALVM111ALVM



Source of

litho-

logic log

D---- --

__--------

__--------

D----

DD

D--

D----

D--DDD

__

DDDD

DDDDG

Date drilled

19761965--

1965--

__--

1960--

__

1983----

1906

19551955--

1984--

19531925195519661966

19881963196319631963

19731963196319631970

19631963196319631966

Use of

water

UHHHH

H--

SH--

__--

HUH

__--__

HU

HH--

SS

UHHUU

UUHUU

U--

UUU

Total depth (ft)

6085121322

17

1525--

__

2,930140----

150604047

200

140100408123300

51--262324

2424322121

2842332546

74



(ft below open-land surface) ing

Depth below Date land of

surface measure- (ft)____ment

Specific Water- Yield Date capacity Pumping qual- (gal/ yield [(gal/min) period ity min) measured /ft]__ (hr) data

48 6019.1 6.0 2.2 1.7

07-19-65 07-19-65 07-19-65 07-19-65

4.4 07-19-65P.M

P,M

2,640 2,930 262 - -90P.MP.M.TP

43 47 2020

4.0

01-26-84 10-04-85

6.7 2.0 2.0

P P P,M

P,M P

46 50--161615

__--

1817--

__

41-----_

191918

__

2118

__

42 --

--

PPP

__--

PP--

__

X-----_

5.24.010.010.4

10.310.6

9.67.9

10.324.55.16.010.3

05-01-9105-21-6305-22-6305-01-91

05-01-9105-01-91

05-02-9105-02-91

05-02-9105-03-6305-08-9107-11-6303-21-67

--

2015--

__

15

20--

__

12~

10

05-03-63

5.0 1.9

1.9

4.0

1.4

3.0 2.0

2.0

2.0

3.5

4.0

P,M

P

P

P

75

Table 3. Records for

Local number

!S-lW-04dad01!S-lW-04dca01lS-lW-05aac01!S-lW-05ada01!S-lW-05cbb01

!S-lW-05daa01!S-lW-05daa02!S-lW-05dab01!S-lW-05dab02!S-lW-05dda01

lS-lW-06ada01!S-lW-06caa01!S-lW-06cad01!S-lW-06cbc01!S-lW-06cca01

!S-lW-06cda01!S-lW-06cda02!S-lW-06cdd01!S-lW-06ddc01!S-lW-07dbd01

!S-lW-07dbd02!S-lW-07dcb01!S-lW-07dcb02!S-lW-07dda01!S-lW-07ddb02

!S-lW-08aba01!S-lW-08abb01lS-lW-08bba01IS-lW-OSccbOl!S-lW-08ccb02

lS-lW-08daa01!S-lW-08daa02!S-lW-08dca01!S-lW-08dca02lS-lW-08dda01

!S-lW-08dda02lS-lW-08ddb01!S-lW-09aab01!S-lW-09bbb01!S-lW-09bdc01

Lati tude

430003430000430033430024430013

430008430010430014430009425959

430023430008430002430008430000

430001425958425950425950425910

425914425908425907425905425906

425946425954425945425907425907

425916425920425907425907425907

425907425905425945425947425924

Longi tude

10852261085245108535010853381085329

10853371085342108535210853521085335

10854521085525108552510855481085545

10855271085529108552510854591085506

10855081085514108551310854491085500

10853581085408108543110854421085443

10853401085336108535510853561085336

10853371085350108523210853261085310


3334343434

3434343487

3434343487

3487878787

8787878787

8787878787

8787878787

8787878787


5,5405,5705,6005,6005,600

5,6105,6105,6205,6205,630

5,6605,7005,7005,7305,720

5,7055,7105,7005,6755,710

5,7205,7205,7205,6905,700

5,6205,6305,6505,6805,675

5,6205,6155,6355,6405,620

5,6205,6305,5655,6005,590

Source of

data

USGSIHSUSGSIHSUSGS

IHSIHSUSGSUSGSIHS

USGSUSGSUSGSIHSIHS

USGSIHSUSGSUSGSUSGS

IHSUSGSIHSIHSIHS

USGSIHSUSGSUSGSUSGS

USGSUSGSUSGSIHSUSGS

IHSIHSUSGSIHSUSGS




211CODY111ALVM111ALVM111ALVM111ALVM

111ALVM211FRNR211CODY111ALVM111ALVM

211FRNR111ALVM111ALVM111ALVM111ALVM

111ALVM111ALVM111ALVM211FRNR111ALVM


211CODY


Source of

lithologic log

D0 DD

00DDD

D000D

DD0DD

D0D0D

00DD

DDDD0

DDDDD

Date drilled

19631963--

19761963

19631977196319631963

19631978196319631978

1963197619631963--

19821963196319631963

1963198319631943--

19631963196319631963

19711975--

19631963

Use of

water

UUHU

UHUUU

UHUU

H----UU

--UU

-- UHU

UUU

U-- U

Total depth (ft)

2626--4333

2787284222

5840202536

23201622355

7243223127

313025

54814

10020403243

100100303036

76




18--31--

26-- --

16

29----

15--

__

185--

20--

5035131520

__

24--

452--

109

11238

25----

2826

21--

43--

27------

17

32----

18

__

200--

23--

7040162025

__

28

548

1612162610

35----

3029

Type of

open ing

P--P--

X ----P

P----P--

__P--P--

sPPPP

__

P--

X--

PPPPP

P --

XP



(ft) ment

6.2

12.0--9.0

__ 8.810.4--

5.0--

8.0----

8.5----

4.48.4

__

18.0------

10.0--3.00.75.9

3.02.611.5 --

__

6.0

3.1

05-02-91

05-06-91--

05-04-63

__

05-02-9105-02-91

--

06-03-63--

04-20-63--

05-08-91----

05-08-9105-13-91

__04-05-63

------

05-20-63

05-08-9107-02-6805-09-91

04-09-6305-08-9104-06-63 --

__

05-09-91

05-09-91

Yield(gai/m1n)

15 15--1520

1520126.0

10

1020101516

__

1.05.0

10--

7.010121215

1020------

401025107.0

8.010

1510


yield [(gal/m1n) measured /ft]

05-27-63--

09-24-76--

10-01-6302-07-77

----

06-19-63

__06-26-78

--06-17-6303-28-78

__08-07-76

------

07-23-82

06-06-6304-08-6304-04-63

__01-26-84

----

__----

04-25-63--

10-07-7104-29-75

--05-03-63

--

3.0

--

1.93.3

__

104.02.0--

.676.72.5--

8.0

__--

.152.5--

.272.0------

5.05.0------

4010

----

7.0

.20

.20 --

1.0

Pumping period (hr)

2.0 2.0--

2.02.0

2.52.03.03.01.5

3.0120.0

3.01.52.0

__--

6.03.0--

2.02.02.02.02.0

5.02.0------

6.05.05.02.54.0

2.01.0--

3.03.0


P

--P,MP

__P,MP----

PP.M.TP--P,M

__P,M--PP,M

P,MP------

PP,M--P,M--

P--

P----

__--P--P

77


Local number

!S-lW-09dac0115-lW-09dac02IS-lW-lObcdOlIS-lW-lOcbcOl!S-lW-10cbc02

IS-lW-lOcbdOlIS-lW-lOcdaOlIS-lW-lOcddOllS-lW-15cca01!S-lW-16bcb01

!S-lW-16cda01!S-lW-16cdb01lS-lW-18bab01!S-lW-18bab02lS-lW-18bcc01

lS-lW-18cbb01lS-lW-18cbc01lS-lW-18cca01lS-lW-18ccc01!S-lW-18ccc02

!S-lW-18ccc03!S-lW-19bbb01!S-lW-19bbb02lS-lW-19bbc01!S-lW-23abc01

!S-lW-23abc02!S-lW-23abc0315-lW-23bac01!S-lW-25dcd01!S-lW-26ddb01

!S-lW-26ddc01!S-lW-36caa01

!S-lW-36caa02

!S-2W-01acc01!S-2W-01caa01!S-2W-01cba01!S-2W-01cba02!S-2W-01cbd01

Lati tude

425913425914425923425913425914

425914425903425902425816425838

425818425817425853425855425833

425828425821425813425808425806

425809425803425801425757425753

425752425753425752425620425629

425623425548

425552

430017430014430009430011430005

Longi tude

10852351085233108521210852151085216

10852061085151108515010852121085332

10853051085309108553010855321085549

10855551085547108554510855541085553

10855501085554108555410855571085035

10850331085030108505210849091085014

10850221084928

1084928

10856301085633108565310856531085652


8787737373

7373737387

8787878787

8787878787

8787878773

7373737373

7373

73

3434343434


5,5805,5655,5605,5555,560

5,5505,5455,5455,6005,625

5,6005,6005,7405,7455,770

5,7905,7755,7805,8005,790

5,7905,8005,7905,8005,590

5,5905,6905,6105,5605,610

5,6055,640

5,630

5,7805,7805,8005,8005,795

Source of data

USGSUSGSUSGSUSGSIMS


IMSIMSUSGSUSGSUSGS

IMSUSGSIHSIMSIHS

IHSUSGSIHSIHSIHS

IHSIHSIHSUSGSUSGS

USGSIHSIHSIHSIHS

IHSIHSUSGSIHSUSGS



--

111ALVM111ALVM111ALVM211FRNR111ALVM


217CLVL111ALVM217CLVL217CLVL

--

217CLVL111ALVM217CLVL111ALVM

--

111HLCN--

211CODY111HLCN211FRNR

111HLCN211FRNR

--

111ALVM211FRNR111ALVM111ALVM111ALVM

Source of

Htho- loglc log

D--DDD

0DDDD

DDD----

D0DDD

DDDD--

DDD----

--D

D

DD--D--

Date drilled

1963--

196319631963

19631963197619901963

1963196319631970--

19761963197619711979

1963196319881963--

1963--

196919601956

1981

1982

19821979--

19801963

Use of

water

ZU--HU

HUUSU

HUUHU

H--H----

U------H

UUUSH

SH

H

HHUHU

Total depth (ft)

40--

4060

200

604854

10023

38763230--

15833

18215060

41217050--

401601111081

15200

198

2551--

55--

78




8--2533

19209

38 16

__

6123----

13420

172140--

__153915

11--

2837

22232242 19

__

7626----

15824

182150--

__

204318

Type of

open ing

P PP

PPPSP

__XP----

XPXP--

__

PSP



(ft) ment

5.05.89.0

4.57.04.2

37.5 7.9

__--

12.216.28.2

__7.5------

__5.5----

05-20-6305-09-9105-15-63

--

05-01-9107-01-6305-02-9106-26-90 05-09-91

__

05-03-9105-13-9105-13-91

__05-13-91

------

__04-01-63

--

Specific Yield Date capacity (gal/ yield [(gal/min) min) measured /ft]

15__20--

1015__2.0 - -90

12

2.0 07-01-632.0 05-07-63

15__

12 12- -76105.0 11-01-76

10 10-19-7120 02-20-79

15 03-31-632020 02-22-8820 04-01-63

5.0--

2.9--

2.01.9--.12

12

__--

1.4----

2.41.0--.33

4.0

__2.04.0

Pumping period (hr)

2.0--2.0

1.02.0--2.0 2.0

__--2.0----

2.01.0 2.02.0

2.54.02.02.0


P--P--

PP,MP.M.T P

__ ------

__PP,MP,MP,M

__PP,M

34

38

6497

13718

21

40

48

6699

14422

25

1.0 6.6

7.0

07-20-65 07-20-65

07-20-65

13.3 05-08-91

15

3.0 6.0

20

3.0

6.020

12

08-06-63

12-01-69 .75

12-04-81

07-14-82

11-02-82 11-30-79

10-23-80

.22

0.60 3.3

2.0

2.7

2.0

2.0

2.0 2.0

P,M

P,M

P

P,M

P,M

79


Local number

15-2W-01cbd02!S-2W-01ccd01!S-2W-01dac01!S-2W-01dac02!S-2W-01dad01

!S-2W-01dba01!S-2W-01dba02!S-2W-01dbb01!S-2W-01dbb02!S-2W-01dbb03

!S-2W-01dbd01!S-2W-01dbd02!S-2W-01dbd03!S-2W-01dca01!S-2W-01dcd01

15-2W-01dcd02!S-2W-01dda0115-2W-02adc01!S-2W-02dda01!S-2W-02ddaU2

!S-2W-02ddb01!S-2W-02ddd01!S-2W-02ddd02!S-2W-13abd01!S-2W-13aca01

!S-2W-13aca0215-2W-13aca03!S-2W-13cca01!S-2W-13ddd01!S-2W-24aad01

!S-2W-24ada01!S-2W-24ada0215-2W-24ada03!S-2W-24adc01!S-2W-24dab01

15-2W-24dca01!S-2W-24dcb0115-2W-24dcb02!S-2W-24dcb03!S-2W-24dcb04

Lati tude

430008425953430005430008430005

430010430010430006430014430010

430006430007430005425957425955

425954430001430019425957425956

430000425950425950425846425844

425842425843425831425810425758

425749425747425750425744425740

425727425722425725425725425722

Longi tude

10856521085653108561010856121085602

10856231085618108561810856281085630

10856181085622108561510856161085623

10856221085615108562310857121085715

10857241085713108571510856141085605

10856161085619108563610855591085602

10856011085612108560210856131085611

10856231085627108562510856301085632


3487343434

3434343434

3434348787

8734348787

8787878787

8787878787

8787878787

8787878787


5,8005,8005,7505,7605,745

5,7605,7605,7605,7805,770

5,7605,7655,7805,7805,755

5,7555,7405,8305,8205,830

5,8305,8405,8405,8805,820

5,8105,8305,8505,8005,820

5,8255,8505,8305,8505,850

5,8705,8805,8705,8905,880

Source of data

IMSUSGSIMSIMSUSGS

USGSIMSIMSIMSIMS

USGSUSGSIHSUSGSUSGS

USGSUSGSIHSUSGSUSGS

IHSIHSUSGSIHSIHS

IHSIHSIHSUSGSIHS

USGSIHSIHSIHSUSGS

IHSUSGSIHSIHSIHS



211FRNR111ALVM111ALVM111ALVM111ALVM


111ALVM111ALVM

--111ALVM111ALVM


--111ALVM

111ALVM----

111ALVM217CLVL

221SNDC221JRSCU221JRSCU221JRSCU

--

227NGGT227NGGT227NGGT227NGGT111ALVM

Source of

lithologic log

DDDD

DDDDD

DDDDD

DDD--

DDDDD

DDDDD

DDDD--

DDDDD

Date drilled

1963197619781963

19631978196319781982

19631982196319631963

19801963198019551990

19761976198419631976

19851982--

19631987

1963198719881978

19831963198319801975

Use of

water

H--HHU

UHHHH

UUHZU

HZHHU

__--UU--

HHHU--

H U__--

P ----

Total depth (ft)

..37423928

5651204038

5734482038

402560----

5065478539

93908170

150

411008010590

55401006349

80




26--

22

__

22 --

34

21302112

24

51----

__

6240

--

__

75

1236

364146

__

34----

--

36--

23

__

25----

38

24342416

30

60----

__6544

--

__

90

1540

404550

__

40 --

Type of

open ing

--

P--P

__S --P

PSPP

P

X----

__

PP

--

__

P

PS

PSS

__

X----



(ft) ment

20.0 04-16-63____9.8 05-08-91

8.0 06-06-63________

6.0 06-08-638.3 05-08-91____

9.2 05-08-91 10.0 04-18-63__

12.9 05-08-9120.6 05-08-91

__ ____

26.3 05-08-91

--

__--

9.0 04-03-63--

____

--

__ __

17.5 03-29-63____

Yield(gai/min)

151520--

5.04.0

152420

20----

6.0

1220----

1815--

--

2020

7.020

155.05.0

20

90109020



04-16-6310-08-7606-29-78

--

__12-12-7805-20-6302-06-7811-02-82

__------

--

10-14-80--

06-29-7604-03-76

--

--

05-20-8511-02-82

__03-23-87

__03-23-87

05-09-88 06-30-78

08-29-90--

08-29-8310-15-80

--

.912.9--

.16

.17--

1213

5.0----

2.0

6.0.83--

__ --

--

1.5.87

.233.1

3.81.7.42

8.23.3--

4.0

Pumping period (hr)

2.02.02.0--

3.02.03.02.02.0

2.0----

4.0

3.02.0--

2.04.0--

--

2.02.0

2.02.0

2.02.02.0 2.0

2.02.02.02.0

Water- qual

ity data

P,M PP,MP,M--

PP,M--

P.M--

P------

P,M PP,M----

__--

P,M

P,M

P,M--

PP,M

__

P,MP,M P,M P

__

P--

P,M

81


SourceQuad- Altitude of rangle of land Source Principal litho- Use Total

Local number

!S-2W-26aad01!S-2W-26ada01!S-2W-26ada02!S-2W-26add012S-lW-01ddd01

2S-lW-13adb012S-lW-13adb02

Lati

tude

425655425657425657430004425439

425326425327

Longi tude

10857071085710108571010856521084851

10849021084905

map code

8787873473

7373

surface (ft)

5,9605,9805,9805,7905,645

5,6205,630

of data

IMSUSGSIMSIMSUSGS

IMSIMS

geologic source

231CGTR231CGTR231CGTR111ALVM112TRRC

111ALVM111ALVM

logic log

DDDD

DD

Date drilled

1983196319781963

19791979

of water

HUHHS

PP

depth (ft)

3756

1012171

4233

82



(ft belowland surface)

21 2548 55__

Typeof

opening

PP--


landsurface(«)..

32.0--

ofmeasure

ment

..03-30-63

--

Yield(gai/m1n)

189.0

--

Dateyield

measured

12-08-83----

Specificcapacity

[(gal/min)/ft]

1.04.5--

Pumpingperiod(hr)

2.02.0--

Water-qualitydata

P,MPP,M

13 16--

2821

--

4033

--

SS

56.9 05-13-91

6045

--

11-07-7911-07-79

123.5

--

2.02.0

P

P,M--

83

Table 4.--Records for selected springs

[Local number: township-range-sectlon location, see text for description of numbering system. Latitude: degrees, minutes, and seconds of north latitude; Longitude: degrees, minutes, and seconds of west longitude. Names of springs shown in this table are found on 7.5-minute quadrangle maps. Quadrangle map code: see table 1. Altitude of land surface, in feet above sea level. Principal geologic source: see table 2. Water-quality data: P, water-quality properties, see table 5; M, major inorganic constituents, see table 6; T, trace elements, see table 7; R, radiochemical constituents, see table 8. Abbreviations: ft, feet; gal/min, gallons per minute. --, no data; Mtn., Mountain]

Local number

!N-4E-13dbd01!N-4E-13dcc01!N-4E-13dcc02!N-4E-25abd01!N-4E-25aca01

!N-4E-29cbd01!N-5E-15aad01!N-5E-23bdb01!N-6E-03bab01!N-6E-05baa01

!N-6E-16baa01!N-6E-16cac012N-6E-33cda012N-6E-33cdb012N-6E-34bbb01

5N-3E-03ada015N-4E-01bbd015N-4E-01ddd015N-4E-02aba015N-4E-12ada01

5N-5E-04ddc015N-5E-09cac015N-5E-10cdd016N-lE-01cad016N-lE-01cda01

6N-lE-01dbc016N-lE-01dbc026N-2E-06cab016N-3E-04cdb016N-3E-04dac01

6N-3E-05dac016N-3E-06ada016N-3E-06baa016N-3E-08dca016N-3E-09ddc01

Lati

tude

430337430323430323430216430211

430150430406430305430555430557

430414430341430612430612430647

432628432635432556432637432536

432555432514432503433124433117

433123433118433125433117433123

433122433141433151433023433014

Quad rangle

Longi- Spring(s) map tude name code

10820381082054108205410820471082041

10826091081550108152210809201081137 Gerton

108102910810321081029 Finley10810351090945 Drip

1082952108211710820221082147 Shearing Pen1082019

10816511081732108161310842161084223

10842061084210108411610831441083109

10832181083329108335710832271083114

7474747474

7674744242

4242424242

5459595959

5959597878

7878784545

4545454545

Altitude of land Principal surface geologic

(ft) source

4,800 112TRRC4,860 112TRRC4,860 112TRRC4,880 112TRRC4,880 112TRRC

5,100 112TRRC4,9004,9405,1305,110

5,2705,3005,0805,0804,970

5,5905,5005,3605,4505,300

5,3805,2005,1306,5806,460

6,5206,5106,4006,9206,760

7,0707,4007,5006,7407,040

Water- Yield Date qual- (gal/ yield ity min) measured data

______

________--

__ __ __25 08-17-60__----

______--

________--

__--______

____------

84

Table 4.--Records for selected springs Continued

Local number

6N-3E-10cbb016N-3E-13ddb016N-3E-14cda016N-3E-18dda016N-3E-18ddd01

6N-3E-19add016N-3E-23aab016N-4E-06bda016N-4E-26dca016N-4E-29bcc01

6N-4E-29cac016N-4E-29ddb016N-4E-30ddb016N-4E-31acb016N-4E-31dbb01

6N-4E-32bcc016N-4E-34acb016N-4E-35cbb016N-4E-35cda016N-4E-36abb01

6N-4E-36acb016N-5E-04dcd016N-5E-09adb016N-5E-09bad016N-5E-17add01

6N-5E-25bbd016N-5E-27dbd016N-5E-27dad016N-5E-30ddb016N-6E-05ddd01

6N-6E-15bca016N-6E-28acd016N-6E-34ccb017N-lE-14dac017N-lE-16cbc01

7N-lE-17dab017N-lE-21aaa017N-lE-22bcb017N-lE-27aab017N-lE-32dcaUl

Lati

tude

433032432930432927432922432931

432858432916433141432746432802

432749432746432746432718432706

432713432718432703432651432731

432718433110433050433055432947

432819432750432754432745433107

432957430956432652433450433446

433457433425433414433334433207

Longi tude

10830521082740108291810833281083324

10833301082849108264910821511082612

10825541082518108263010826421082645

10826081082310108223110822101082049

10820471081705108165510817221081800

10814091081556108153810819221081054

10809231080956108092710843041084621

10846421084522108451010844201084644

Quad rangle

Spring(s) map name code

45Black Rock 54

544343

4354715954

Mexican 5454545454

54Indian Trails 54Water Cress 54

5959

5965

Red 6565

Jergens 59

16Twin 59Twin 59Nlcholson 59

84

1616167810

1010107810

Altitude of land Principal Yield surface geologic (gal/

(ft) source min)

6,8706,380 4.06,9506,1906,140

6,0306,6805,7206,1405,720 -- 135

5,600 -- 9.05,580 -- 1.05,6505,5005,440

5,4405,5105,5905,5206,040

5,9005,950 231CGTR 2.05,840 231CGTR 8.05,7006,200

6,8806,7506,7306,7004,520

4,7004,9405,4308,150 -- 108,360

8,4607,6207,5507,6106,390

Water- Date qual-

yield ity measured data

10-18-89 P.M.T____--

____--__

10-18-89 P.M.T

10-18-89 P.M.T10-18-89 P __--

__ ________--

__ __

07-28-89 P,M,T07-28-89 P,M,T

__--

__ ________--

______

08-12-60--

__ ________

85

Table 4. Records for selected springs Continued

Local number

7N-lE-32ddc017N-lE-33abd017N-2E-05acc017N-2E-05bab017N-2E-12acb01

7N-2E-17bbd017N-2E-17cca017N-2E-19abb017N -2E-35dcd017N-3E-01bac01

7N-3E-02abb017N-3E-09acd017N-3E-12ddd017N-3E-13dcc017N-3E-15ccc01

7N-3E-22cca017N-3E-35acc017N-3E-36CCC017N-4E-08bcc017N-4E-19dbb01

7N-4E-20cdc017N-4E-28cad017N-4E-28cbd017N-4E-29dda017N-5E-31dac01

7N-5E-31cda018N-lE-28cdc018N-lE-28dcc018N-lE-31ada018N-2E-llbac01

8N-2E-llcba018N-2E-12bcc018N-2E-13aba018N-2E-13acc018N-2E-34acc01

8N-3E-02dda018N-3E-05cbb018N-3E-06ddc018N-3E-30bca018N-3E-32abc01

Lati tude

433202433239433645433708433601

433518433446433431433202433656

433705433557433522433436433436

433352433229433157433550433402

433343433301433304433301433208

433207433804433807433745434113

434105434102434030434018433740

434140434157434129433828433744

Longi tude

10846401084539108395010840081083504

10840121084020108405810836071082813

10829081083119108272310827561083057

10830401082906108283010826081082644

10825481082430108244810825031081944

10819431084606108454610847401083630

10836381083534108345510835071083700

10828391083320108333210834161083234

Quad rangle

Sprlng(s) map name code

--------

__ ----

Whltney--

B1g Table Mtn.Red

--

__Val DayRainwaterSweetwaterMcQueen

Merrill--

Potato Butte

Little Eagle

Big Eagle----

Blue Hill

__KnightLove

--

__--

BogholeChokecherryIron Creek

1010787845

7878784571

7145717145

4571717171

7171717165

6503030307

0707070707

8107070707

Altitude Water- of land Principal Yield Date qual- surface geologic (gal/ yield 1ty

(ft) source m1n) measured data

8,280 2.0 10-13-606,540 -- 0.3 10-13-607,9407,7306,740

8,5008,8508,7107,3405,360

5,4205,8005,9805,7506,100

6,3005,8706,0005,5005,530

5,4605,1605,2205,2605,320 231CGTR 6.0 07-28-89 P,M,T

5,3107,4807,3708,2805,780 211FRNR .6 06-22-89 P.M

5,9605,740 217CLVL 1.2 06-21-89 P,M5,860 211FRNR .2 06-21-89 P,M5,9606,260

5,020 ~ P5,3305,4005,840 16 06-21-89 P,M5,940 4.0 06-21-89 P,M

86


Local number

9N-2E-35bdb01lN-lW-06ddd01!N-lW-07aba01IN-lW-OSccbOl!N-lW-19ada01

!N-lW-20ccb01!N-lW-29bdb01!N-lW-35cbb01!N-2W-08ddc01!N-2W-17aca01

!N-2W-19ccb01!N-2W-20aad01!N-2W-20ada01!N-3W-23bab01!N-4W-04ddb01

!N-4W-14bdd01!N-4W-15bcc01!N-4W-33aba01!N-4W-33cdb01!N-4W-34bbc01

2N-lW-20bda012N-3W-19dda012N-3W-22bad012N-3W-30aba012N-4W-27aaa01

2N-5W-18baa012N-6W-02aad012N-6W-02dca012N-6W-14bcc012N-6W-14bcd01

2N-6W-14dca013N-3W-30bcb013N-4W-lldbd013N-4W-18adc013N-4W-23dcc01

3N-4W-25aaa013N-4W-32bca013N-5W-10bcb013N-5W-21acb013N-5W-27cda01

Lati

tude

434301430503430455430415430258

430236430211430104430415430356

430237430308430301430317430512

430347430348430131430048430120

430814430750430819430739430735

430923431050431028430904430901

430843431233431450431410431254

431251431144431515431326431211

Longi- Spring(s) tude name

10836271085448108550910854351085448

108543810854201085110 Tar10900561090100

10902591090044109005610905071091355

1091201 Wild Horse1091340109140410914321091337

10854131090901109060710909201091234 Austin

10923511092539109254910926411092631

10925541091004109114310916151091150

10910091091553109204310921181092022


0734343434

3434338888

8888888880

8080808080

0818171818

1313131313

1318184618

1846194646

Altitude Water- of land Principal Yield Date qual- surface geologic (gal/ yield ity

(ft) source min) measured data

5,420 9.4 03-06-89 P.M.T.R5,7205,7205,7205,820

5,8505,840 112TRRC .3 08-01-89 P.M.T5,4906,5806,680

7,1006,7506,8706,6809,080

9,4809,68010,04010,3009,900

5,8806,9306,5007,1408,460

11,00010,68010,84011,12011,060

11,0806,9306,5106,9206,890

6,9407,9607,520 361BGRN 628 06-28-90 P.M.T9,1608,960

87


Local number

4N-4W-18cad014N-5W-14dcd014N-5W-20ccb014N-5W-20ccc014N-6W-01aca01

4N-6W-35cbd015N-2W-33bbc015N-4W-12aab015N-6W-14ddb016N-2W-05bbc01

6N-2W-08dda016N-2W-22cba016N-2W-22cbb016N-2W-22cbb026N-2W-24bcd01

6N-2W-26dba016N-3W-06acb016N-4W-09acb016N-4W-09dbb016N-4W-23bdc01

6N-5W-05cdc017N-lW-01cad017N-lW-22acb017N-lW-22bac017N-lW-23aca01

7N-lW-23bcb017N-lW-25aba017N-2W-13bbd017N-2W-15cda017N-3W-03dbc01

7N-3W-05ada017N-3W-08aca017N-3W-10aca017N-3W-llbaa017N-3W-17abc01

7N-3W-26dbc017N-3W-32dad017N-4W-09dbd017N-4W-22bac017N-4W-22cda01

Lati tude

431911431857431814431806432116

431639432220432552432421433148

433022432856432854432851432857

432802433144433037433053432902

433113433637433419433428433420

433420433338433518433444433632

433653433603433605433616433519

433306433213433546433428433356

Longi- Spring(s) tude name

10916461091853109231010923071092440

1092633 Cold1090034109102910926021090141 Red

109004210859121085922 Maverick10859171085653

10857231090931109142110914221091220

10923011084928108514110852001085027

10851091084913 Warm1085659 Trickle1085902 Antelope1090604

1090755 Bald Mtn.1090813 Pasup109055310904561090814

10904471090754109141410913291091322


1919393939

3924261221

2153535353

5344444426

0910101010

1010040421

4444212144

2144444444


(ft) source min)

6,4006,920 231CGTR 758,4408,3806,580 331MDSN 94

9,560 374FLTD 856,1806,790

231CGTR7,080

6,880221SNDC

6,650 221GPSP 126,6506,580

6,6607,3807,6007,4607,100

7,3308,330 400PCMB 1.16,5806,5806,630

6,590 6.06,620 3506,9407,4108,520

8,8408,2408,4408,0008,040

7,1607,3608,9809,1608,880

Water- Date qual-


«_.

06-29-90 P,M,T __

06-29-90 P,M,T

06-28-90 P.M.T__

P

__P

09-04-89 P.M.T__--

________

__08-06-89 P.M.T

--

08-06-89 P.M.T08-06-89 P.M.T ----

__----

-- --

88

Table 4.--Records for selected springs--Cont1nued

Local number

7N-4W-27ada017N-4W-27ddd017N-4W-30aac017N-4W-30aca017N-4W-30ccb01

7N-4W-33daa017N-5W-02ccc017N-5W-03ada017N-5W-04aac017N-5W-09adc01

7N-5W-10bcb017N-5W-10bdc017N-5W-10ccd017N-5W-lldbb017N-5W-13bac01

7N-5W-13bca017N-5W-13bdb017N-5W-13dba018N-lW-25cca018N-lW-25cdd01

8N-lW-35ccc018N-lW-35ddc018N-lW-36bca018N-2W-31ccd018N-3W-07aab01

8N-3W-08aad018N-3W-16add018N-3W-19bdd018N-3W-20bcc018N-3W-20cba01

8N-3W-20ccb018N-3W-21bbb018N-3W-21dcb018N-3W-28abd018N-3W-28bbb01

8N-3W-30acd01

8N-3W-31abb018N-3W-31abd018N-3W-32aad018N-3W-36dba01

Lati tude

433326433257433335433329433304

433226433625433657433703433557

433603433600433531433555433520

433510433515433500433813433805

433717433715433744433713434127

434120434017433923433926433915

433906433942433906433843433854

433835

433801433751433757433733

Longi- SpMng(s) tude name

10912441091255109161910916321091716

10913551091942109195210921141092117

1092036109203710920481091905 Cantell1091809

10918231091817109174210849581084931

10851081085017108495010902551090924

10908011090651109094710909011090855

1090901109074710907151090702 Mud1090752

1090926 Little DryMuddy

1090937109092710907581090327


4444222222

4422222222

2222222222

2222220303

1010032158

5886585858

5858868658

58

58585886


(ft) source m1n)

8,8009,3608,860 400PCMB 8.08,7608,680 361BGRN .3

9,2807,9608,2408,0007,700

7,8407,6607,6408,340 124TPTL 8.08,400 124TPTL 37

8,250 208,420 124TPTL 148,3607,4007,440

8,3007,9307,6209,0008,750

8,6008,600 1.510,0409,8809,880

9,7709,5809,2309,1909,220

9,500

9,5609,6209,1809,040

Water- Date qual-


..

09-05-89 P.M.T__

09-05-89 P.M.T

______ --

__ __

10-19-89 P.M.T10-19-89 P.M.T

08-30-60

10-19-89 P.M.T____--

____ --

_ -.

10-19-89 P,M __

__ ____ __

__-- __

89


Local number

8N-4W-24dca018N-4W-36add012S-lE-12cbc01!S-lW-02aad01

!S-lW-04aac04

!S-2W-22cad01!S-2W-22cbb01!S-2W-24bcb01!S-2W-32acd01!S-2W-35ddc01

2S-lW-01bbd012S-lW-01bca012S-lW-07bbd012S-lW-18cdd012S-lW-19aba01

2S-lW-20bba012S-lW-20bdb012S-2W-01dca012S-2W-04dcc012S-2W-13add01

2S-2W-20abc012S-2W-21abb012S-2W-24ccb01

Lati

tude

433909433746425359430029

430030

425730425734425752425600425535

425520425510425428425300425251

425253425238425446425439425321

425244425249425214

Longi tude

1091034109101810842531085005

1085233

10858551085927108570410901021085719

10849471084948108554110855261085505

10854281085422108561710900031085604

109011410859561085706

Quad rangle

Spr1ng(s) map name code

585848

Washakie 33MineralHot Springs

34

8787875787

7373878787

878787

Blue 5787

5787

Charcoal 61

Altitude Water- of land Principal Yield Date qual- surface geologic (gal/ yield ity

(ft) source min) measured data

10,0809,4405,5605,480 317TSLP 332 10-20-89 P.M.T.R

5,540 111ALVM 10 05-02-91

6,1006,370 20 09-02-895,8707,9206,360

5,7405,7206,2206,7806,660

6,3306,440 311PSPR 1.0 08-01-89 P.M.T6,3008,3406,790

9,1608,5608,024

90

Table 5.--Water-quality properties of water samples from selected wells and springs

[Local number: township-range-section location, see text for description of numbering system.Site type: W, well; S, spring. Principal geologic source: see table 2.U.S. Geological Survey; IHS, Indian Health Service. Abbreviations:per centimeter at 25 degrees Celsius; lab, laboratory. C, degrees Celsius; --, no data]

Source of data: USGS, /iS/cm at 25 C, microsiemens

Local number

!N-lE-03bbb01!N-lE-28acc01!N-lE-28ada01!N-lE-31aba01!N-lE-33bbb01

lN-lE-34bcb01!N-lE-35dbb01lN-lE-36cb01!N-2E-03daa01

!N-2E-31ddb01!N-2E-32dca01!N-3E-17add01!N-3E-21dda01!N-3E-22bdc01

!N-3E-22bdd01!N-3E-23cca01!N-3E-29bbc01!N-3E-34ddd01lN-4E-02cdb01

!N-4E-03ddd01

!N-4E-llccd01!N-4E-12ccc01!N-4E-14dcb01

!N-4E-19cbd01!N-4E-20cdd01!N-4E-24caa01!N-4E-27cda01!N-4E-27ddd01

Site type

WWWWW

WWWW

WWWWW

WWWWW

W

WWW

WWWWW


124WDRV111ALVM111ALVM100CNZC211FRNR

111ALVM111ALVM211CODY111ALVM



124WDRV

--

124WDRV124WDRV

124WDRV124WDRV

--

124WDRV124WDRV

Date of

sample

08-31-6605-05-8801-13-8408-07-9007-02-68

11-02-6611-18-7005-18-4510-15-4807-02-68

05-17-7605-21-7611-08-6507-24-8005-24-78

10-14-8110-31-8007-22-8006-01-7603-14-79

10-20-4807-16-6808-19-8710-21-4808-19-87

11-26-8605-19-8810-21-4810-21-6010-22-4809-23-5412-03-65

Source of

data

USGSIHSIHSUSGSUSGS

USGSIHSUSGSUSGSUSGS

IHSIHSUSGSIHSIHS

IHSIHSIHSIHSIHS


IHSIHSUSGSUSGSUSGSUSGSUSGS

Specific conductance (jiS/cm at 25°C)

Onsite Lab

6201,1201,300

4582,350

1,8602,1802,660

435443

1,400870

743540690

599630620750700

7841,320

629385618

688590

1,090574664613

600

Onsite tem- pera-

Onsite ture PH (°C)

11.5____

8.0 18.510.0

____--

9.510.0

____

8.4 --

______--

11.013.0

__

10.5--

____

10.014.013.012.510.0

91

Table 5.--Water-qualIty properties of water samples from selected wells and springs Continued

Local number

!N-4E-29bba02!N-4E-29bba03!N-4E-29bba04!N-4E-29bbc01!N-4E-31dcc01

!N-4E-32adb01!N-4E-32bda01!N-4E-34add01

!N-4E-34bac01

!N-4E-34bbd01lN-5E-10dcd01

!N-5E-15aab012N-lE-13ccc012N-lE-23dad012N-lE-24bba012N-lE-24ccd01

2N-lE-25cdd012N-lE-26abd012N-lE-26bad012N-lE-26daa012N-lE-27bcb01

2N-lE-36aaa012N-lE-36bda012N-lE-36bdb012N-2E-31add012N-2E-31bcc01

2N-2E-32cbb022N-2E-32ccb012N-5E-19dda012N-5E-19ddb012N-5E-28bbb01

2N-5E-29aaa012N-5E-29aab012N-5E-29aab022N-5E-29aba012N-5E-29cdd02

Site type

WWWWW

WWW

W

WW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW



111ALVM124WDRV124WDRV

124WDRV

124WDRV124WDRV

111HLCN111ALVM124WDRV124WDRV124WDRV



111ALVM111ALVM124WDRV124WDRV124WDRV


Date of

sample

09-02-8111-20-8709-20-8310-05-8111-06-65

10-15-4810-15-4810-27-5112- -6512-02-65

12- -6512-02-6510-26-5105-28-6506-18-65

09-28-6509-15-6510-08-8105-20-8709-15-65

09-15-6510-23-8609-01-8908-10-8108-23-66

09-15-6509-01-8902-08-8509-15-6509-15-65

04-18-8509-15-6510-13-8010-13-8003-04-79

02-25-8511-18-8309-14-8706-14-7902-20-79

Source of

data

IHSIMSIHSIHSuses

usesusesusesusesuses

usesusesusesusesuses

USGSusesIHSIHSUSGS

USGSIHSUSGSIHSUSGS

USGSUSGSIHSUSGSUSGS

IHSUSGSIHSIHSIHS

IHSIHSIHSIHSIHS

Specific conductance (fcS/cm at 25°C) Onsite

Ons ite

----

1,790

__----

725

__

470--

2,3002,200

2,140470------

1,450--

869--

1,800

9503,530

--

6802,100

__

860------

__--------

Lab pH

6001,550

600570

7.7

738768725__--

____

562__--

8.2__

448888620

__

606829 7.8440--

__

3,580 7.31,400

----

1,100__

820790

1,060

2,3501,7003,0501,9001,140

Onsite tem pera

ture (°C)

------

11.5

12.510.013.510.0

--

10.0--

13.5----

10.5------

12.5

-_--

11.5----

__

12.0------

--11.0

----

--------

92

T3CUC ^ +-*

coCJ1t/10)

£-Q.

t/l ocrot/ir

, CUjg

o0) +

-*

uCU t/10**-t/1CUr

CL

£Erot/iCU_t->rolf_0ooCU

£CUQ.

OL-

CL

roITitCU-t->roiiLT>CUr^

jQroi

CU 1

-t-> i

ro cu

r-

£

i_

!^_

CO CU

CU 3

C

-4-> C

L

+J

O

CUt/ic0

cuucro -

*-> C

Ju

o3

L

O"O

C

MC0

-»->

o

ro0

E -

U

oo

o i

CD c:;

CL

COCDo3

OoCOCD

*->

<4

-

ro o

Qro u

CL -

r-

CD

U

0c

- o

1_ CU

O_

O5

-l-> r*

oorou0_J

CJ

o>^^

CL

f\ro_icu_i_j

r

Cororo ocur_CL

rot/icuui_ôooCUQ.

^-}

_f_

J

CUjQ^c

o

i in

i

i

rH

CD

rH1 1

1 1

11

1 1

1 1

0

1 1

1 1

rH

1 1

1 1

CMA

rH1 O

O

O

O

1 O

O

O

O

CD

C

O

CO

O

rH

rH

O

O

CO

CO

C

O

CO

C

O

CO

OO

OO

OC

O

OO

C

O

CO

O

O 1 1 i 1 1

oo co

in

co co

^f

to

co co

co1

1 1

1 1

rH

C

D

00

rH

C

MC

M

rH

O

O

O

1 1

1 1

1O

00

CO

rH

rH

>

;>

;>

;>

;>cc

ce cc

ce cc

Q

Q

Q

Q

Q3 3

3 3 3

^"

^"

^"

^J"

^J"

CM

C

M

CM

C

M

CM

33333

OO

OO

O~o

_Q ~o

ro ~o

o u

TJ ~a

JQU

T

3

T3

U

JD

O

O

O

CD

rH

ro

ro

ro

O

* *

1 1

1 1

1III

111 III

111 111

LT

) tO

tO

rH

rH

1 1

1 1

1-z.

-z. -z.

-z. -z.

CNI CM

CM ro

T

1 1

1 1

11

1 1

1 1

1 1

1 1

11

1 1

1 1

O

O

1 1

CO

r>x

rH

1 1

CD

CO

00

CO

* -1

CM

C

O

1 1

00

11

10

01

CD

00

ro

â-

OO

C

O

CO

O

O

CO

OO

OO

OC

O

CO

O

O

CO

C

O 1 1 1 1 *

to

co co

co co

co co

co to

"^J*

1 1

1 1

1C

M

CO

C

O

CO

O

OO

C

M

O

CM

C

M1

1 1

1 1

rH

O

rH

O

00

> >

>

ry

Cy*

fv

O

Q

Q3 3

3

i^f

^J-

^f

1

CM

C

M

CM

33

33

O

O

O

rHu

TJ ro

ojQ

u

jQ

ro "O

u

ro ro

00

rH

O

O

rH

rH

C

M

OO

C

MII

II

UJ

LU

U

J LU

rH

-x

T

LD

C

OII

II

xT in

LT>

IT)

in o

in

in

i

o> co

CD in

T 1

CO

C

O

-"fl- O

11

fx

r*x r>x

oo

in o

co i

iCVJ

^

**

1 1

ro

in

00

r»x o

CM

o o

CD ro

-*d-

CM

OCM

in

oo ro

rH

rH

r-t

CO

C

O

CO

C

O

CO

OO

OO

OC

O

CO

C

O

CO

C

O 1

""^ 1 1 1

<J> C

D

CD

C

D

inoo

oo oo

oo to

1 1

1 1

1co

oo oo

oo r-s

1 1

1 1

1O

O

O

O

0

0rH

rH

rH

rH

O;>ceQ

i i

i i

3i

i i

i -*d-C

MrH

OO

O

O

OO

O

O 3

OO

OO

On

u

tj jQ

"D

"O

U

ro

T3

"O"O

JD

u

~o ro

CO

C

D

CD

C

D

CM

rH

CM

C

M

CM

C

O1

1 1

1 1

III III

III III

IIIO

O

^J1 ^f

^^

^J11

1 1

1 1

tO

tO

tO

tO

tO

o

in o

o

i

CO

in

rH

C

NJ

rH

rH

rH

rH

CO ro

00

I I

r^! rv

r>x '

1 1

1 1

11

1 1

1 1

OO

OO

OC

M

CM

C

M

CO

O

=a- -53-

m

â- rH

CM

r-t

CO

C

O

CO

C

O

CO

OO

OO

OC

O

OO

C

O

OO

O

O 1

"*") 1 1

CD CD

en in

in

oo oo

oo co

co1

1 1

1 1

oo oo

CM oo

r>x1

1 1

1 1

P"s

fx

CD

^f

00

OO

OO

O

ce ce

z >

^ m

}_

_

^

fV»

O

O J

QC

J C

J O

3

rH

rH

rH

rj-

ro

ro

P~s CM

CM

C

M

CO

rH

oo oo

3 3

o o

o o

a &

ro

roU

T

3

U

U a

ro u

u ^r

CD LD

CDO

O

rH

rH

1 1

1 1

UJ

LJU LJU

UJ

LT

) LT

>

tO

rH

1 1

1 1

-z.-z

.-z.-z

.Q

O

(X3 cQ

PX»

i o o

in

in

CO

IT

) rH

C

MrH

rH

rH

rH

i -*d-

ro

in

oor*x

r*x r*x

to

O

1 1

1 1

O

1 1

1 1

tOrH10000

i co

-^r in

in

CD co

ro

r*x

CM

C

M

rH

CO

O

O

CO

C

OCO

O

O

O

OX

C

O

CO

C

O

CO

1 1 1 1 1 1

CD

C

D

CD

C

D

CD

co oo

oo oo

oo1

1 1

1 1

O

00

C

M

rH

rH

1 1

1 1

1rH

r*x

co co

corH

O

O

O

O

_ i

o± ce

_ i

o±>

f Z

>

-Z

.

CJ

CJ

Ll_ C

J U

_(X

rH

<

4 fx

rHrH

C

O

4

rH

rH

CM

C

M

CM

C

M

CM

3

oo oo

oo oo

OO

OO

O~o

u

u

u

roro

ro ro

u

jQ

"o ~o

ja

_Q ro

CM

rH

rH

C

M

CO

PO

O

O

rH

rH

rH

1 1

1 1

11 [ 1

111 111

111 111

rH

LD

CM

C

M

CM

1 1

1 1

1-z

.-z.-z

.-z.-z

.r^x

r^ co

CO CO

in o o o

in

00

CM

*!»

CD

C

DrH

0

rr> rH

^j-

in

CO

00

fx

CD

C

O

1 1

1 1

11

1 1

1 1

o o

o

o

in

CM rx

oo ro

f^rH

C

M

rH

CO

C

O

CO

C

O

CO

OO

OO

OC

O

CO

C

O

CO

C

O 1 i

""^ 1

*~s

CD

C

D

CD

C

D

CD

co co

co co

co1

1 1

1 1

O

O

O

O

CM

1 1

1 1

1ro

ro

oo

ro

COO

OO

OO

2

>->

Q

-J

Oi

<: i

cj i

1 rH

1

r- 4

1rH

rH

rH

C

M

3 3

oo 3

oo

OO

OO

Oro

ro ro

"a ro

CM

C

M

CM

-s

t O

O

O

O

rH

C

O1

1 1

1 1

11

1

Ml

11

1

1 | | III

CO

C

O

CO

O

O

CO

1 1

1 1

1-z.

-z. -z.

z

-z.00

CO

00

00

CO

O

1 1

1 O

1 1

1O

C

MrH

T

1

co *!*

o

co i

co oo

oo r>x

1 1

1 1

11

1 1

1 1

00

00

1

o

co -*r

o

r-i in

CM

CM

CO

C

O

CO

C

O

CO

OO

OO

OC

O

CO

C

O

CO

C

O 1 1 1 1

"*^

o> to

co co

oooo

-*r rr

TT oo

1 1

1 1

1

CM

C

M

CM

C

M

rH1

1 1

1 1

OO

OO

O

ce 2

2:

ce J

_Ji

u- <

: <

i

1 rH

rH

rH

1

rH

rH

rH

CM

rH

rH

CO 3 3 3

CO

OO

OO

O

_Q

ro ro

ro ~o

CM fx

co

in

inro

O

«-H

ro

co1

1 1

1 1

III II)

III 111

IIIco

^f

îr CM

CM:

i i

i I

z. -z.

-z. -z.

-z.C

O

00

00

CD

C

D

i o

in

i

co co

1 rH

1

0

CO

1 ...

1 1

1 1

1 1

1 1

0000

o

in o o

rx, m

in

o

rH

rH

rH

C

M

CO

C

O

CO

C

Oo o o o

CO

C

O

CO

C

O 1 1 1 1

00

C

D

O>

CD

00

CO

C

O

00

1 1

1 1

O

O

O

rH1

1 1

1

rH

O

O

O

Table 5.--Water-quality properties of water samples from selected wells and springs--Continued

Local number

9N-3E-32ddd019N-3E-33adb019N-3E-33ccc01!N-lW-05acb01!N-lW-05acb02

lN-lW-05bda01!N-lW-07ddb01lN-lW-18bcd01!N-lW-29bdb01!N-lW-30ccb01

lN-lW-30ccc01!N-lW-31aac01!N-lW-31add01!N-lW-31cba01!N-lW-32ddc01

!N-lW-33ccc01!N-2W-25cbb01!N-2W-25cbb02!N-2W-25dbc01!N-2W-26acc01

!N-2W-26acc02!N-2W-26add01!N-2W-26bdb01

!N-2W-26bdc01

!N-2W-26bdd01!N-2W-26cba01!N-2W-26cbc01!N-2W-26cbd01!N-2W-26ccc01

!N-2W-26dcc02!N-2W-26dda01!N-2W-27dad01!N-2W-27dad02!N-2W-35acd01

Site type

WWWWW

WWWSW

WWWWW

WWWWW

WWW

W

WWWWW

WWWWW


211FRNR111ALVM211FRNR111HLCN111HLCN

124WDRV__--

112TRRC111ALVM

111ALVM111ALVM211CODY111ALVM111ALVM

__



111ALVM


211FRNR111ALVM111ALVM111ALVM211FRNR

Date of

sample

03-07-8906-23-8903-07-8906-22-6606-22-66

11-04-8009-12-6411-17-7008-01-8910-01-76

05-31-8507-18-9006-21-6610-18-6306-21-66

07-21-7606-21-6607-17-9006-21-6607-17-90

07-10-7806-21-6601-20-8407-17-9005-13-87

09-01-7702-08-8810-15-8006-21-6611-09-7807-18-90

12-03-8106-21-6607-17-9007-17-9003-24-8107-18-90

Source of

data


IHSUSGSIHSUSGSIHS

IHSUSGSUSGSUSGSUSGS

IHSUSGSUSGSUSGSUSGS

IHSUSGSIHSUSGSIHS

IHSIHSIHSUSGSIHSUSGS

IHSUSGSUSGSUSGSIHSUSGS

Specific conductance (MS/cm at 25°C) Onsite

Onsite

4,9001,2004,7001,5001,500

__

1,040

580--

__

721660

2,400460

__

410418745341

__

260__

339--

__--..

110

163

__

190116338__

1,315

Lab pH

7.06.97.2

__--

3,100__

611551 8.0200

670720 8.9____

500__

7.6__

7.6

215__

5757.2

571

313276350__

2007.9

240__

7.57.1

1,6007.8

Onsite tem pera ture (°C)

10.010.511.0

----

__----

18.0--

__

11.0------

----

12.0__

11.0

-- --

10.5--

__-- --

13.5

----

14.012.0

--

10.5

94

Table 5.--Water-quality properties of water samples from selected wells and springs Continued

Local number

!N-2W-35adc01

!N-2W-35adc02!N-2W-35adc04!N-2W-35baa01

!N-2W-36aac02!N-2W-36aca01!N-2W-36aca02!N-2W-36adc01!N-2W-36cbb01

!N-2W-36dbd012N-lW-18ccc012N-2W-17bca012N-2W-21cdc012N-2W-26aca01

2N-2W-27abc012N-2W-28bac012N-2W-28bcd01

2N-2W-28bda01

2N-2W-28cab012N-2W-31cda01

2N-2W-31cda022N-2W-31cda03

3N-lW-15dda013N--lW-15dda023N-lW-20aca013N-lW-21aca013N-lW-22cac01

3N-2W-01add013N-2W-01add023N-2W-17acb01

3N-2W-17bda01

3N-2W-17cba013N-2W-22cbc013N-2W-22cbd013N-2W-22ddc013N-2W-23dbd01

Site type

W

WWW

WWWWW

WWWWW

WWW

W

WW

WW

WWWWW

WWW

W

WWWWW


111ALVM


111ALVM111ALVN111ALVM211CODY111ALVM

111ALVM331MDSN124WDRV124WDRV124WDRV

124WDRV--

124WDRV

124WDRV

111HLCN124WDRV

111HLCN211FRNR

111HLCN111HLCN124WDRV111ALVM111ALVM

124WDRV124WDRV112GLCL

124WDRV

112GLCL124WDRV124WDRV124WDRV124WDRV

Date of

sample

06-21-6610-05-7607-18-9009-01-7706-21-66

08-27-7610-25-7712-11-8411-29-7706-21-66

08-26-8508-08-9006-23-6606-23-6606-22-66

07-19-9001-20-8706-23-6607-19-9003-07-85

12-20-7806-11-8206-23-6606-23-6607-19-90

09-04-8910-16-8908-08-9008-03-8908-04-89

11-10-6908-04-8909-25-6411-04-6506-07-88

07-23-8104-15-8809-30-6509-30-6509-30-65

Source of

data

usesIMSUSGSIHSUSGS

IHSIHSIHSIHSUSGS

IHSUSGSUSGSUSGSUSGS

USGSIHSUSGSUSGSIHS

IHSIHSUSGSUSGSUSGS


IHSUSGSUSGSUSGSIHS

IHSIHSUSGSUSGSUSGS

Specific conductance (/tS/cm at 25°C) Onsite

Onsite

610--

291

350

__ ----

1,270

__

1,2303,7501,5001,110

1,185--

1,6501,580

--

__--

3,2503,7001,720

4,9207,3001,026

995910

__

1,650650380--

__--

4102,900

490

Lab pH

8008.2

538--

6,000941

1,2504,214

--

2,2501,250 7.2

____--

1,110 7.51,970

__

1,560 8.92,600

1,0601,320

____

1,670 7.6

4,970 7.17,600 7.01,020 8.8

947 7.5869 7.7

2,5261,610 8.0

__

7.71,160

4901,610

____


._--

9.5----

__--------

__62.0

------

10.0--

13.5--

__------

8.5

10.511.011.510.010.0

__

12.5 ----

__--------

95

Table 5.--Water-qua! ity properties of water samples from selected wells and springs Continued

Local number

3N-2W-23dbd023N-2W-30baa013N-3W-01ddd013N-3W-01ddd023N-3W-04aba01

3N-3W-04aba033N-5W-10bcb014N-lW-04cbb014N-lW-25daa014N-2W-06add01

4N-2W-33daa014N-3W-06acb014N-3W-08bbd01

4N-3W-17bba01

4N-3W-21cda014N-3W-21dcb014N-3W-28abb014N-3W-29baa014N-3W-29baa02

4N-3W-30acb014N-3W-32ada014N-3W-32baa01

4N-3W-33cac014N-3W-33cba014N-3W-34cdd014N-4W-02cda01

4N-4W-02dcb01

4N-4W-05cba014N-4W-05dab034N-4W-08bca014N-4W-08bca014N-4W-09cad01

Site type

WWWWW

WsWWW

WWW

W

WWWWW

WWW

WWWW

W

WWWWW


111ALVM112GLCL111ALVM

124WORV

124WDRV361BGRN124WDRV124WDRV124WDRV


111ALVM

111ALVM


111ALVM112TRRC112TRRC

112TRRC112TRRC124WDRV111ALVM

111ALVM

124WDRV112TRRC124WDRV124WDRV112TRRC

Date of

sample

09-30-6503-09-6704-27-6504-27-6509-30-6511-04-65

10-06-8006-28-9010-31-6612-19-6608-22-66

08-22-6604-27-6504-27-6511-04-6504-27-6507-26-90

04-27-6507-09-7612-03-8109-30-6510-07-80

10-01-6509-30-6509-30-6504-28-66

09-30-6508-02-7809-30-6506-16-6610-26-6604-28-66

07-26-9008-02-7808-09-8507-26-9008-03-89

Source of data


IHSUSGSUSGSUSGSUSGS


USGSIHSIHSUSGSIHS

USGSUSGSUSGSUSGS

USGSIHSUSGSUSGSUSGSUSGS

USGSIHSIHSUSGSUSGS

Specific conductance (fiS/cm at 25°C)

Ons ite

760120590400350340

__

1801,350

1,100

2,200650925911950668

490----

780--

840540420--

500--

610650--

603

1,130----

202515

Lab

-- --

400188--

1,770--

__ ------

645

__450270--

530

__----

397

__

560----

635--

1,100590925

513

Ons ite tem- pera-

Onsite ture pH (°C)

____

7.8

__

7.7 5.5____

11.5

12.2____

7.9 10.011.0

7.7

9.0__--____

______

__________

7.7 13.0__--

9.2 12.07.9 12.5

96

Table 5.--Water-qua1 ity properties of water samples from selected wells and springs Continued

Local number

4N-4W-14bdc014N-4W-14ccb014N-4W-15ada014N-4W-15dac014N-4W-15dbd01

4N-4W-15dca014N-4W-15dcd01

4N-4W-15ddc014N-4W-22adb01

4N-4W-23aca014N-4W-23adc014N-4W-23bab014N-4W-24bcc014N-4W-25aad01

4N-4W-25aad024N-4W-25dac024N-4W-26bcb014N-4W-27aac014N-5W-14dcd01

4N-6W-01aca014N-6W-35cbd015N-3W-31cbd015N-3W-32dda015N-4W-10abc01

5N-4W-10acd015N-4W-30acd015N-4W-31adc035N-4W-32acc015N-4W-33caa01

5N-4W-34bdc015N-4W-34bdc025N-5W-09cba015N-5W-09ccc015N-5W-13bcd01

5N-5W-25bdb01

5N-5W-36daa015N-6W-13bbd015N-6W-14dad01

Site type

WWWWW

WW

WW

WWWWW

WWWWS

SSWWW

WWWWW

WWWWW

W

WWW


112TRRC211FRNR124WDRV112TRRC124WDRV

__

112TRRC

124WDRV124WDRV

112TRRC112TRRC112TRRC112TRRC124WDRV

124WDRV124WDRV111ALVM112TRRC231CGTR

331MDSN374FLTD111ALVM124WDRV124WDRV

111ALVM112TRRC111ALVM124WDRV111ALVM

111ALVM111ALVM112GLCL

--

124WDRV

__

111ALVM111ALVM311PSPR

Date of

sample

02-11-8711-04-6503-21-8509-05-8009-05-80

07-24-7906-14-6610-26-6604-19-7808-02-89

02-18-8704-28-6608-03-8907-16-7606-11-76

03-11-8803-28-8808-02-8911-09-8306-29-90

06-29-9006-28-9004-27-6506-22-6606-22-66

04-24-6503-04-6508-02-7810-03-8003-15-88

09-30-6409-30-6401-23-8008-29-7809-30-64

06-18-7608-02-7806-29-9009-28-6409-30-64

Source of

data

IHSUSGSIHSIHSIHS

IHSUSGSUSGSIHSUSGS

IHSUSGSUSGSIHSIHS

IHSIHSUSGSIHSUSGS


USGSUSGSIHSIHSIHS

USGSUSGSIHSIHSUSGS

IHSIHSUSGSUSGSUSGS

Specific conductance (/iS/cm at 25°C) Onsite

Onsite

3,170------

__

820760--

1,040

__--

562----

__--

815--

1,200

37056

6403,800

840

850820------

630630----

450

__--

859700

4,300

Lab pH

4677.9

1,400390

1,400

580____

1,6001,000 9.2

9281,100

540 7.9800750

7721,690

784 7.2750

1,140 7.9

7.958 6.7____--

____

7002,500

374

____

1651,500

--

375144837 9.7____


..--------

__8.5----

12.0

__--

12.5----

_---

14.5--

11.5

14.04.0----

----------

_-------

----

10.5--

10.5

97

CD

00

oo

oo

oo

oo

oo1

1 1

1 1

m

m

m

m

mi

i i

i i

ro

ro

ro i

i-»i »

l '

>-»

xg

C

D0>

D>

0>

Q

. O

)CL

Q

. CL

n

n

CL

Q.

n

n

cr

o o

o o o

ro i «

i »

t '

i »

s:

s:

s:

s:

s:

i

i-»

>-»

ro1 >

1

»

h-»

>

>1

»

H- '

1 »

1

1 >

3:

3: x

i -n

r r

r

-TO

o o

o

z

Z Z

Z

33

O

O

O

K-»

O1

00

K-»

O

00

1 1

1 1

1

CD

O

O

O

CD

O

O1

1 1

1 1

VJ

CD

*x

l *x

j C

Dvj

cn

co

vj

CD

i i

cr

*

f X

00

X

1C

O

OO

O

CD

O

O

OO

C

DO

O

00

ro

oo

o

o1

O

1 1

O1

0

1 1

0

>-»

ro

j>*

<

«

j>

*xj

ooro

i

o o

io

i o

ro

i

i i

i i

i

i i

i i

i i

i i

i i

oo

oo

oo

ooi

i i

i

m

m

m

mi

i i

i

cn

cn

cn

cnO

Q

) Q

J Q

*n

CL

cr

cr

n

CL

cr

cr

o o o o

s:

s:

s:

s:

i »

i »

i >

ro

X

X

X

-nr

r~

r~

33

0

O

O z

Z Z

Z

33

>-»

O

O

O

OO

C

D

00

00

00

1 1

1 1

1

cn

oo

oo

oo

ooi

i i

i i

CD

C

D

CD

C

D

CD

CD

CD

cn

cn

cn

cr

c:

cr

c:

cr00

00

0

0

00

00

O

O

CD

O

O

oo

oo

oo

oo

oo

ro

cn

*»

i-»

co

cn

ro

cn1

O

O

O

O1 0

00

0

ro > VJ

45.

1 1

1 1

O

1 1

1 1

1 1

1 1

1 1

1 1

1 1

1 »

1 »

1 1

1 1

O

1 1

1 1

OO

O

O

OO

O

O Z

1 1

1 1

1

m

m

m

m

aci

i i

i i

ro o i >

i-»

CDcr

CL

CL

Q.

D)n

Q

. CL

n

CL

cr

n

n

CL

CL

o o o o o

s:

s:

s:

s:

oo

i »

ro i »

i »

x

-n x x

ir

33

r~

r

O Z

O

O

Z

33 Z

Z

O

O

O i »

i »

OD

cn

oo o o

i i

i i

i

OO

i-»

CD

-C

* C

D1

1 1

1 1

CD

vj

CD

O

O

00

cn

CD

cn o

CD

c: i

c:

-!

c:oo

x

oo x

ooO

00

O

00

Ooo

oo

oo

oo

oo

cn

ooO

1

O

1 1

0

1 0

1

1

CO

1

»*

M

cn

K-»

1 O

1

O

11

O

1 O

1

i i

i i

i i

i i

i i oo

i i

i i

1 1

1 1

0

XJ

Xg

xg

xg

xg

Z.

Z.

Z Z

Z

cn

cn

cn

4^

4^

Si

-Si

-Si

-Si

-Si

1 1

1 1

11

»

I »

t fc

tO

CO

C

O

OJ

1 »

O

O

cr

cr

CL

o

D)D

o>

cr

o

D)

cr

n

cr

cr

n

o o

o

o o

co

oo

co

oo

oo

I »

1 »

1 »

O

O

4^

ro

ro

ro

CD o

45.

45.

45.

l >

O

| I |

CD

T

3T

3

TJ

T3

O

O

1

-H -\

33

31

1

1

1

Z

CD

1 >

O

i-»

O

OO

C

D

O

CD

C

D1

1 1

1 1

>-»

O

>-»

O

OCD

cn

CD

cn

cn

i i

i i

i00

OO

O

O

OO

00

CD

C

D

CD

C

D

CD

c c

cr

cr c

00

00

CO

0

0

00

O

O

O

O

CD

OO

O

O

OO

O

O

OO

OO

C

O

OO

O

O

OO

1 '

O

00

OO

4^

*»

ro o o

ro

OO

O

O

(JO

C

O

OO

ro

i »

CD

oo

*»45

. ro

4^

CD

cn

00

vj

xg

go

xg

O

vj

00

O

*»

vj

cn

CD

C

D

CD

cn o o o

cn

xg

xg

xg

xg

xg

Z

Z

Z

Z

Z

1 1

1 1

1

s

s:

s s

s:i

i i

i i

ro

ro

ro

ro

ro

CD

CD

cn

cn

oon

n

n

D)

cr

Q.

cr

cr

cr

nO

" O

O

) O

* O

"o

o o

o

o

s

s:

s:

oo

oo

i-»

» '

ro

i »

i »

i »

ro

i-»

i-»

i i

1

X 0

1 i

33

1

O33 0

0

0 Z

-C

0 0

t->

0

0

4^

OO

H-

» 00

00

1 1

1 1

1ro

ro

i-»

o o

00

00

O

CD

C

D1

1 1

1 1

CD

00

CD

00

00

cn

OD

CD

CD

CD

cr

i

*

cr

f 0

0 X

X

0

0

00

CD

O

O

OO

O

O

oo

oo

oo

1 »

VJ

*»

CD

ro

i i

CD

ooO

1

I C

n xg

OO

l-»

!

M

cn

ro

4^

CDi

co

xg

en

cn1

O

45.

CD

45

.

xg

xg

1 1

1 C

D

CD

1 »

CO

C

D1

1 1

i i

i o

cn

xg

xg

xg

C

D

CD

z z z z z

1 1

1 1

1

s: s

s: s s

1 1

1 1

1ro

i-»

o

ro

coC

O

xg

i »

o

CD

QI

cr

n

D)

no

Q)

Q)

n

cr

D)

O»

CL

Q.

D)

o o

o

o o

s:

s;

oo

s:

s;

1 »

1

»

45.

I »

i »

I »

O i

i-»

ro o

i-»

i

X 1

T3

3>

1

C

33

O

1

0

33

SI

<z o

CD

3:

i-» I

O

O

Oi-»

i-»

00

*»

*»

1 1

1 1

1i-»

i-»

o

ro

roO

O

C

D

4^

00

1 1

1 1

1C

D

CD

00

CD

C

DCD

CD

to

cn

cn

i t

HH

cr

cr

crX

X

oo

oo

oo

00

00

O

CD

C

D0

0

00

0

0

45.

>-»

ro o

i i

OD

cn o

i i

*»

cn o

1 »

«xg

xg

>

-»O

O

O

*xj

1 1

CD

C

D

Cn

1 1

1 1

1

1 i

i ro

i

i roxg

ro

O

O1

1 ...

i i

cn o

cn

CD

C

D

CD

C

Dz z

z z

II

II

oo

ro

ro o

OO

xg

i-»

ron

n

CL

cr

n

cr

n

n

CL

Q.

cr

cr

00

0

O

s:

s:

s:

s:

i-»

co

ro

ro

i-»

i-»

Si

T3

~nO

IS

* "T

O33

T3 Z

<C

TO

3

3

H->

O

O

O

OO

4^

OO

45

. 45

.1

1 1

1 1

oo

ro o

ro

ro>-

» xg

00

*»

4S.

1 1

1 1

1C

D

CD

C

D

CD

C

DCD

cn

o

cn

cn

c:

c:

cr

c:

croo

oo

oo

oo

oo

CD

O

O

C

D

OO

O

OO

O

O

OO

O

O

i-»

ro

ro

ro

ro

cn

ro

oo

oo

co0

0

00 0

0

o o

cn o o

ro! O

O1

1 45

. 1

11

1 O

1

1

1 1

II

i i

ro

i i

i »

ro

CDi

i i

i cn

o

i i

CD

CD

cn

cn

cn

z z z z z

1 1

1 1

1ro

ro

CD

CD

CD

i i

i i

iro

ro

co

ro

i-

1 ro

ro

cn

4^

*»

n

n

D)

cr

CLcr

cr

CL

cr

Q.

^^

Q)

Q)

Q)

U"

00000

oo

oo

s:

s;

oo

ro

ro

oo

ro

ro

ro

ro

i-»

oo

oo

CD

00

T3

O

O

T3

Z

0

0

CD

O

00

O

T3

1 1

-O

O

33

33

33

O

O

i »

> '

OC

D

CD

O

O

C

D1

1 1

1 1

o

>-»

o o

ro*»

V

J >-

» C

D

00

1 1

1 1

100

CD

C

D

^J

CD

CD

45

. CJ

1 C

D

45.

cr

cr c

< c

OO

O

O

OO

X

O

OC

D

CD

C

D

CO

O

OO

O

O

OO

O

O

i

ro

*»

ro

CD

C

O

xg

O

O4i.

O

O

1 O

O

O

O

1 O

l »

M CD

45

.i-»

1 1

O

1O

1

1 O

1

oo1

1 1

1O

O

1 1

1 1

l »

l »

ro i '

CDi

i cn

o

o

i i

13 cr

(D t-f

^ ^J 0)

in O j n (D to O) i ~~

t

(D O_

0)

t-f

O)

O 13 ^j.

j-h n> ^ *

O) cr

T3 ,- o

O

f o

n Ql

00

wJ*

H-

0)

CO

T

3n>

-5

0

-

13o

n-.

. T

3n

O) 0

O

0)

-h

t-f

(D 00

00

C-h

-5 n (D O

OT

3

r^

S0

0

-

n

-

3

nD)

n

t-f

O 13ro

o_

cn

co

nO

t-

f^,

Qi

^3 n 0)

O to t-f

(D

Ot-

f T

3

rf

13C

fD

(t>

G

o~5

~5

3

-

0)

D)

l t-

f1

(D

1

CT

0) cn i t-f

0) i o c O) t-f

T3 O TJ n> -i 0) in O -h s: o> t-f

n> -t to O> 3 ^_J n> -h o 3 to 5-

(D n t-f n> CL s: 0) « ^^ to O)

^3 CL

to T3 ^.

13 (0

to 1 l 0 O 13 t-f

__

l«

13 (D CL


Local number

!S-lE-21add03!S-lE-22bba01

!S-lE-22bcb01!S-lE-27adc01

!S-lE-28cdd01!S-lE-28dbb01lS-lE-29ccc01!S-lE-31aaa01IS-lE-SlddaOl

!S-lE-32acd01

!S-lE-32dcb01!S-lE-33bcb01!S-2E-05ddc01

!S-2E-06dcc01!S-2E-08aad01!S-2E-08bcb01!S-2E-09bbb01

!S-2E-09bbb02

!S-2E-09cdd01!S-2E-10ccc01!S-2E-10dcc01

!S-2E-10dcc02!S-2E-10dda01!S-2E-12dcc01lS-2E-12dddui

!S-2E-13abb01!S-2E-14aaa01!S-2E-14abc01!S-2E-14bba02!S-2E-15aaa01

Site type

WW

WW

WWWWW

W

WWW

WWWW

W

WWW

WWWW

WWWWW


211FRNR111HLCN

111HLCN--

211CODY111HLCN111HLCN211CODY112TRRC

112TRRC

112TRRC--

111HLCN

111HLCN125FRUN111HLCN125FRUN

111HLCN

111HLCN111ALVM125FRUN


124WDRV124WDRV

--

124WDRV111ALVM

Date of

sample

04-21-8108-13-6504-28-6610-05-6507-05-78

04-26-7608-13-6508-13-6507-20-6507-20-6510-06-65

07-20-6510-05-6510-05-6504-18-7608-16-65

08-16-6508-16-6508-16-6508-16-6511-06-65

08-16-6511-03-6504-28-6608-16-6511-07-7708-16-65

06-27-9006-27-9010-10-7807-29-76

08-06-8006-26-9008-16-6504-11-7908-16-65

Source of

data

IHSusesusesusesIHS

IHSusesusesUSGSusesUSGS

USGSUSGSUSGSIHSUSGS


USGSUSGSUSGSUSGSIHSUSGS

USGSUSGSIHSIHS

IHSUSGSUSGSIHSUSGS

Specific conductance (/xS/cm at 25°C)

Onsite

2,5002,5003,300

--

__640

2,6003,300

850543

530492480--

2,400

2,8002,6002,0001,8001,760

1,6001,780

--

1,700

1,800

1,6301,630

----

__

1,4003,400

--

1,700

Lab

740--

2,6002,8904,300

4,600----------

__----

850--

__--------

__--

1,480--

1,117--

1,6201,6102,800

800

3501,390

--

1,700--

Onsite tem- pera-


.___

8.211.5

--

____----_.

8.1 9.5

8.1____--

________

8.4

__8.2 12.0

12.0____--

7.6 12.57.6 9.5__--

__7.6 9.5______

99


Local number

!S-3E-01bba01!S-3E-02abc01!S-3E-02ada01!S-3E-02ada02!S-3E-02adb01

!S-3E-02adc01!S-3E-07ccc01!S-3E-07cdd01!S-3E-07dcd01!S-3E-07ddc01

!S-3E-08cdd01!S-3E-08ddc01!S-3E-09ccd01!S-3E-10bcc01!S-3E-10bcc02

!S-3E-lladd01lS-3E-lldcd01!S-3E-12caa01!S-3E-12caa02!S-3E-12cad01

!S-3E-12dba01!S-3E-12dcc01!S-3E-13aab01!S-3E-13acc01!S-3E-13dad01

!S-3E-14aaa0115-3E-14bbc01!S-3E-14bbc02!S-3E-15aad0115-3E-15aad02

!S-3E-15baa01!S-3E-15bab01!S-3E-15bba01!S-3E-15bbb01!S-3E-15cbc01

!S-3E-15cca01!S-3E-15cda02!S-3E-15ddc01!S-3E-16aaa01!S-3E-16ccd01

Site type

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW






124WDRV112TRRC124WDRV124WDRV124WDRV


124WDRV124WDRV

--

124WDRV124WDRV


Date of

sample

11-04-6608-01-8007-20-7905-21-7607-08-79

06-11-7611-01-7803-26-8111-03-6604-29-81

11-19-8707-24-8012-19-7711-09-8705-10-76

09-14-6508-07-9009-06-8501-12-8808-22-78

09-14-6509-20-6509-14-6509-14-6509-14-65

08-26-6506-26-9006-22-6508-26-6508-26-65

10-09-8501-04-8504-24-8109-06-7809-28-65

08-26-6506-28-7608-26-6511-09-8304-02-78

Source of data

usesIHSIHSIHSIHS

IHSIHSIHSusesIHS

IHSIHSIHSIHSIHS

usesusesIHSIHSIHS



IHSIHSIHSIHSUSGS

USGSIHSUSGSIHSIHS

Specific conductance OiS/cm at 25 C) Onsite

Ons ite

540--------

__----

800--

__--------

1,730638------

2,0001,250

8001,5002,100

2,1002,1603,0002,200

550

__------

1,430

2,000--

1,500----

Lab pH

580660900700

7502,800

760__

575

480480529630700

__

639 9.0650605

2,150

____--__

__8.5

-- --

490720540550--

__

850--

700520

Onsite tem pera

ture (°C)

--------

__------

__--------

--

13.5------

------ --

__12.0

------

----------

----------

100


Local number

!S-3E-16cdd01!S-3E-17aaa01!S-3E-17aab01!S-3E-17acb01!S-3E-17bcb01

!S-3E-17dcd01!S-3E-17dcd02!S-3E-17ddd01!S-3E-18dda01

!S-3E-21bba01!S-3E-23acc01!S-3E-23adc01!S-3E-23bdd01!S-3E-23cba01

!S-3E-24aac01!S-3E-24cad01!S-3E-24cba01!S-3E-24cda01!S-3E-24dcb01

!S-3E-25abb01!S-3E-29ccc01!S-3E-34aba01!S-3E-34bdb01!S-4E-02bbd01

!S-4E-02bcd01!S-4E-02cab01!S-4E-02cab02!S-4E-02dba01!S-4E-03cac01

!S-4E-03cdd01!S-4E-03dac01!S-4E-03dac02!S-4E-03dbd01!S-4E-03dcb01

Site type

WWWWW

WWWW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW



124WDRV124WDRV124WDRV111ALVM


124WDRV124WDRV111ALVM124WDRV111ALVM




Date of

sample

08-26-6508-26-6506-27-9006-27-9008-26-6511-03-65

08-26-6508-26-6507-20-9008-26-6511-03-65

08-26-6507-23-9009-14-6509-14-6505-18-45

01-23-8507-20-9010-05-6509-14-6509-14-65

01-19-7806-26-6607-16-6507-16-6502-20-79

03-18-7709-14-6505-31-7901-30-7910-30-77

10-10-7706-19-7907-31-8109-20-6509-14-65

Source of

data




IHSUSGSUSGSUSGSUSGS

IHSUSGSUSGSUSGSIHS

IHSUSGSIHSIHSIHS

IHSIHSIHSUSGSUSGS

Specific conductance (ptS/cm at 25 C) Onsite

Onsite

710970

1,120752660696

1,3001,250812

2,0001,930

670630

1,3901,100

--

__

8152,000

8901,900

__

2,0002,2001,600

__

840------

__----

1,1001,000

Lab pH

__8.6

721 7.9__

7.8

____

787 8.8__

7.7

__ __

618 9.0____

688

750819 8.8

1,810__--

851______

780

840__

1,5501,300

715

8712,750

697____


--12.512.0

----

--

9.5----

__

12.5------

__

10.014.0

----

__------

-_--------

_- ------

101


Local number

!S-4E-04adc01!S-4E-05acb01!S-4E-05cdd01!S-4E-05dcc01!S-4E-05dcd01

!S-4E-07bdd0115-4E-07dcb01!S-4E-07ddd01!S-4E-08aaa01!S-4E-08abb01

!S-4E-08acb01!S-4E-08baa01!S-4E-08cac01!S-4E-08dca01

!S-4E-08dca02!S-4E-08dcd01!S-4E-09acc01!S-4E-09adb01!S-4E-09adb02

!S-4E-09cdb01!S-4E-10add01!S-4E-10baa01!S-4E-10bac01!S-4E-llbcc01

15-4E-llcbb0115-4E-llbda01!S-4E-17abb0115-4E-17acd01!S-4E-17baa01

!S-4E-17bcc01!S-4E-17dba01!S-4E-18baa01!S-4E-18daa01lS-4E-28ccc01

!S-4E-33daa01lS-5E-llacc0115-5E-llbdd01!S-5E-12db012S-lE-05ccc01

Site type

WWWWW

WWWWW

WWWW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW






124WDRV124WDRV

124WDRV124WDRV


124WDRV124WDRV124WDRV124WDRV111HLCN

111HLCN124WDRV111HLCN124WDRV112TRRC

Date of

sample

09-14-6501-20-8706-29-8109-15-8708-01-80

09-14-6509-14-6512-20-8312-19-7809-15-87

09-14-6505-29-8101-19-7711-14-7807-23-90

05-29-8007-23-9009-15-8710-17-8910-17-89

07-24-9010-01-6510-05-8001-10-7802-12-88

04-15-8807-02-8105-12-8110-01-6502-02-77

07-14-7610-01-6509-14-6509-14-6509-28-65

09-28-6511-05-6510-06-6512-03-6512-01-69

Source of

data

USGSIMSIHSIHSIHS

USGSUSGSIHSIHSIHS

USGSIHSIHSIHSUSGS

IHSUSGSIHSUSGSUSGS

USGSUSGSIHSIHSIHS

IHSIHSIHSUSGSIHS

IHSUSGSUSGSUSGSUSGS

USGSUSGSUSGSUSGSIHS

Specific conductance (/iS/cm at 25°C)

Onsite

620 --

14,0002,600

----

1,000------

788

__

730--

721948

8721,300

------

__----

2,500--

__

1,100690750

1,930

1,9002,4006,200

750

Lab

813600

1,900570

__--

800600625

590740810--

940703787756960

873--

820832

1,450

1,7301,400

680--

940

1,600--

__

5,620--

1,278

Onsite tem- pera-

Ons ite ture PH (°C)

__

__ ____--

__--____

9.1 11.5

__

9.0 12.0__

9.0 12.08.8 12.0

8.8-- __

------

-- --

11.112.511.012.0

--

102

Table 5.--Water-qual ity properties of water samples from selected wells and springs Continued

Localnumber

2S-lE-G6ddd022S-lE-07aad012S-lE-07ddd012S-lE-17cdb012S-lE-17cdb02

2S-lE-i7cdb032S-lE-18bcb012S-lE-26add012S-2E-19caa012S-2E-19ccc01

2S-3E-03bbc012S-3E-04bbb012S-3E-05dac012S-3E-05dba012S-3E-06ddc01

2S-3E-07aaa01

2S-3E-07aab01!S-lW-02aad01

!S-lW-03ccb01!S-lW-04aac01!S-lW-04adc01!S-lW-04bcb01lS-lW-04ccc01

!S-lW-04cdb01!S-lW-04dad01!S-lW-05ada01IS-lW-OScbbOl!S-lW-05daa02

!S-lW-05dab01IS-lW-neadaOl!S-lW-06caa01!S-lW-06cad01!S-lW-06cca01

Site type

WWWWW

WWWWW

WWWWW

W

WS

WWWWW

WWWWW

WWWWW


111ALVM112TRRC211FRNR111ALVM111ALVM


--

331MDSN

124WDRV--


124WDRV

124WDRV317TSLP

__



111ALVM211CODY111ALVM111ALVM111ALVM

Date of

sample

07-19-6507-19-6507-19-6507-19-6507-19-65

07-19-6508-27-7508-09-9007-09-7808-02-90

07-16-6507-16-6507-16-6507-16-6502-03-84

07-16-6507-24-9008-24-9005-18-4508-18-5307-02-6809-03-8910-16-89

06-22-6606-22-6611-03-6506-22-6606-23-66

06-23-6606-22-6609-24-7606-22-6602-11-77

06-22-6606-22-6609-03-8906-22-6602-10-78

Source of

data


USGSIHSUSGSIHSUSGS

USGSUSGSUSGSUSGSIHS

USGSUSGSUSGSUSGSUSGSUSGSUSGSUSGS


USGSUSGSIHSUSGSIHS

USGSUSGSUSGSUSGSIHS

Specific conductance (jiS/cm at 25°C)

Onsite

1,300800

3,500850650

500--

970--

354

2,0002,3001,3001,600

--

1,0001,2081,142

----

1,0301,010

640595--

440960

775840--

475--

4251,250618480

Lab

--------

__323943760369

__------

1,500

__

1,150--

1,1801,1701,0801,0201,020

__--

476----

__--

350--

720

__--

635__

347

Onsite tem- pera-


______--

____

7.5 11.5__

7.8 26.0

________--

__

8.28.2

46.57.3 39.5

41.07.4 37.07.2 43.5

____--__--

________

____

7.8 15.5____

103


Local number

!S-lW-06cda02!S-lW-06ddc01!S-lW-07dbd01!S-lW-07dbd02!S-lW-07dcb01

lS-lW-08aba01lS-lW-08abb01lS-lW-08ccb01

lS-lW-08daa01

IS-lW-OSdcaOl!S-lW-09aab01!S-lW-09bdc01lS-lw-09dac01IS-lW-lObcdOl

IS-lW-lOcdaOlIS-lW-lOcddOllS-lW-15cca01!S-lW-16bcb01lS-lW-18cbc01

lS-lW-18cca01IS-lW-lScccOllS-lW-18ccc02!S-lW-19bbb01!S-lW-19bbb02

!S-lW-23abc01!S-lW-23bac01!S-lW-26ddb01!S-2W-01caa01!S-2W-01cba02

!S-2W-01cbd02!S-2W-01ccd01!S-2W-01dac01!S-2W-01dac02!S-2W-01dba01

!S-2W-01dba02!S-2W-01dbb02!S-2W-01dbd01!S-2W-01dcd02!S-2W-01dda01

Site type

WWWWW

WWW

W

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW

WWWWW


211FRNR111ALVM111ALVM211FRNR111ALVM

111ALVM111ALVM211FRNR

111ALVM


111ALVM111ALVM211FRNR111ALVM111ALVM

217CLVL217CLVL

--

111ALVM217CLVL

__

211CODY211FRNR211FRNR111ALVM

__

111ALVM111ALVM111ALVM211FRNR


Date of

sample

08-07-7606-22-6601-15-8707-01-8206-22-66

06-22-6612-05-8305-19-4507-02-6806-23-66

06-23-6605-31-6606-23-6606-23-6606-22-66

06-22-6611-19-7606-26-9006-23-6606-23-66

11-01-7610-21-7601-16-7906-23-6602-03-88

12-20-7611-10-6907-20-6512-04-7811-21-80

04-09-8706-22-6610-08-7607-10-7806-22-66

12-13-7802-10-7806-22-6610-31-8006-22-66

Source of

data

IMSUSGSIMSIHSUSGS

USGSIHSUSGSUSGSUSGS


USGSIHSUSGSUSGSUSGS

IHSIHSIHSUSGSIHS

IHSIHSUSGSIHSIHS

IHSUSGSIHSIHSUSGS

IHSIHSUSGSIHSUSGS

Specific conductance (/iS/cm at 25°C)

Onsite

600----

1,750

111--

1,800--

1,400

5501,1501,8001,270890

900--

7,6501,7501,720

__ --

1,070--

__--

3,300----

__

525----

8,500

__--

1,270--

900

Lab

10,000--

1,420720--

__575--

1,110--

__--------

__680

7,500----

1,600445700--

748

1,6902,100

--

6,200640

568--

1,9001,500

--

2,200455--

1,000--

Onsite tem- pera-

Ons ite ture PH (°C)

..__--__--

______

13.0--

________--

____

7.8 11.0----

__--------

__--------

______----

__------__

104

Table 5. Water-quality properties of water samples from selected wells and springs Continued

Local number

lS-2W-02adc01!S-2W-02ddd02!S-2W-13aca01!S-2W-13aca02!S-2W-13ddd01

!S-2W-24aad01!S-2W-24ada02!S-2W-24ada03!S-2W-24adc01!S-2W-24dab01

!S-2W-24dcb01!S-2W-24dcb03!S-2W-26aad01!S-2W-26ada01!S-2W-26ada02

2S-lW-01ddd012S-lW-13adb012S-lW-20bdb01

Site type

Wwwww

wwwww

wwwww

wws



217CLVL221JRSCU221JRSCU221JRSCU

--

227NGGT227NGGT231CGTR231CGTR231CGTR

112TRRC111ALVM311PSPR

Date of

sample

10-15-8011-09-8407-21-7605-10-8406-23-66

03-10-8703-12-8705-06-8807-10-7811-10-64

06-23-6610-31-8011-22-8306-23-6607-11-78

07-20-6508-14-7908-01-89

Source of

data

IHSIHSIHSIHSUSGS

IHSIHSIHSIHSUSGS

USGSIHSIHSUSGSIHS

USGSIHSUSGS

Specific conductance (/iS/cm at 25 C) Onsite

Ons ite Lab pH

3701,100

575850

1,490

1,1901,8903,1801,100

1,460

550560

2,1001,200

1,910

700275

550 533 8.0


--------

-_--------

__----

10.5

__--

8.5

105

Table 6.--Major Inorganic constituents and boron

[Inorganic constituents and boron are dissolved. Local number: township-range-section location, geologic source, see table 2. Source of data: USGS, U.S. Geological Survey; IHS, Indian

mg/L, milligrams per liter; CaCO , calcium carbonate; N,

Local number

!N-lE-03bbb01!N-lE-28acc01!N-lE-28ada01!N-lE-33bbb01!N-lE-34bcb01

!N-lE-35dbb01!N-lE-36cb01!N-2E-03daa01

!N-2E-31ddb01

!N-2E-32dca01!N-3E-17add01!N-3E-21dda01!N-3E-22bdc01!N-3E-22bdd01

!N-3E-23cca01!N-3E-29bbc01!N-3E-34ddd01!N-4E-02cdb01!N-4E-03dddUl

!N-4E-llccd01!N-4E-12ccc01!N-4E-14dcb01!N-4E-19cbd01!N-4E-20cdd01

!N-4E-24caa01!N-4E-27cda01!N-4E-27ddd01

!N-4E-29bba02!N-4E-29bba03!N-4E-29bba04!N-4E-29bbc01!N-4E-31dcc01

Site type

WWWWW

WWW

W

WWWWW

WWWWW

WWWWW

WWW

WWWWW


124WDRV111ALVM111ALVM211FRNR111ALVM

111ALVM211CODY111ALVM

124WDRV



__


__

124WDRV124WDRV


Date of

sample

08-31-6605-05-8801-13-8407-02-6811-02-66

11-18-7005-18-4510-15-4807-02-6805-17-76

05-21-7611-08-6507-24-8005-24-7810-14-81

10-31-8007-22-8006-01-7603-14-7910-20-4807-16-68

08-19-8710-21-4808-19-8711-26-8605-19-88

10-21-4810-21-6010-22-4809-23-5412-03-65

09-02-8111-20-8709-20-8310-05-8111-06-65

Source of data

USGSIHSIHSUSGSUSGS

IHSUSGSUSGSUSGSIHS

IHSUSGSIHSIHSIHS

IHSIHSIHSIHSUSGSUSGS

USGSUSGSUSGSIHSIHS


IHSIHSIHSIHSUSGS

Cal cium (mg/L)

1689842.2

160

200154847

180

1104.26.0

<1.04.0

4.08.04.03.0

6412

7.8421.83.01.0

5.01.66.51.5.8

3.0130

6.33.0

130

Mag nesium (mg/L)

9.73136

.163

10012119.6

61

36.4

2.0<1.0<1.0

<1.01.01.01.0

151.0

3.714

.4<1.0<1.0

2.21.0.3.1.2

1.014

.1<1.033

Sodium (mg/L)

96110100570220

180600282750

27150140120140

14015013016098

290

14021

140160130

230130140140140

150250100150240

Potas sium

(mg/L)

2.54.04.01.38.9

6.0--

2.02.23.0

3.0.4

<1.02.01.0

<1.01.02.02.0.8.6

1.7.8.3

<1.01.0

.81.6.4

1.7.9

3.05.01.01.03.9

106

In water samples from selected wells and springs

see text for description of numbering system. Site type: W, well; S, spring. Principal Health Service. Dissolved solids: sum of the dissolved constituents. Abbreviations: nitrogen; /ig/L, micrograms per liter; --, no data; <, less than]

Alkalin ity as CaCO (mg/L)

170240230890330

__

360170160210

28046

180160150

170180180190320120

270130180190170

78170170170170

140140160160400

Sul-

fate (mg/L)

100340300290730

1,0007304753

570

19025011080160

13015012017084450

5068

110130110

370110130120120

15072060

130500

Chlo

ride (mg/L)

2020143420

26180

5.03.2

33

131510117.0

6.0124.0

157.0

31

4.27.07.7

168.0

399.09.99.0

11

1927101864

Fluo-

ride (mg/L)

0.6.9.9

1.91.0

1.21.2.3.3.5

.32.41.8.7.8

1.11.21.1.8.6

1.3

.8

.4

.71.2.8

2.0.6.4.4.6

.9

.4

.91.2.6

Silica (mg/L)

1.8----

4.115

18--

2415

--

_-

11------

__------

269.7

14199.8 --

1213131112

__------

24

Dis

solved solids (mg/L)

350730680

1,4501,420

1,7201,750

260260

1,030

540460370310410

380430360460490870

390250380420350

700360400390380

4101,220

280400

1,230

Nitrate as N (mg/L)

0.05

2.7.16.07

3.2.97.18.02

1.0

__--

.16

.63<.05

<.05.63

<.104.3.02

__

.11--

<.05

.09

.14

.18<.45<.45

<.05--

1.5<0.05

--

Nitrite plus nitrate as N Boron (mg/L) (ug/L)

1900.69

__

2,900660

13,000

7060

_

300__

__ --______

200310

1.4300

.10__

<.05

380__

220__

100

__

<.05____

170

107

c

ooXI

TJC

(OO)

O(O

CO

ro =3

4-> -

O

ooO.

E3TJO00Ei

rjCD i-

ro oo

21 g

i S

r 3

ro -r-

o u

COU!_ «f-

3 O

O

OOCOrO

O0"TO

UQL

"- r-

O>

O O

C t

r O

U

CDCX

OT

CO +J

00

"rO

UO_J

_J S_J1_J Xff_JO)EftJ4->roTJCO

lo.E00COoi_ot/iCOQ.H->

s_0) XJ3c

^.totomCO

i-H

IX0000oooCO1ini-H1O2:_Ji-H

3O=8ro CMCO1LU

"3-

zi-H

ooCM

0(0i-H

CM

inoo00o00

IDCO1ini-H|0^>

C£.a3CM

3O

rO

CM

CO1

LU

"3-

Zr-4

in ^ti-H

0 0

«O IX

i-H i-H

T-H rxi-H

an CM

CM

t-H

00 00

C3 C3

00 00

ID 13

f-H in

in to

i i

IX CM

CM O

1 1

O CM

^

ex.a

CM

3O

TJ TJrO

CO1LUZ1 4

cn0CO

i-H

i-H

00

00ooin|CMO

|

cvj

^>râCM

3O

UraJ^CO1LUz

IX

oCO

T-H

i-H

T-H

COCM

00ooo =>T-Hin1(0CM10T-H

^>rvaCM

3cTJJ2CO1LUzT I

anT-H

010

o00CMôoC3oointo1COCM1ano yO_ 1^Ci-H

3O

XJ rOro mT-H1LUinz

toi-H

inCM"*antoin000oo13intoini-H1Cno2:_ i

<ci-H

3O

U(JuCOT-H1LU1Z

CM

OCManl-H

T-H

,3.fx»

00

t i

i-H00ooo|Or 4

^>

C*£

a3CM

3O

TJ

raTJ COCM1

LUZ

CM

OCMto00-3-

OOi-H

00azoooCM|

in0;>a:a3CM

3OJQCM1

LUZ

CM

i-H

CO

ini-H

-3-

c3-0>

OOC3

OOintoiinT-H1

an0^>a:0CM

3O

TJ UUCM1

LUZ

CM

OT-H

oCM

i-H

ir>oo00

^c.toCO1coCM1Oi-H

>ceo3CM

3O

TJ J2ro

CM1

LUZ

CM

toCMinCOIX

oCM

t-H

00o00anCOii-H0

1an0>aeQ3CM

3O

TJ

1cvjiLUZ

CM

0CM^CM

Oan00to00^Ci-H001oT-H1CO0"êx.a3CM30

rO

TJtoCM|

LUIZ

CM

,1CM

O00CM

00OOOCM

IX1

T-H1

too^>

ce03CM

30

^

£1JZCM1

LU1Z

CM

CM

T-H

oCM

COanano00CO00o00anooiT-H

o1

an0>a:aCM

30

ro TJ-QtoCOiLUZ

CM

O,3.

CM00CM0rxi-H

00^cinCOiCOo1CM0"â:aCM

30=8toCO1LU1Z

CM

O O

"3" t-H

-3- O

to o>t-H

Oan

T-HCM Vo

"3- in

0000 00

^C ^

in o

oo oo

i i

00 co

i-H T-H

1 1

"3- O

0

r-H

21 >

> a:

J Q

< 3

I CM

3 3

0 0

_Q

(O J2 TJ

U TJ

CM

<7>CO

T-H

1 1

LU LU

CM in

1 1

Z Z

CM CM

Oi-H

OCOi-H

oT-H

0^00^.o001CO

r 11

or 4

^>fy03CM31TJ cnr

t

1LU

IT)1Z

CM

1010

oCOCMO**0CM

00

^Ccni0iCO0^>a:a3CM

3O

XJ XJXJ COCM1LUmzCM

OCMOIOÔi-H

T-H

CO

00^cin00iinCM|CM0>a:a3CM3O

ra (0

cnCM|LUinzCM

OinoCOCO

0i-H

CM

i-H

00^:CO

00iCOi-H1i-H

T-H

^*

f\?

a3CM3O^

ra<OcnCM1LU

inizCM

Oi-HÔ100CM

i-HIO

ooazCOî-H1cn0â:O3CM

3CMO

J2

iOrO

CM1

LUinizCM

OCM

O00CO0i-H

toCM00^Ccnii-H110o>a:o3CM

3i-HO

ro.aCM|

LUinzCM

0CO0cnt-H

CM

t-H

cnto00^CantoCMiCM0C_)rycer

CM

t-H

3CMO

TJU cnCM1LUinzCM

-3- 00CM

O O

in to

CM IX

10CM

o o

T-H OCM

00 00

O C3

00 00

oo to

* to

1 1

i-H i-H

CM O

1 1

O

T-H

^> "^

O£ CX

Q Q

3 3

CM CM

3 3

O O

TJ <O

TJ Ô

O U

o cn

CO O

i i

LU LU

in T-H

z z

CNI CO

COtoo0in-"inT-H

oint i

ooC3

OO10

to1CMO

1T-H

^>a:o3CM3OTJ

^1i-HILUl-H1Z

CM

0cnincnCM

toCO00

CTJ

OO10to1CM01i-H

^>ceo3CM3O(J00i-H1LU

i-H1Z

O

1 «3-

tO

O CO

i-H CM

CO

«3- 0

o o cn

in to

CM O

i-H00 î-H

o cn

00 IX IX CM

i-H CO

i-H OO

"3- CM tO CM O

co in

ix »a-

to

oo oo

oo oo

ooC3

C3 O O C3

00 00 00 00 00

=> 13 ID 13 =)

to to

to o>

cnto

to "3-

oo oo

i i

i i

ito

to co

ao co

CM CM CM

T-H ,-H

1 1

1 1

10 0 00 O 0

î >

a: a:

a a

3 3

i i

i «3-

"3- 1

1 1

CM CM

3 3 3 00

00

O O

t-H O O

"O

rO O XI U

O XJ

<O TJ U

U

ro ro

TJ XJ

T-H CO

r-i CO CO

CM CO CM

T-H CM

1 1

1 1

1III

in in n f

HI

53- m to

co "3-

1 1

1 1

1z z z z z

in in

in to

to

toCO

cnCOCO

inooi-HOOC30013cnooi00i-H1oi-H100o

(Ju

cnCM|LU1Zto

O CO

i-H i-H

CO

T-Ht-H

i-H

"3- CO

CM

«3-

T-H 0

^ IXin

00 00

C3 C3

00 00

13 3

cn cn

CO 00

| |

00 CO

CM CM

| |

0 0

OH

(X.I

1 o a

o o

t-H i-H

CO CO

CM CM

00 00

O O

TJ rO

O O

1 1

LU LU

in in

z z

to to

cn CM

CM CM

0 0

oo in

to oo

CO CM

00 CM

"3- in

00 00

C3 C3

oo oo

cn in

oo to

i i

CM 00

i-H CM

1 1

cn »3-

o o

z >

H Of

J Q

C3 3

l-H ^3"

IX CM

CO

T-H

3 3

O O

ra rs

u u

u u

in cn

t-H t-H

I |

LU LU

tO

T-H

Z Z

tO Pv

00

O

water samples from selected wells and springs--Cont1nued


300110170170170

170340150130180

270120120140--

220140320150140

12013013020098

200130360170110

5962

230140190

300200160240180

Sul-

fate (mg/L)

8622016017099

9670068

130280

4786

310120860

1,40048098

230230

360850520

1,400690

390380

1,8003,3001,200

1,4001,800

1402298

18024

1,5004667

Chlo ride (mg/L)

7.01613118.9

10316.26.0

12

3.0616.54.0

20

13010329.06.0

1638164034

1528677714

340420

5.02.02.5

3.14.51.81.75.0

Fluo-

ride (mg/L)

1.23.6.4.8.7

.61.5.2.5.9

.4

.3

.81.0.3

.31.0.6.9.9

.7

.5

.7

.2

.9

1.41.2.4

1.2.4

2.23.8.8.2.4

.4

.4

.60.2.7

Silica (mg/L)

389.5

117.58.3

121213

----

26

20----

35----__--

__--------

__

10186.9

11

5.74.9

141511

1421119.7

11

Dis solved solids (mg/L)

480480450460350

3501,460

270320600

370340590310

1,460

2,950820500520500

6901,460

9802,2401,210

810760

3,0605,1101,910

2,6403,400

430190330

540250

2,240300280

Nitrate as N (mg/L)

.14

.05

.14<.45<.45

.11----

<.05<.05

.38

.06--

<.05.04

__

.232.3<.05<.05

<.10.90

1.1<.053.2

.74

.18

.02

.02

.02

.02

.02<.45

----

__--__--

0.18

Nitrite plus nitrate as N (mg/L)

..--------

__--------

__--

<0.10--

100--------

-_

--------

_-

_---__--

------.59

<.10

.191.2.14

0.47--

Boron (u9/L)

18034016013070

24027020 --

50--

80----

380--------

_---------

__

4001607050

190230--

2020

20506012030

109

Table 6.--Major inorganic constituents and boron In

Local number

7N-lE-32dad017N-5E-31dac018N-2E-05bcc028N-2E-llbac018N-2E-12bcc01

8N-2E-13aba018N-3E-01cda018N-3E-01cda028N-3E-02bca018N-3E-02dca01

8N-3E-30bca018N-3E-32abc018N-4E-07cab018N-4E-16aaa019N-2E-32cbb01

9N-2E-33cdc019N-2E-35aaa029N-2E-35bdb01

9N-3E-33adb019N-3E-33adb02!N-lW-05bda01lN-lW-18bcd01!N-lW-29bdb01

!N-lW-30ccb01lN-lW-30ccc01!N-lW-33ccc01!N-2W-26acc02!N-2W-26bdb01

!N-2W-26bdc01!N-2W-26bdd01!N-2W-26cba01!N-2W-26cbc01lN-2W-26ccc01

!N-2W-26dcc02!N-2W-35acd01!N-2W-35adc01!N-2W-35adc04!N-2W-36aac02

Site type

WSWSS

SWWWW

SSWWW

WWS

WWWWS

WWWWW

WWWWW

WWWWW


217CLVL231CGTR

211FRNR217CLVL

211FRNR111ALVM

--

111ALVM

__

211FRNR111ALVM

--

__

111ALVM

111ALVM111ALVM124WDRV

--

112TRRC

111ALVM111ALVM

111ALVM111ALVM



Date of

sample

11-10-6907-28-8909-14-7606-22-8906-21-89

06-21-8909-17-7609-17-7603-08-8903-07-89

06-21-8906-21-8907-22-4607-23-4609-14-76

09-14-7607-22-4608-19-8801-06-8903-06-89

06-23-8909-14-7611-04-8011-17-7008-01-89

10-01-7605-31-8507-21-7607-10-7801-20-84

05-13-8709-01-7702-08-8810-15-8011-09-78

12-03-8103-24-8110-05-7609-01-7708-27-76

Source of data

IMSUSGSUSGSUSGSUSGS




USGSUSGSIMSIMSUSGS

IMSIMSIMSIMSIMS

IMSIMSIMSIMSIMS

IMSIMSIMSIMSIMS

Cal cium (mg/L)

23012093

180180

12010059369.7

8913010

110150

270290160170170

1101502205744

4675472852

5434284531

3254

10041

540

Mag nesium (mg/L)

6444367069

435823113.3

39568.1

4129

120120696769

4355832326

4.018255.0

18

137.06.0

103.0

10192615

500

Sodium (mg/L)

621820

270290

91230240230620

1724

----

60

180--

110100110

891204503633

5.011212.0

13

534.0

19134.0

212805353

350

Potas sium

(mg/L)

2.62.11.97.9

11

6.23.73.02.42.0

5.46.2----

2.8

3.9--

2.72.92.8

1.11.46.01.02.2

6.03.04.01.03.0

2.02.01.02.01.0

2.06.0

102.0

30

110

water samples from selected wells and springs --Contlnued


190210180310

280150180260380

110170450270300

330250420420420

240390350--

170

13017019085190

2301109714090

140310320210570

Sul-

fate (mg/L)

740320200

1,2001,100

400810550380990

310440

2,7001,100

300

1,2001,000

570530500

380470

1,500110110

9.0110568.0

32

9.05.0

10269.0

3337013065

3,500

Chlo ride

(mg/L)

5.26.52.73.26.3

3.015159.4

15

4.34.6

52305.3

6.6165.24.44.6

5.9123.03.58.7

5.08.06.04.06.0

457.0

243.05.0

2.7100157.0

20

Fluo-

ride (mg/L)

.8

.4

.41.51.7

1.0.6.6.4

1.5

.91.02.8.8.5

.8

.2

.2

.2

.2

.71.02.4.4.9

.2

.2

.3<.l.5

.2

.1

.1

.2

.2

.31.2.5

0.8.4

Silica (mg/L)

1219111518

174.05.78.29.6

1216

----

24

25--

262628

3332

--

1111

__--------

__--------

__--------

Dis


1,240650500

1,8601,860

8501,3101,010840

1,880

540780

4,5601,860

750

2,0001,6801,1901,1501,140

8301,0702,460

360340

180320290100240

320120150180110

1801,020

520310

5,250

Nitrate as N (mg/L)

--.95----

__

0.84----

__------

.09

.16--------

__

.27<.05.43--

5.0.90

3.0.38

2.0

1.3.20--.08.36

__.28--

0.50--

Nitrite plus nitrate as N Boron (mg/L) (jjig/L)

120.84 90__

<.10<.10

<.10__--.12

<.10

<.10.24____--

____

<.10<.10<.10

5.3----

1,800.21 90

______--

____

.13----

__--------

111

o-QC

rtJ O

)

(O

0)

1</> E

<a 3

i i

>f_

Q.

B.^TJ

OCOE

CD T

-rtJ

t/JC

1 E

r

3(O

i-

o

u

0)ui-

4-

3

OOCO0)

<o o

0la

uQ

. -f

i-

O)

u

oC

r

r 8Q

. O

)

0)

-»-> f

CO

*rtj

(Jo_)

^^

_ 1

O)

>^"-'

_ 1

1Xw'

_-J"**^

1!_ 1

D)

E(O M(OT

J0)P

i-tot/j0)(Jot/J0)Q.

>>-M0)E3C

OCO

oCO

IC

OC

O

oCO

Xrxtxi

Iin

CM|

or 1

S_ 1

J31 4

O

(O

(J

(O

(OC

O1

3CM

Z1-4

Oin^.

co(O0enCO

-~Ccoi;U1C

M1-1

^"

^>i

J3CM

O(J

(O

(OCO1

3CM1

Zi 4

O

O

CO

CM0

O^a-

coC

M

i-l

o

«oco

coC

O0

O«o

rx

CO

C

OX

-~C

rx in

rx oo

i i

en u?

CM

C

Mi

ift

CO

ft O

>-

2Q

>

O i

O <

I ( I 1

3 3

O

O

U

TJ

-a .a

<a

TJtO

(O

CO

C

Oi

i3 3

CM

C

M

1 1

Z Z

i-4 I 1

in"""*

o"*txCO

0txCOoC

O^3

Oenico0icoozCOaC

O

3O

Uu

u

COi 4131 1 1

zCM

OCM

rxCO

coinoCO0C

O^30en|

en t titxO^>

ega3

CM3O

U

-QrxCM13C

M1Z

C

M

Oi i

Oco i i

rxCO

0coCO

"T"

1 4

txco10

C

M1i tO3OU.a coC

M|

3CMZ

CM

CO

O

-4

*±

0 0

in

txC

O

.-4

0

"* co

COco ooC

M

CO

O

CO

CO

^

ZD

*

o

inen

coi

ien

txi-t

Oi

irx

coO

0

^>

^>

ce eg

a o

3 3

CM

C

M

3 3

2 c

T3

to O

"D

CO CO

CM

C

M1

13 3

CM

C

M1

1Z

Z

CM

C

M

OCO^.

inin0CO

~r

i i

COtxiO

CM1

CM

"~*

z.(^_J

53O

_QUcoCM13C

MZ.

CM

Oi (

OI t CM(OC

MenrxCO-T.

\ 4

CMCO1

i (1(OO^>

cco3CM

3O

(O

XJ

U

i i

coi3CMZ

CM

OCO

OCM

C

MenCO

0CMt 4

COoC

OZ

3

0enien< 4|

pv^

Oegzegu_3Oco T

3 U

i tC

O1

3CMZ

CM

O

«OC

M

CM

O

Oto

oC

O

CM-«"

0

Oin

i-

CM

C

O

0 0

o

coIO

C

O

CO

C

Oo o

CO

C

OZD

-"3

en en

co co

i i

T±

IO

0 ft

i i

en o

O ft

z z

o o

_ 1

_ 1

^. ?:

3 3

O

O

(O

<T3 X

J T

J T

3 T

J in

in

i-4

r-4

i i

3 3

i |

Z Z

CO

C

O

txo0

CM

CMCO

IOCO

OCO

IDoen|

co0|

COo^>

ceo33O

(Ou(OoC

M13

iZ

C

O

«-<

CO

oCM

CO

i t

CO

txCOoC

O^3encoiC

O

01

COo^»

*

^>

_J2i3o(Ou(O

I (C

M1

3

1zCO

i-l C

O

*±

CM

O

Oo

co

lO

O.-4

en i i

0 0

IX

CMCM

CO

CD

C

OC

O ^

=>

t

en en

co <o

i i

^ o

O ft

i i

CO f

0 ft

^JT

^>

^**

Q£

_1

Q<

3

3 3

O

Ou

-a

<a T3

u

toC

M

i-lC

M

O1

1

3 3

1 1

z z

co co

COI t

ooCO

COent i

inCOoC

O^3encoio|

COo^>

fYQ3CM

3O

T3 T

JrtJI (o13C

M1Zco

*±CM

CO0(O**

CO

OCO

^3in(Oi01, 4"~

*1

O_JoCM3O

_Q

U

(O

txf 11

3CM1Z

C

O

oCMOCM

C

M

Oft

enCM

CO

T*

i l

cocoirx0|

(Oo^>

ega3

CM

3OrtJ T

J _Qrxi ti3C

M

Z

CO

o o

CM

C

M

CO

O

rr coC

O

o0

ft

I 1

\S

CM in

in

.-4

00

CO

T"

T"

1 4

1 4

ft co

co co

i i

co in

CM

ft

i i

IX

T±

0 0

1 ^>

o

eg l

QO

3

CM ^d-

fi

CM

3 3

O

O<o

u<J

U

IX

CM

ft

CM

1 1

3 3

CM

C

M

Z Z

co co

co(0(0txenCO

CO0oo=>intoioii i"""*

^>ega3

CM

30«3(OO13CO1zCO

O_,

,_,^"oC

O

0co00

T"

1 4

0CO1(Oo10I t

^>

eg3CM

3O

(O<T3

O|

3cozCO

enoCMO0CMCO

OO

:=>0enicoCM1

(OozceOCOi i

toCOooo-Qu-Q

0i t13inzC

O

0,_,

o(O

CMenf«(OenoooCO

=>(0(O1I 1C

O1o^>

ega3CM

3O

_Q

J3

U

*±O1

3i t

Z

CO

lO

i-l C

O

o

en <±

COC

OCM

co tx

CM

O

CO

O

oo oo

o o

OO

C

Ors

ID

to

into

to

i i

en ^d-

fi

0i

iC

M ft

i 1

i 4

>

2:

cg -s>

Q

13 <

CM

ft

r t

i 1

3 3

O

O

(O

T3

rt3

.Q

TJ

J3

in

coC

M

O1

13 3

i-4

CO

1 1

z z

toI 1

corxfti itoooo0

0Z3oenitoC

M1txo^r

^>

_ J

<cI 1

3O<a.a£t 4|

3CO

z

o o

co rx

o

coi i

i i

to ft

co rx

^- rr

00

00

T"

T*

» 4

t 4

tO ft

tx

co1

1en

co o

o

i i

IX

CM

0 ft

2:

, _ 1

I <C

1

I 1

3 3

O

O

A

J3 u

n"O

<a

ft

CO

CM

C

M1

13 3

co co

i i

z z

0 0

i 4 i 1

0

*C

M

CM

*±

en

CM in

IX

CO

ooC

O

O^r.

oo1 *

o

toco

to1

1rx

co

O

CM

1 1

o

**ft 0

:s o

:>

eg, _

1 eg

< t

ft

CM

3 3

0 0

rO

(C

en CM

CM

C

O1

13 3

co co

1 1

z z

0I 1

I 1"*txtoinC

O

1 4

cotxiCM

O

1COooegegt C

M3Ou

cocoi

CO1z

coCM^j-

CM**

CM

enooo00

IDtoto1toCM1

oI 1

^?

^>

_ 1

I 1

3o

to -&

uCM

O1

3iZ

in

coC

O

CM

en co

,-1

tO

i-4

CO

CM

tO

^

rxix

en

oo oo

o o

oo oo

ZD

-~D

tO

Oto

en

i i

co to

CM

C

M1

1^-

rxO

0

^j»"

^>

^>

Q

g_J

Q<C

3

t t ^

3 3

O 0

U

J3

T3 U

CM in

o o

i i

3 3

i i

Z Z

o o

CO

C

M

CO

O

* coo

CM in

CM

tX

r-l

^3- ft

00

00

T*

T"

1 4

1 4

co in

IX

CO

i i

CM en

0 0

i i

co co

0 0

o

>eg

egeg

Qf-

3

CM

*±

fl

CM

3 3

O

O

ra u

a ja

in

coC

0

1 1

3 3

l i

Z Z

water samples from selected wells and springs --Continued

Alkalin ity as CaCO (mg/LJ

300340340270210

200340290300280

24025042093049

280290--

220140

7397140160140

9312048

430280

160160250180270

230210190240190

Sul-

fate (mg/L)

220420

2,700710400

420760470870380

530610

2,6003,900

290

220170

1,30056052

4601506202345

3.64107608438

4133622028

10085

4206382

Chlo ride

(mg/L)

7.054124046

5.7467.96.0

13

139.2

998877

9.31221294.0

20129.01.02.0

.55115104.8

8.03.14.05.36.0

3.47.46.38.0

82

Fluo- ride

(mg/L)

.8

.8

.2

.92.5

.4

.4

.4

.4

.3

.5

.5

.3

.42.8

.1

.4

.4

.9

.2

.3

.2

.8

.5

.1

.21.4.5.3.3

.2

.2

.8

.6

.7

0.1.2.5

1.2.8

Silica (mg/L)

------

40

13--

7.5-_--

__

1215159.8

2624171219

__----

23--

8.65.41.8

2924

__ --

30--

151614

--

Dis solved sol Ids (mg/L)

6301,0004,0101,310880

8001,4501,0201,520800

1,0101,1704,6306,880

620

640570

2,1301,100

240

770320

1,090200210

100810

1,190600380

230210330240320

390350780350480

Nitrate as N (mg/L)

.535.2.30

2.0--

__

.06 .68

<.10

1.0 --

__--

.02--

.05

__<.05

.16

.43

__

.02

.11

.07

2.0

.15

.431.7

0.32<.45

2.38.6


----

<0.10

.90

<.10 --

__

<.109579<.10

.42<.10

--

.78--

<.05--

<.05----

.20 --

<.10

__--

__--

0.10----

Boron Qig/L)

-- --

__ --

__--

440780--

15012030016030

__----

20--

<10903070--

__----

40--

6050-- --

113

vj

VJ

vj

-xj

CT>

Z Z

Z

Z

Z

1 1

1 1

11

»

1 »

1

>

1 »

C

O

ro

ro i-

1 o

co

iî

\ iî

\ xj

i *

^_**

cr

o>

cr

n

nn

n

cu

cu

n

cr

D)

D)

Q

. Q

.o

o

o

o

o

CO

'Z

. 'S

. C

O

'Z.

( »(

»

Ji

1 »

i-»

-»

o

roi

H-

ro o

Ji

i x i tj

z:

r-

TO o

o

o

xo

3

: TO

Z

O

03

<

O

!-

1 *

O

t »

oo

-»

i->

oo o

i i

i i

iO

I-

* I-

* O

to

en o

o

en

*-

*i

i i

i i

oo

en

en

oo

en

to

to

to

to

en

(

^^

t _ |

f r

00

X

X

0

0

00

O

00

0

0

O

Ooo

oo

oo

1 »

00

vj

en

ro

i-1

co

en o

en

H-

»

i »

co

en

>->

ro

i-» o

Ji

oro

i->

i->

roco

to

NJ

00

O

CO

O

1 >

0

0

Ji

ro i

co

oJi

en

vj

vj

ro

cr>

en

en

en

enz z z z z

1 1

1 1

1co

ro

en

en

en

x:

x:

x: x x

i i

i i

iro

ro

eo

ro

H

- i

ro

en

J*

J*a.

o

cu

cr

Q.

r.

cr

Q_

cr

cu

cr

cr

D>

D>

Q,

o o

o

o

o

sn

oo

s; a x

co

ro

co

ro

co

i »

ro

>~»

oo

»

-D

CD

tJ

O

t)

CO

~

O

CO

C

D

CO

tJ

0

0

-D 1

TJ

xD

"O

xD

T

O

TO

O

O

>->

(-»

Ooo

to

o

o

to

1 1

1 1

1O

O

O

O

C

oOD

ji i *

to o

1 1

1 1

1to

oo

en

s

j en

o

to

en

to

J»

00

C

O

00

X

C

OO

O

O

00

O

00

0

0

00

C

O

i -*

* *

r*~

f^.co

i >

en ji

»-*

o o

o

oo

o

i »

i »

ji i

vj

H-»

enji o

o

%

! oo

co i

ji.

enco

oo

vj

eno

o

o

en

o

» 0

i 1

en

en

-g

ro

ooji

%!

en o

en z en x: co

en Q.

cv

a> o x: ( » i < s: 0 en i ro to | (O o CO

CD

CO to ro i__

koo 0 .p»

en

en

enz z z

1 1

1en

en

en

xxx

ro o

o

CT!

C

O

tOcr

n

n

Q.

n

cr

cr

n

cuo

o

o

xxx >-» i

»i

i ro i

o

O 0

0

0

oo

en

oo

-»i

i i

io

i-

1 ro

ro

ro

oo

to

coi

i i

i***

j ***

j ***

j oo

oo

en

oo

o

X X

X

X

oo

oo

co

oo

i->

ro

coC

D

-C*

CD

O

0

H-»

Ul

CX

) **

sl

4^

O

00

CO

ro

en-P

* vj

o

enO

0

ro

co

j^

H->

0

O

O 0

en

en

en

4i

J^-z

.-z.-

z.-

z.-

z.

1 1

1 1

1 Pf

c 4^

j^k

en

en

i i

i i

ico

co

co

co

o

co

ro

»-

* en

«n

o>

Q»

n

B>

o>

n

Q.

cr

n

o»

n

n

a.

o>0

0

0

0

O

x x

x:

co

co

H-»

ro

>-»

vj

eo»

-

4>

i *

*»

i *

> x >

-n

s:

r- o

r-

r-

o

<

xD

<

1

CO

3:

<

s:

o z

O i

O 0 0

co o

oo

en

en

i i

i i

i!-

o

o

ro

ro

en

co

ro

oo

toi

i i

i i

00

0

0

*NJ

to

tooo

o

oo

o

o

X X

X

C

O

CO

00

C

O

00

O

O

oo

oo

Ji.

en

to

en

*>i »

o

ro

to

cob

roH

- o

J^

ro

CO

O

O

H

*

O

i »

i-1

en

roro

co

en

^

jô

en

1^1

H-

»

vj

roo

o

en

o

fs.

;x

f».

f».

jx.

-z.-

z.-

z.-

z.-

z.

1 1

1 1

1^ X

^ ^ ^

1 1

1 1

1i->

ro

ro

ro

ro

J^

"N

J cr>

en

en

Q,

D)

cr

Q.

D)n

cu

n

o>

cu

Q

. n

cr

n

Q

.o

o

o

o

o

oo X

X

X

X

co

i-*

i->

ro

rol->

ro

-

«

Ja.

Ji

0 1

> X

X

o

xD

(

a

a

i

TO

<.

TO

TO

TO o

s:

<

<

O I

O

O

Oen

H->

oo

co

co

i i

i i

iro

o

o

ro

»-»

to

to

ro

oo

i-1

i i

i i

ito

oo

oo

oo

oo

O

Co

to

00

0

0

CO

X

C

o X

X

CD

C

O

CD

C

O

OO

oo

oo

i->

i->

ro

en o

oo

en

o o

en

o

co o

ji

co

en

A.en

en

i-*

i-*

»-»

b

o 1 '

ji

vi

en

to

OoH

- ro

o

>-

» o

1^1

A.j »

O

CO

>

*

oo

oo o

o

Ji

Ji

Ji

Ji

Ji

Z Z

Z

Z

Z

1 1

1 1

1Ji

Ji

Ji

Ji

Ji

ro

ro

ro

ro

ro

en ji

co

co

coD>

cr

cr

D>

D>

o>

n

o>

a.

n

Q.

n

cr

n

o»o

o

o

o

o

X X

X

X

X

ro

»-

»

i »

i »

ji

ro

ro

ro

roX

t i I i

O

TO

TO

TO

TO

TO

7

0

70

7

0

70

<

O

O

O

O

O

O

O

O

Oen

vj

OD ji

roi

i i

i i

i *

i *

o

ro

t *H

- CT

> co

00

00

i i

i i

i***

j ***

j oo

en

oo

en

CT

> to

en

***

j

X

X

CO

0

0

XC

O

00

O

C

D

00

CO

C

O

i »

co

en ji

coi->

to

o

vj

en

co

ro

Ji

roji

co o

ro

en

o H- '

> »

> '

ji

oo

co

ja>

eno

en

ro

o

o

ro

co i »

ro i »

o o

en

o

o

Ji

Ji

Ji

Ji

Ji

Z Z

Z

Z

Z

1 1

1 1

1Ji.Ji.Ji.JiJi

1 1

1 1

1

ro

en

en

en

eno>

O

. o.

O.

o.

Q.

o.

n

n

cr

cr

n

Q_

D)

Q.

o o

o

o

o

X X

X

X

: 3E

ro

ro

>-»

roji ji

ro

i ji

x x i

i x:

0

O

3D

O

xD

xD

T

O

TO

< <

O

<

O

O

i-1

O

Ooo

ji o

vj

to1

1 1

1 1

o i

ro

ro o

ro

to

en

Ji

eni

i i

i i

oo

***j

en

vj

oo

10

oo

en

to o

00

X

C

O X

X

O

CO

O

C

O

CO

00

0

0 en ji

enC

O

H-»

Ji

00

V

J

K

-

O

H-

roH

- ro

oo

ro

en

o

o

ro

vj

roro

ji

oo

en

ooo

o

en

en

o

CO

1

>

CO

C

O

oo o

en

o

o

ji ji ji

z z z

1 1

1Ji

Ji

Ji

1 1

1en

en

ji

o.

D>

nD>

a_

n

n

D>

cr

o o

o

XX

X

i '

ro

i-*

ro

Ji

i i

X

~nTO

O

TO

T

O

TO

Z.

o

<:

TO

O 0

K

-to

co

H-

"1

1 1

o

ro o

en

i-1 ji

i i

ioo

oo

en

o

en

en

X X

00

CO

C

O

CD oo

Ji

Ji

CO

en

oo

co

1 »

K

- »

1 »

cn

oo

K-

K-

enro

oo

oo

ro o

o

ro

co

ro0

0

Ji

Ji

Ji

Z Z

1 1

Ji

Ji

X X

1 1

Ji

tOcr

n

Q.

D>

n

a.

o o

^ ^

( »

1

»ro

ro

i i

xD

xD

T

O

TO

o o

O 0

ro

ooi

i -»

o

1 «

C

O1

1oo

oo

X

CO

00

C

D oo

Ji

Ji

CD

en

ro

roo

o

ro

co v

i en

ro

roO

f-

c i

3

0

cr

na>

o^

c+

C

O

^

r+CD

CD CQ

tJ

co

CD

T

O

O

*

c

n-i

O

On

co

-

CD

-* "D

n

cu

t/> cu

o3

O

cuTJ

-*

> H

-

CDCD

CO

a.

o

cu

o

cr^

~ ^>

"^

o>

n CD

x"*

s

3

n

oLO

-

1*

CU"^

C

r-

3

i^^f*

<~*

n3

CD

3:

tQ

oo

CU«

^

_..

(Q

r c

i>

3

x^

00

3

0C

O

Q.

i c

«

3

x*~x

"O

3

(/>

O

CO

r+ *~

. c.

cu

r- 3

t/>

1

cu cr

CD*

en i i cu O -J J* =] o -> C

O cu n o o 3 V) c CD rt-

cu a.

cr o o ^-



210240140350190

240260320

1,460250

380460270370180

210150330200220

18027

260160160

8676011054

260

600140300320350

7483----

190

Sul-

fate (mg/L)

5515

1,2008425

56022712.0

28

511201930

150

14089097

210420

162.0

1101,900

45

2.0466911

130

1,60049

2,300700900

4404.0

790230170

Chlo ride (mg/L)

4.415

120862.0

136.07.2

74150

58173.1

1015

17146.38.09.6

5.0.5

8.05.02.0

1428106.0

13

22012764125

86.5

7.04.82.6

Fluo-

ride (mg/L)

1.4.8

1.61.1.9

.51.11.38.83.8

1.41.3.8.6.7

.4

.2

.3

.7

.1

<.l.2.4.4.2

<.l1.1.4.2.2

2.1.4

1.11.0.3

3.4.1.5.6.7

Silica (mg/L)

27__

7.4 --

__--

31--

3.8

__

2427

--

____

10--

17

116.0------

__ __

8.7

9.4

141610

__

16111010

Dis

solved sol Ids (mg/L)

320280

2,170630240

1,080320470

1,710560

550670330440430

4701,370

480460820

21037

4102,790

220

11090021076

490

3,200220

3,6901,3601,650

880110

1,330480420

Nitrate as N (mg/L)

.96__

101.5

<.052,0.16

<.10__

1.1<.45

--

3.0--

__----

3.8--

__--

.13

.37--

<.05<.10 --

<.45<.10.02----

0.02--

.02----


1.1__ ----

__--__--

<.10

__--

1.5__--

<.05<.05<.10

--<.10

.60<.10

----

.09

__----__

<.10

____--

<.10.10

__

0.76----

.10

Boron0*g/L)

150--

2,000 --

__--

340--

1,400

__

20130----

__

90

310

20<10------

__------

170

480--

60590--

170<101104020

115

Coo

.a-ac

to(Oa>

totooQ.1CO

to2:,'tood>u3oCO0)-M(O

QUsQ.

UCQ.

E=3toB13ÔE«r

toQ>CE r^

U<4_

O<r-ou r COo"od>CO

CD-l->^

CO

r-0o_) -»E"~__J1_J^ ^COE^CDE(0

3?x>CDf^toCDUi_13 0to

CD(X

>>

-MCD-Q=3C

I-H

CM

r-l

ininCM,_,inCO

CO^^cn 00too00o1CO

0rajQ eamCM3I-HZ

ocorx.co0000ocor-l

COX1 <

cn to|oI I1I II 1

^_QOO

i Ir-l CM30to uinCM3i iz

otoocoCMOinCMoCM**

COXoo100CM1COozoXr-lr-l r-l

3O U

jQ

UtoCM

3i i

Z

toCO

CM

toI-H

m^COoCO

^)i

cn00inocnoCO^r0Q_

0O

rrCO

o oea

eaoCO13"Yz

rx.

cncn T-H

oCOCOCM

CO0CO =>cn00inoicnozC£0CO

I 1toCOCO

0

JQU Uo

co3rrz

CM

CM^COCO

I I

rxCO

COC3

CO13Ooocni iioi iii CLI CM

i 1

COo-Q«I 1

3inrx

rxi i

I-H

O

0>

rx.CO

CO0CO

^^

o

ooinoo0ii a.i CM

i 1

CO

o o

rtj .acoI-H

inz

oo IcnCMCO

oI 1CO

CO0CO^^

o

oooI 11oI 1

_J1 a.i CM

i 1

CO

o

oCO

I 1

3inz

CO0COoI 1

tooCO

CO^^

cn 00cni ii0I-H1

CO

0 a

totoI-H

3COZ

0CM

0CMI-H

toCOo00COXh-4

o00^>«-H|oI Izo_J5I-H

30 auI-H

oLUI-H

CO

oCO

oinoi ioinCOCO

^Cto|« 4

« 4I

inoQ£zC£LL.

CM30u

x>oI I1LU1CO

"3-

inotoCM^ô>otoCOCOaCO^)i

to to1inCMi0I Izo^c.r-l

"go o u uin « iiLU,CO

00CMOCMinotoCM0to"*COXrx1tOooi ii3;

0(J aI-H

LU,CO

o(X,

OOCMOI 1

oI-HCOCOT*

I-H

O>|

OCO1

I Iozo JXI I

3o 8ea

CM

LU,CO

0,3.

in00toto0i i

CO

^1 1

rx|cni iii i0zo_JXI 1

3CM

CM

LU1CO

0r-lv

OtoI 1

oI-H

o00CO

*T"

I-H

.-H

001«-HCSJ|^-

OQ£Z

fV*

LL.

CM3: oea

CM

LU1CO

to,-J.

oCOCMoCMI-H

0CMCOOCO^în toCO

I-H|00ozo_JXI-H

31

0

ea

JQCM

CMLU1

CO

OinoCMoCOI-H

OCMCMCO0CO^^

to to1ooCM1^0

oto0CM

COOrH

OCOCMCOoCO*în toimooi i

zo Î-H

30U.aCMCMLU1

CO

CMCMOCDCMOCMOI-HinCO

^.

&|

inorx.oi i3;0 U

TJ

ea

CM1LUlCO

o.-HoI 1"otoCMOin"*CO

:c.toItoCM1Ôx_aoor-lI 1

30

TO

TD U00

CM

LU,CO

coCMini i

toCMCO

toCOoCO

"^^

in toitooi0I 1

C_)ry

rv1

CM

r-l

~jOto"O-aF 1

CO1LU1

CO

I-H

CM

i 1i 1

I-H

COo^COC3CO^în toiinooi i

ocecei CMI-H

3;UfaCM

CO1LU1CO

oCO00CMOCOfX,

OCOXh 4

torx.i00I-H1Ô1 13a uCO

COiLU1CO

I-H

COocnCO00I-H

co00COC3CO^în to|(Oo1I-HI-H

~9*

"^

C£.U. inCM3OcnoLUCM

CO

to^3.

OtoI-H

O00oI-H

CO0CO^^

in toiCO0I 1I-H

zo_J x.I 1I-H

3;

0.a .acn oiLUCM1

CO

oCOoCMI-H

00tooCO

r 1

CO

C3CO*^to to00CM1ô

oCOoo^-

toCM00

CO

^.I I

rxirx.oii ir-iTF^>i

I-H

30Uouo1LU

CM1

CO

TCOoCMinCOtorxCOOCO

^)i

o

o>1Ps.CSJ|too>cea3CM3;0u u

ao,LU

CM

CO

O,3.

OOr-l

i 1in0i ii-H

COoCOîo

cn|Px.CSJ1<OO><yo3CM3(O TJ

O

,LUCM

CO

O00

OOCOorx.oCOCO

*T"

I-H

001oI-H1oI-H>lceQ3CM3OUuCM1LU

CM 1

CO

oCOI-H

ooCMI-H

inCO

i~i i

to|oCM1rx.o>cco3CM30T:T3-aCM,LUCM 1

CO

0COrxCMO

roP^^>COm* 4

§to01000>ccQ3CM30toCO,LU

CM

CO

inCOoor-lOOini iCOOCO^ô o

1toCM1<oo^>

fV*

a3CM30(Ofa fa *,LU

CM

CO

0,3.

OCMr-l

ininotoI I

CO

*T"

I-H

001oCO1I II I

>Q£Q3CM30fa fa'*iLU

CM

CO

O(O0I ICMCO

inOI-H

CO

*T"

> «

cnir- 1

r-l|Ô>ce.Q3CM3Orar-iiLUCM 1

CO

^f

OcoI I

0I-H

orx.CO

*T"

h t

3I-H

O00o>fv*a3CM30 U.araCM0LU

CO1CO

oI 1

oCO

I 1

0^-

o^COX1 1

a>rx.ioCMrx.o>cc.Q3CM30

TDraCM0 1

LU

CO

CO

o o

co in

0 O

<a- in

i-H .-H

o o

CM

i-HV

0 O

00 rHv

CO CO

^. 31r-H

1 1

to a>

rx rx.

1 1

r-l 00

CM O

1 1

in rx

0 O

> >

Q£ CC

Q Q

3 3

CM CM

3 3

CM

r-l0 O

TJ T3

fa <T3

CM CM

0 O

1 1

LU LU

CO CO

1 1

CO CO


Alkalin ity as CaCO (mg/Lj

190--

290180180

20015016072

240

440280230350150

180260280270270

220230230310490

320260270250320

140200100270240

330160170230190

Sul-

fate (mg/L)

56540

2,2003.05.0

10101017

330

1,9001,5003,1001,400620

1601,2001,2001,5002,600

2,8005938

1501.5

690560340530520

1,60017068

480540

610140120130130

Chlo ride

(mg/L)

2.17.6

23.6

1.2

1.2.9

1.1.8

15

7721111410

1717222422

161.92.68.0

290

1818121810

5418151734

591014148.0

Fluo-

ride (mg/L)

.6

.9

.6

.1

.1

.2

.2

.2

.2

.8

2.51.4.2.8.9

1.01.0.9.9.2

.2

.9

.9

.62.6

.9

.81.51.0.6

.6

.8

.5

.20.6

1.11.51.31.01.0

Silica (mg/L)

1114

--108.0

25312522

__

17------

__

171619

--

__

1819

6.9

2017

--

1216

__--

15--

__------

Dis


260950

3,200190180

240200210130730

3,3402,3904,8202,2901,050

4602,0002,0102,3803,910

4,120330290520990

1,3401,070800

1,0701,090

2,410480230980

1,060

1,280390370390410

Nitrate as N (mg/L)

--------

__------

1.5

121.97.61.18.0

.061.41.6.90

12

10.32.56

2.00

.81

.6110

--

<.101.0.08--

4.5

.82

.05<.101.0<.10


.22--

.07

.11

.40

<.10.27.20.25--

__--------

__--------

__------

----

<.10<.10

----

1.3--

__--------

Boron (M9/L)

20200--

<1020

101020----

__

440~--

__

470390630--

__

8050--

180

32020--

500370

-- --

160

----------

117

oo

oo t .p.

m o CO Q.

Oi n o SL ro SL

O

3D < 0 XI t C

O1 > 1 oo 1 > :r oo CO b i «

o i «

00 o 1 « o

oo 1 .p.

m t o CO

Q.

Oi n o SL ro s:

o < o o> 1 1 «

tO t XI

to :£ oo 1 « oo o 1 «

f\i

00 o l>0 o

00 t *».

m o CO n Q.

a. o 1 > SL r\i

o 33

^ i »

O t I »

O t XI

XJ ^. 00

1 « o 1 « b i «

to o 1 «

o

oo 1 .p.

m i o CO n a> n o SL

IN5

SL a 3D <; - o 1 CO0 1 X

IX

J :r. 00

/\ t-» b i «

b i >

oo o ro o

00 t JSk m i o f"j cr D> 0 s: tss

0

3D <;

0 i « 1 C

O o 1 XI

(O :r CO

l\5 b NJ

0 to o I_J

0

00 1 4^ m o INi

n D> cr

o INi

s: r>o o 3D < 0 en i co K- ' i

\J (O X co i «

O XI

o ro tO o ro o

oo 1 4* m i o

ro cr n Q.

o SL l\5 SL

O

3D < 0 CO 1 1 « 00 i XI :L.

CO

/\ 1 « o i '

b IO o 1 «

o

00 1 .p.

m o cr cr Q.

o SL

Ni

SL

O

3D< 0 1 N

iO 1X

^J to :r. oo ro b i «

b oo o i >

o

oo 1 CO m i ro

en a> cr cr

o SL ro SL

O

3D< 0 i «

t i «

to t XI oo ^. 00 ro o i «

o XI

o 0> o

oo 1 co m 4* n cr Cw o SL

i «

| Z i «

O t O en t en c.

00 o oo XJ o XI

CO 00 o CO to

oo 1 CO m ro n a- Q.

o SL ro 0

33

<^

0 XI 1 f\i o 1 CD o oo 0 oo 4* oo 1 >

00 o CO

00 t CO m 1 ro Ql

D> n o SL ro SL

0

3D< O i « I ro C

O i 00 en ^.

00 .p.

o 1 " o en o t

T

o

oo 1 CO m i CO n cr Ql c SL l\5 0

33< O en i i «

00 1 *».

en oo 0 00 i «

en tss ro en O i

CO i CO m t CO a> n n o SL IN5 s:

o 33

< O XI t ro C

O t IO o oo o 00 r\i

CO i *>.

o CO

oo 1 CO m i oo Q.

Q.

DJ O SL i >

r~ s.

i «

i « i o C

O i o> en c. oo o CO i «

a> o en oo ro CO o i >

o

oo 1 (JO m i XI

Q.

a_ D.

o SL ro o 3D

<;

o XI t ro 0 i (O o c: oo o 00

<7>

ro IS> i «

XI

o ji

OO 1 CO m i XI

cr n cr o s: INi

SL

O

33

^ ^ I « 1 0 C

O 1 o> en 00 O 00 en (O Ni

XI

CO r\i

i «

Lo i CO m i XI

DJ n cr o SL ro SL

0

33

< O o> 1 PO

XI 1 OD

O c

oo o 00

05 o (O CO oo ro ,_.

(O

oo 1C

O m i CJ) n n Q.

0 SL

Ni

O

3D < O 4& 1 0 Ni 1 XI oo ^ 00

CO o 1 «

o 1 « ro o ro o

oo i CO m i 05

O) D) a> 0 SL

tss

SL

0

3D <C I «

I « 1 O (O 1 00 C

O ^ oo tss o tss

0 1 «

J& 0 ^ o

00 1 CO m i en n Q.

Ql o SL ro SL

O

3D ^ O o> t ro 00 t XI

o> ^ oo ro 0 o ro o o 1 « o

CO 1 CO m i en cr cr cr o SL

IN5

SL a 3D < o (O 1 o o> 1 XI

00 ^ 00 r\i

o o i >

0 1 « o

00 1 CO m i en cr cr Ql o SL i i O 4^ I f\i

.p» I 00 1 »

JZ oo CO o /s 0 CO o 1 « o

CO 1 CO m i en cr 0) cr o SL ro SL

0

3D < O i « 1 O 1 00 en 3;

00 en o o .p.

o 1 « o

CO i CO m i en cr CU a> o s: IN3

SL

O

3D ^^

I «

O 1 O (O 1 00 en ^ CO .p.

o 0 r\i

o rv> o

oo 1 CO m i .£» cr cr n o SL ro o 3D^ o a> i ro o> i C

O o 00 o oo en 00 CO ro i «

O oo

00 1 CO m i r\i

n CU a. o SL

IN5

SL

O

3D < O 00 1 ro ro t XI

00 ^ CO 1 '

4^ o 1 «

XI

CO o ^ o

00 1 CO m i IM n a> 0) o SL NJ SL O

3D <3

O t * t INi

1 oo 00 oo .p.

o K- '

0 4^ 0 1 « o

CO 1 CO m t ro n DJ DJ o SL ro SL a 3D < o (O t o o> 1 oo en 2 00

CO o 1 «

0 en o ro o

00 i CO m 1 ,_.

Q.

n Q.

o ^ r>o SL

O

3D <c O oo i o XI 1 (O o 00 o 00 en 4* ro j^ 0 en

00 i CO m i o cr n n 0 SL

Ni

SL

O

3D < O en i o i XI

0> X 00

4*

O 1 «

o <7>

0 CO

0

oo 1 CO m i o cr n n o SL ro SL

O

3D< I

«I

« 1 O (O 1 00 XI 5 oo 1 «

o 1 «

0 4*

0 i "

0

00 1 co m o n n Q.

0 SL

IN5

SL

O

3D < t

r\) t i «

(O i XI

XI jjjc 00

1 « o 1 «

o 1 «

o (_.

0

00 1 CO m i o CD a. a_ n o SL ro SL

O

3D< O X

I 1 r\)

.p» i CD

O 5 CO

1 «

CO

1 « o i >

o t

o

CO i CO m i o 00 n a_ a_ 0 SL ro 0

3D< t-» 1

« 1 (O 1 00 XJ 5 00

4^ -" en o cr> .£*

t »

0

CO t CO m o XI o. a. n o SL ro SL

0

33

< 0 t ro (O t 00 i «

X CO r\)

CO i «

o 00 00 ro 0

00 i CO m i o XI

Q.

n Q.

0 SL ro SL

C3

3D ^ I >

> * 1 O CO 1 o> 0>

00 o CO

1 « o o 1 « en en o> IN5

0

OO 1 CO m i o XI

n Q.

o_ o SL K> SL

O

3D < O CO t a> i oo 5 00

XI

00 a> XI ^ 0

oo 1 CO m i 0

XI

n n n c SL r>o o 3D < I «

I « 1 O 1

« 1 XJ oo 5c oo INi

XI

O 4* to 0 cn 0

00 1 CO m o

ro Cw Q.

n o SL ro SL a 33 < o o> t 1 1 XI

0> 5 00 o o 1 «

C

O o 1 « o

13 c =3 Lr

CD rt -o CD LO 0 c

n CD (/)

OI

3 -a ^^

(D Q.

O> r* a> /^*s 3 (O. r I i ^^ (a ^^ i CO. r '--'

i 0 n DJ i

oo C-+-

(D

(Q

-O

CD

-5

O..

~~

"

o

nIQ

_..

'

"Dn

DJ a

o

a>-h

r+ (D C

OO

0

C

-h

"1 n 0)

n

o_.

. a>

c:

3

i

(D ^

in

O>

_..

(Q

C

13 oo o Q

.

C 3 C/l

O

c

a>3

M 1

(D a> CO a> a> 13

Q

. cr

o o 13


Alkalin ity as CaCO ( g/L)

180120140150140

120130180180220

16014017035071

170170160180160

180170120130140

220170160150130

280170160160160

150190190320160

Sul-

fate (mg/L)

1201,400

250260110

12010057

110120

140140110750970

731109069

240

13094

230210200

850120160140240

740190200210500

470160230980180

Chlo ride

(mg/L)

9.046158.6

10

8.08.0

11109.0

1028142817

2628131223

8.0148.58.2

26

139.79.0

2010

2818161420

241518

13022

Fluo- ride Silica

(mg/L) (mg/L)

1.1.2.8.7 12.6

.81.3.5

1.01.2

.6 101.31.11.3.4 5.7

.6

.6

. 4

.5

.3

1.2.5.4 11.9 17.8 9.1

1.6 68.5 8.75

1.11.0 8.3

.6 16

.9

.8

.90.8

.81.0.8.3.5


3702,090

520540320

310310290370430

400410360

1,5101,510

330380330300560

390340480460490

1,510380420400520

1,380500500510930

890480570

1,980480

Nitrate as N (mg/L)

.19

.67

.20

.05

__

<.05<.10

----

__

2.9--

3.2--

.90

.68

.05<.10

--

1.4<.10

--

.07--

1.9--

<.45.45--

.61<.10<.10<.10

<0.10

<.10<.10<.10.12

<.05

Nitrite plus nitrate as N Boron (mg/L) (/tg/L)

____

60--

<0.05 __

<.05--

<.10__

<.05__

<.10 150

________

____

<.10 90100

<.10

420<.10

____

<.10

200----__--

__------__

119

OoT3C

(Ooo-M

0)<TJ C3)

to0)

1£oQ.1cns:i"(0

o0)utoCO0)(0o"rtjQ.

OcOu

e

2toE.2

T3O

CO£'«/)0)CS.Û«*-o<*-0o*,»

O)o*o0)cn0)

COfCU

1 ,cn~^^cnE

^7cnE

~cnE(0 4-^(0T30)^»ogs(O(/)

0)UO0)Q.

"*"*

(U£d

Or 1

Ôto01 1

0CMCOXrv.00oCM1

t «O^>

{^Q3CM3O

Oino iUJiCO

o,_,

^0in0« i

0« 1

COXft001cnCM|to0^>

o:o3CM3O

TJ TJ Uin oUJ1CO

oCM

oCMCMt «

in00COX001inV

1

1cn0j^>

{^Q3CM3O UoTJin0iUJ1CO

or 1

^0in0t «

0COCOX0001« 1o1000l^>

fy

Q3CM3O

TJ U

T3inoUJ1

CO

otn0tno,_,o^COXoo0010CM1CM1 1

_^>cnQ3CM

3O

T3 TJ TJOUJ|

CO

oCM

O0too« 1

COX00rviCJ)« 11CM« 1

^>OLQ3CM3O00oUJ1

CO

or 1

N/

Oo« 1

0COCOXrvooin« iicn0|^>

CCQ3CM30

(O000 {UJ1CO

0« 1ô0,_,

0ooCOX. 1001cnCM1in0^>

{^Q3CM3000oUJ1CO

oCM

00CM

OCOXf^s.1cni <i« io|^>

C£Q3CM3O

Uo00oUJ1CO

0CM

Oto0,_,

0CMCOX001^>

1 \1« 1r 1

_^>

o:Q3CM30

TJ O

TJ0001UJ1

CO

o« 1

ocnoCO

,_,*COo00cnCMiinoj^>

{^Q3CM3CM0O

TJ000 1

UJ1CO

COotoftCOooCO

CJCOocniCOCM1pv.0^>

o:a3CM3« i O

T3 U

TJ00O 1

UJ1CO

ot «

o0,_,

o,-J.

COXJ^001int «icn0^>

Q^Q3CM3t «O

Uo(0cn oiUJrr-|CO

sro^rrCOCOCJCOcn00ir>«« iior-4_^>

ct:Q3CM3« i 0TJcn oUJrrico

*rooCM0totoCO

CJCOcn00ir>«« iior 1

_^>

a:Q3CM

3CMO

TJ

(0cn oUJiCO

«=rocnCMcn,-j.

COoCOocni^>CM1

fx.0^>

ct:Q3CM30TJ Ocn oiUJ|

CO

o« 1ôcn0« i

0rrCOX0001ino|

o« iii3O

"3 "3_a0iUJ|co

o« 1

o0cninCOX001o« 11« 10^>

C£Q3CM3O

Uo1UJrriCO

oi i

o00ftt «« 1

COX00001CMt «1CM0^>

a:o3CM

3O U U« 11UJ1CO

0oooCMo« 1

tocnCOX00001in« ii<^-o_^>

{^Q3CM3O

J3(Jt «,UJ1CO

o,_,s/

oin0,_JV,_,»-H

COXôo1CMO

1fx.0^>

o;Q3CM

3aTJr 11

UJ1CO

0t «ô0« 1

0..jl

COX»-H

001CM»-H1

in0^>

^^Q3CM3OrviUJiCO

o« i

oo0CM000COXfx.1CMO

1CM0^>

a:Q3CM30fvI

UJ1CO

0CO

oin,-j.CM

0CO

r-i

COXto1 ^ f>«41PV.0_^>

ct:Q3CM3oUoJ3(V.1UJICO

«=r(V.

o00rr000« i

COC3COinto|00CM1cn0zo_l-JL.

,- 30rtj T3oo1UJiCO

<t(V.

OcnCO0in« i

COoCOinto|in0i« ir 1

_^>

C^Q3CM

3O

U U« 1,UJ

iniCO

tv,3.0o« 1

ininorv t «

COCJCO

intoitoo1o*"""zoXt 1

3O

TJ.ar 1

|UJ

infCO

«5f

inCMcnCM

CM« 1

inCOCJCOintoiCO01CM*~*

_^>rvQ3CM3« i O=8CM1

UJ

iniCO

COCM

OO« I

incntoinCOXcntoi« ioiCM« 1

Oa:H-« i

3O U

Uoin,UJ« iiCO

o« 1^0t 1

o,3!0000COXinrv.irvCMi00o*y_^>_J« i

3O

U00,UJr 1|

CO

toooooinotocnCOCJCO

0cnicnoi00o*y_^>i

3O

TJ TJtoIUJ1

CO

oCO

OootoN.ot «

COX00rvicnoir*x0i30<oUcn,UJ

CMiCO

(V.

CMCO

inrvrv srCOoCO0cniCMO

100ozCOQ s.CO30 U

Uoa>iUJ

CM1

CO

otorr00toCOoCO

t «

COX«!f

001COo

1CMo*y^> I<« i

3O O

T3

toOUJOO1co

in»-H

0CMCMCMCM

00t «

COCJCOz>0cni«5f

CM1

rx.0>Q3CM30

(0

0 1

UJ001CO

CM

co ro

oo

cn cn

in o o

r-« I

in

r-t O

*3* 1

CO OO CO

CM

I O O O

to i

co oo

co

CO CO CO CO

CO

CJ O O O CJ

CO CO

CO CO

CO

=> o o =>

o

in co

oo cn

cn «!»

in to

oo oo

oo oo

CM oo

tot «

r I O O

« I

in oo

rv cn o

o o o o

r-«

o

TJ


Alkal in- Ity as CaCO (mg/L)

170170150170170

190180170180120

210150170170120

16015019015044

160160150210220

390340150--

100

220200160330160

240230170200230

Sul-

fate (mg/L)

150120740130140

120120120130230

280170180190300

240220220520790

560160250430650

7802,500

27045016

28019027

310280

362358360270270

Chlo

ride (mg/L)

639.0

701018

12109.0

1310

1611169.7

16

1614209.0

27

159.0

254288

77957.1

145.0

4.6115.46.0

79

4143405049

Fluo- ride Silica

(mg/L) (mg/L)

.21.0.3

1.21.2

.6

.9

.7

.61.1

.41.1 8.8.7.8 8.7

1.3 8.0

.7 8.71.6.7.7.3

1.0.3.2.3

1.0 18

1.2 16.8 14

1-6 19.9 16.2

.3 13

.2

.5 240.61.2 7.7

-_

34.7 36

2.9 352.9 35

Dis

solved sol ids (mg/L)

490380

1,310390420

410380380410470

660450470480600

560520570940

1,270

1,030430590900

1,300

1,6404,090

560910160

620460230770710

801--

760690710

Nitrate as N (mg/L)

<.05.09

<.05<.05.68

.11<.05<.052.0<.10

.11--

<.05----

__

<.053.7

----

<.05.10

2.01.0.02

.07

.020.09

4.6

__

3.6--

3.2--

.1--

<.45----


--------

__--------

__<0.10

--

<.10<.10

<.10----

<.05<.05

__ ------

__--------

.20--

<.10--

<0.10

__

----

<.101.4

Boron / _ it \

-- ----

__--------

__ --

170190

160--------

__------

220

330490100300--

__--

10----

__--

150150140

121

ro oo i H- > s: i P

C o cr Q.

CT 0 t >

OO co t »

t »

-D

OO

-D33

0 CD 1 O

I » 1 CD

CO cz

oo o

oo Cn 4s.

CO en 4s.

CO t »

t »

00 i H- > s: i H

- >

CO CU

CL CT 0 s: t-» H- >

H->

3>

1

< SI O CD 1 i >

4s. 1 ^J to X

oo CO

4S-

K> 0 H-

K> i »

O

OO ro i ro

en Q) CL a> o ro s: INJ

CO

H- >

O o 1 3D o j i i » t » i vj CD X

oo CO

t »o CO

K> 4S.

CO CO O

00 ro ro

cr>

a>

a> Q. 0 t » 5: INJ

CO

t »O o 1 70

h-»

f » 1 K>

K> | oo co 00

K>CnO en ^j CO co ^j 0

oo i K> s: 1 IN}

4S.

Q- n cr o CO s: ro ro X4 z. o o 1 t » o 1 t > 1 co o 00 VJ VJ K>Cn (-»

K> t »

O

OO 1 K> s: i K

>

4*

Q>

Q. n o H- > s: ro ro i «

c_ 33 OOO cr 0 ^J 1 o 1 ^J CD 00

t > oo o CO en t »o (

»

o

CO 1 ro s: i K

>

4s.

CD

Q. a1 o CO s: ro ro t »

c_ 33 OOO cr o 01 1 en | CO

CO X

00 K>

4s.O ^J en en o o en o

00 i ro s: i ro *» a>

CL a> o K> s; ro ro t »

C-.

33

OO O cr 0 CO 1 ro i 00 vj

X

oo N3

4^ O i »

co 0 -&. en CO o

oo ro s: i K

>

^. a> Q) Q- o t » s: ro t »

>J O 1 <c o CO 1 o 1 CO

X4 X

oo «o o *. <o 1 »

t »o CO o

oo 1 K> s: i (-» CO cu n a> o K> s: * » H- >

t »

3> I < 2: O U1 1 O 1 CD -P>.

X

oo 01 0 K>CO en *>. K> o

oo 1 ro s: i * » CO a'

n Q) o t » s: H- >

t »

t »

> 1

< 3: o j i * « i >j CD X

CO -fc>

J^ CO

t »

CD CO CO o

oo 1 ro s: i 0 r\>

Q-

D. o r\> s: (-» * » t » > i < 2: * » (-» i CO i CO

4^

X

CO 00 ^ J en en t >

-Ca o 4^ O

OO 1 ro s: i o K> Q> a. n o * » s: i i * » o i en i CO o X

oo CO en t >0 ro CD

K-» o

oo ro s: i o f-» a.

n Q- o K> s: * » H- >

1 «

> 1

< S t »

O 1 t » 1 CO o X

00 ^J CO 4^.

en CO ^j ro o

CO 1 ro s: i f * > ' CL D" D" o K> s: t » > ' H- » > i < 3T O K> 1 O 1 ^J

00 X

CO CO en t »

00 CO en CO o

oo ro s: i o * » 8= CU CD ro s: H-» i » * » 3>

I < 3T H- »

ro i CO 1 ~v4 co X

CO

( »

ro ro O en 0 o t >

CD

OO 1 K> s: i o i a. CU n o K> s: » > (-» » > > i < s o j i o 1 ^J CO X

oo I * o o 4^.

H- >

t »

CD O CO o

oo 1 K> s: i o

(-» Q- Q) n o i » s: * » * » H- >

> 1

< S t »

O 1 o CO 1 ~vj

en X

oo t »

^J o CO£* K> en o ^ j o

oo ro s: i o

(-» n

cr Q- o K> s: i i o 4^ 1 O CD 1 CO ^J X

oo £* en t »

en en t «

ro o

oo ro s: i o

H-» n cr a> o K> s: * » * » * » > i <c s * »

* » i K>

t » 1 CO o X

oo -£>

CD t »

£* CO K> CO O

OO

l\i s: i o i » n Q) Q> O t » s: K>

t »

t »

-n 3D z. 33

t »

K> 1 O 4^ 1 >J

CO X

oo 4^ t »o ro o o CD

CD O ro o

00 1 s: K>CO cr Q> n o i 1 s: K>

t »

t »O O o -< t

»t » 1 t »o 1 en CD X

00

t »

K>0 en o CO 4*.o CO en

00 i s: i\i CO 01

cr n cz> t » s: i i * » K> 1 K>

O | ^JCD

X

CO ro -£>O en 00 00CO en o

CO i s: i t » CD cr

cr cr o K> s: ro t »

>jO I < 1 o K> 1 O CO 1 CO CO

X

CO COCO £* t »

( »

ro (-» o

00 1 s: i CO n n n o K> s: i i o * » i H- >

cn i j CD X

00

CD^J CO

K> t »

en K> o

00 i s: co n n n o t > s: K>

t >

^ JO 1 < 1 t »O 1 ro t » i ~v4

CD

X

00 K>0 K> en CO o CO o

CO i s: i CO n n 01 0 t > s: r\i

t >

>J O 1 < 1 t »

I » 1 o

t »

1 ^J en X

00

CO o ro CO ^j o t »

i »

00 1 3E

1 en n n CU 0 t > s: i\i t » ^ »

-n 33 z. 33

0 en i K> en | CO o cz

oo o

oo ro en o H-» o o ( »

en 0 o * »

* »

oo 1 s: i o n Q- Q- 0 s: H

- >

I »

^ » > 1 <CS t

»t »

t »

CO 1 ^J en 00 t »

t »o K>

CO ro o K>

O

OO

O

O

OO

O

O

OO

oo

oo

oo

co

oo

> Q_

Q.

cr

cr

o

cno o o o

oo

oon

cu

_ .

n

cr

cr

cr

Q.

cr

cr

Q_

Q.

Q)o

o o

o o

* »

* »

ro

* »

K>

i\>

»-»

i\>

i >

ro

33

I

33

I

3D2

<

C Z

<

Z

3D 3

33

2

3D

O

O

O v

j t-*

co

o ^ o

o

i\i

co

en

* »cn

-&

. oo

CD

oo

co

oo

X

X X

X

O

O

CO

O

O

OO

O

Ooo

oo

co

en

eo

co

o

-vj

o o

ro

ro

en

4^

o

vj

*-» o

co

i o

co

o

o o

o

o

o

en

en

en

en

4s.

n

n

CL

cu

cun

cu

D>

Q_

Q_

Cu

CU

CD

CU

Oo

o

o

o

o

t »

t »

ro

»-*

i »

O

O

O

Oro

co

ro

co

xj

oo

oo

co

X

oo

vi

en

en

en

x

X

oo

oo

en

en

4s.

en

en

ro

en

en

ro

co

o

co

4s.

4s.

ro

en

i\>

* »

i »

en

*-»

^j

ro

4s.

ro

K>

iv)

co

coO

4s

. O

O

t->

3

Ocr

n

ro

a> oo-a

H-

' m

m

o

o

->

c

u-j

o

nn

to

-

to

-

"D

n

cu

cu

o

3

o

aiT

J

-h

r+

(D

0) a.

o D>

o

c

_ n

o

(O

_i.

O

)

00 o a.

3

oo

O

IQ

- (

-«-

C

Cu

3

oo

(D en (0

O)

Z3 O)

Z3 a. cr

o


Alkal in- ity as CaCO

(tng/LJ

180180170240180

490270220210470200

24043057076

270

280200--

330190

220240240240150

250140330260240

320330280200220

180180100240

Sul- fate (mg/L)

634252768.0

5,80040017034

430400

1403,700

220110140

120810980

3,500150

3078056079080

29031

350120100

320860

1,60040074

7309801854

Chlo ride

(mg/L)

5.78.0

132.35.0

99110236.0

202.8

7.07526155.0

7.09.0

16502.0

402519447.0

223.0

461224

302029104.0

14185.01.3

Fluo- ride Silica

(mg/L) (mg/L)

.3 10

.2

.2

.5 16<.l

.9

.21.2.9

3.8.6 15

.31.4 6.92.2.2.4

.5

.7

.7 241.8.7

.2

.3

.2

.3

.2

1.01.21.1.9.6

.4

.4

.80.3.2

.6

.3

.1

.6 8.3


280270270370200

9,130970500250

1,170770

4406,030

980250450

4401,3201,6305,450

410

3301,4201,0601,510

270

680200880440410

8001,4902,590

760330

1,2101,560

130300

Nitrate as N (mg/L)

.274.02.0

--

1.2

__

1.81.01.6<.45.07

__--

1.0--

.20

__--

.0719

.33

.25

.94<.10.91

.62

.056.8

<1.01.1

.30

.19--

0.88.54

1.82.1<.10

--

Nitrite plus nitrate as N Boron (mg/L) (Mg/L)

100__

.46 140__

__ ____--

70

__

5.1 950 ____

1.1__

80__

__----__--

________

____

<.05____

______

0.25 20

123

Table /.--Selected trace elements In water

[Trace elements are

Local number

2N-lE-26bad012N-lE-36bda016N-3E-13ddb016N-4E-29bcc016N-4E-29cac01

6N-5E-04dcd016N-5E-09adb016N-6E-15cca017N-5E-31dac019N-2E-35bdb01

!N-lW-29bdb013N-lW-15dda013N-lW-15dda023N-lW-21aca013N-lW-22cac01

3N-2W-01add023N-5W-10bcb014N-4W-09cad014N-4W-22adb014N-4W-23bab01

4N-4W-26bcb014N-5W-14dcd014N-6W-01aca014N-6W-35cbd015N-5W-36daa01

6N-2W-22cbb017N-lW-01cad017N-lW-23bcb017N-lW-25aba017N-4W-30aac01

7N-4W-30ccb017N-5W-lldbb017N-5W-13bac017N-5W-13bdb01!S-2E-10dcc02

!S-2E-10dda01!S-2E-14aaa01!S-3E-14bbc01!S-3E-17acb01!S-4E-09adb01

Site type

WWSSs

ssWss

sWWWW

WsWWW

WsssW

sssss

ssssW

WWWWW

dissolved and in micrograms per liter. Data from U.S. Geological numbering system. Site type; W, well; S, spring. Principal


124WDRV124WDRV

-- --

231CGTR231CGTR371GLTN231CGTR

--

112TRRC111HLCN111HLCN111ALVM111ALVM

124WDRV361BGRN112TRRC124WDRV112TRRC

111ALVM231CGTR331MDSN374FLTD111ALVM

221GPSP400PCMB

----

400PCMB

361BGRN124TPTL124TPTL124TPTL124WDRV


Date of

sample Arsenic

09-01-89 <109-01-89 <110-18-89 <110-18-89 <110-18-89 <1

07-28-8907-28-8909-12-8907-28-89

03-06-89 1

08-01-89 <109-04-89 <110-16-89 <108-03-89 108-04-89 1

08-04-89 206-28-90 <108-03-89 108-02-89 <108-03-89 1

08-02-89 106-29-90 <106-29-90 106-28-90 <106-29-90

09-04-89 <108-06-89 <108-06-89 <108-06-89 <109-05-89 <1

09-05-89 <110-19-89 <109-05-89 <110-19-89 606-27-90

06-27-9006-26-9006-26-9006-27-90

10-17-89 1

Chro- Barium Cadmium mi urn

..____31 <1 1--

__ __ ________

25 <1 <5

__

200 <1 2100 <1 <117 <1 126 <1 <1

9 <1 <1____

6 <1 <155 <1 3

93 <1 <1______--

____--__--

________--

________

11 <1 <1

124

samples from selected wells and springs

Survey. Local number: township-range-section location, see text for description of geologic source: see table 2. <, less than; --, no data]

Copper

----1

--

____--__

<10

__121031

3----16

10--------

__--------

__--__----

__----__

<l

Iron

13050687

650105

89

<109,60019,000

12300

77

<107410

10123

45<3

81010

<10<3

21104

16720

480250203

200

Manga- Lead nese Mercury Nickel

180<1<1

<1 1 <0.1<1

<120<12

<10 120 < .1 <10

1 6<1 340 < .1<1 690 < .11 <1 < .1

<1 71 < .1

<1 2 < .1<1

1 1<1 11 .2<1 26 < .1

<1 6 < .115<1<1<1

11<1 <1<1 <1<1 <1

<1

171

<11

56

2910070<1

<1 6 < .1

125

Sele nium Silver Zinc

<158<1<1 <1.0 41

__ __ __

<1

<1 <1.0 45

44 1.0 20

65 <1.0 1601 <1.0 20

<1 1.0 11

2 <1.0 15<15

<1 <1.0 <31 <1.0 53

<1 <1.0 5611

<1<1

<1<112

<1

<1<11

<1<1

<14

<1<1<1 <1.0 <3

Table 7.-- Selected trace elements in water

Localnumber

PrincipalSite geologictype unit code Date Arsenic Barium Cadmium

Chromium

!S-4E-09adb02 W 124WDRV 10-17-89 <1 8 <1 <1lS-4E-09cdb01 W 124WDRV 07-24-902S-2E-19ccc01 W 331MDSN 08-02-90!S-lW-02aad01 S 317TSLP 09-03-89 26 48 <1 <1

10-16-89 22 49 1 <1

!S-lW-06caa01 W 111ALVM 09-03-89 <1!S-lW-15cca01 W 211FRNR 06-26-902S-lW-20bdb01 S 311PSPR 08-01-89 <1

126

samples from selected wells and spr1ngs--Continued

Manga- Sele- Copper_____Iron____Lead nese Mercury Nickel___nium Silver Zinc

1 7 <1 3 <0.1 -- <1 <1.0 <347 4 ._ __ <i12 -- 81 -- <1

1 4 <1 8 < .1 <1 <1.0 311 33 <1 8 < .1 <1 <1.0 9

<3 -- <1 ~ 180 -- 290 <110 <1 1 3

127

4-O

C i/>0 C -..- 0 L_4-> -r- CDCL -*-> 4-» r- (O -

O >to 0) L-CD i- CD

i/> TJ x> CLO) _Ctc: i_ <t to-.- 0 E1- 4- rtJ Q, CM l_1/1 * > o>

X 0> 0XJ CD r- L-f <4_) f*> (J

ro ro «-CD 4-> E

iy) CD. to cu, __ Q) _ _ J

CD co --, i Ijg C O) rtJ

O 5$. 4->

CD -J3 CD TJ-fJ rO U EU O 1_ 3 OCD 0 3 -r- C 0 CCD to rcto C L- 1

O U 3 1E -r- -r-O +J CO - -L- u o zi c4- CD i ro

to O - .Ci/> 1 CD £ 4->CD CD CO 3r- CD «- tOCL C r- i- toE rtJ ro 4-> CDro U CL -»-> to i >-i

CL oL. -r- CI - XXflj f .,_ 1

-fJ to i- > ro CO. U 3E 3E --CD

0 E -»->

4-*

4-> L- ^ O CDC CD L- CLQ) XJ - 4J3 E ^E ^ ^

.,- c .- . -r--l-i CO QC »-to r c oo raC ro -r- UO U i- Ou o CL E o

_j to ra -r- -r- Q.<a - tou oo cu r- >> U _JE CD -^CD > - -r-J= L- CD 00 Ou ra CL O CL0 00 >>

TJ r- rl-"

ro ro CD roQi u 4-> I

1 v- 3i a> oo 4-> o <o

oo c:o

CD CD E E O CD 3_D 4-> -r-ra to c.t oo >-, ra

10 1_a>

E C -0 "- 4->

4- CD C

ra E 13

ra C.0

1 _ 1

E '-^ 3 ra _J

r- 1_ ZJ ^»c 3 a>ra 4-» to ^L- ro ro > 'z> c

x V

E » c -a _i3 CO O O -

<- CVJ TJ ^= -r-TJ CVJ ra 4-> Ora L. CD CLry g v _ x

/ ^x

a -^ _ito " 1 CD C£. O -^to ra to ~a oo CD O 4-> 3 t=. 1 Oi_ CD to CD to i CL0 X> CL ra >- -

* s

--* 1to ex. o -^to ra oo CD O 4-> 1 Oi_ CD to t CLrj _Q ra >- v _

^^^s

~o r^ ito " i (!) co -~^.to ra to ~a «/j r-i > O +J =3 C ra I OL- CD to 0) oo CL

C3 -Q CL 0

^*^x

to rv ito ra co "*^O 4-> tO r-l L. CD ra 1 OO XI oo CL

O "~^

T3 ' to ra 1 CD -»-> Ito SZ to TJ to ra -^ o CL ra c: ra c CDL. r- 10 CD 1 Ho ra CL 13 * '

to ra -M '- »to JZ ra io CL 10 c -^L- ^- ra i cnO ra ^D ^

*- '

CDCD r-

4-> H- CLra 0 E0 <0

to

, ro UCL CD r- CO O0 O L-C. 3 ^- 0 Oi_ 0) toQ. cn

CD CD4-> CL ! " ^"

00 4->

"ra CDU XI0 E_J 3

C

CVJ CO CD

00 CVJ O 00CO CVJ

^± CD CD « i OO O O r-l r-l

o

CD 00 Is** 4O ^>

0 r-l

CO CO ^3-

co CD co o inrx CD

I 1

CD 00 00 CO 00

O r-l

m co oin r^ r^ o co

00 r-lCVJ

^f ^1" CO ^f CVJ

0 r-l\/ \/ \/

oo^r ^r

cvj i inr-l XX XX 1

CD CD CD CD CD00 00 00 00 00

1 1 1 1 1CO CO CV4 CO C\JO O O O O

1 1 1 1 1co 00 CO 00 00o o o o o

o > o 2:C£ Qi Qi >C£ O Ct _l

i t 3: h- <1 CVJ *3- cvl r-l

r-l CVJ r-l r-lr-l r-l « 1 r-l

oo 3: 3= 3= 3=

r-l r-l r-l r-l r-lO O O O OX> TJ X> XJ X> TJ ra TJ ra OX> 0 ra X> X>in CD cvj co coCO o CVJ CVJ CVJ

1 1 1 1 1LU 3= 3= 3= 3=C\j ^J* ^J* ^J* ^J*

1 1 1 1 1z z z z zCD ^r "^ ^r ^r

^* ^* ^* i

iXX XX ^

oo inr-l CM

CO CDin *3-

** ^3- in ^3-

xx ^y

F*. CO

cvj in oor-l r-l

*3- *3- in ^3-

XX XX

oo o

CO CD Or-l CVJ

^j- ^f CD ^r

XX XX XX

r% cor-l r-l O O

in cor-l r-l

CD CD CD CD00 00 00 00

1 1 1 1hv hv CO COt 1 t 1 O « I

1 1 1 1O O O) O« 1 « 1 O r-l

> > Q.Q; (^ _ iO O 003: 3: t-*^ ^^" t^CVJ CVJ r-lr-l r-l CO

3= 3= 00

r-l CVJ r-l000 XJ XJ TJ T) TJ rara ra ra

CD CD CM000

1 1 1LU LU 3:^" ^" 1

1 1 1oo oo oor-l r-l r-l

*U.S. GOVERNMENT PRINTING OFFICE: 1993-775-608

128

by richard l. daddow - usgs · and springs on the wind river indian reservation, wyoming by richard...

Documents