6 groundwater quality/inorganics - zone 7 waterzone 7 water agency 6 groundwater quality/inorganics...

Zone 7 Water Agency

Annual Report for the Groundwater Management Program 2016 WY

July 2017

6 Groundwater Quality/Inorganics

6.1 Program Description

The main purpose of monitoring groundwater quality is to assure that remediation of past groundwater degradation is proceeding and that no new degradation has occurred or is occurring. This section describes the groundwater quality of the Livermore Valley Groundwater Basin, and focuses primarily on four inorganic constituents of concern (total dissolved solids [TDS], nitrate, boron, and hexavalent chromium [CrVI]) in the Main Basin. Other (organic) contaminants (petroleum hydrocarbons, synthetic organic compounds, solvents, etc.) are discussed in Section 12 Water Quality Sustainability. The data collected in this program are used to provide data for Zone 7’s management programs addressing water supply and water quality. Management programs and tools such as the groundwater model, Salt Management Plan (SMP), and Nutrient Management Plan (NMP) are also discussed in Section 12 Water Quality Sustainability.

Other than localized contamination from toxic sites (discussed in Section 12.5), the main inorganic constituents of concern for meeting the Livermore Basin groundwater quality objectives are TDS (as a surrogate for mineral salts), nitrate, boron, and CrVI. The following are Zone 7’s groundwater quality objectives for the four primary groundwater constituents of concern:

TDS (Main Basin): ambient or 500 milligrams per liter (mg/L), whichever is lower

TDS (Fringe Areas): ambient or 1,000 mg/L, whichever is lower

Nitrate (as N): 10 mg/L (the primary MCL)

Boron: 1.0 mg/L (an agricultural supply target)

Hexavalent Chromium: 0.010 mg/L (the primary MCL)

The TDS objectives are based on non-health related drinking water standards (secondary Maximum Contaminant Levels [MCL]), RWQCB Basin Objectives, and achieving a sustainable salt balance in the basin. The nitrate objective is based on the State’s primary MCL for drinking water, which is public health-based. Boron is a groundwater parameter of interest for the valley’s agriculture and golf communities because of its potential to negatively impact certain irrigated crops and turf. CrVI was recently added as a constituent of concern when the MCL was reduced from 0.050 mg/L to 0.010 mg/L effective July 1, 2014.

Hardness, which is closely related to TDS levels, is another groundwater parameter that influences Zone 7’s ability to meet its delivered water quality targets. Although routinely analyzed, hardness is not tracked separately from TDS in the groundwater monitoring program because it is generally proportional to the TDS values found in the Main Basin’s groundwater, and because it is tracked as a blended water quality parameter at the Retailer turnouts.

Zone 7 Water Agency 6 Groundwater Quality/Inorganics


6-2

July 2017

In 2015, Zone 7 completed a Nutrient Management Plan (NMP) for the Livermore Valley Groundwater Basin (see Section 12.1.1). Historically (including for the NMP), Zone 7 analyzed and reported Nitrate as NO3, which has a primary MCL = 45 mg/L. However, to be consistent with other published nitrate considerations, and RWQCB use, Zone 7 converted all of its historic nitrate data previously stored as “Nitrate as NO3” to “Nitrate as Nitrogen (N),” which has a primary MCL of 10 mg/L. The conversion formula between the two nitrate results is:

Nitrate as N = Nitrate as NO3 /4.429

Going forward, including within this 2016 WY Annual Report, Zone 7 is now reporting its nitrate values as Nitrate as N (MCL = 10 mg/L).

Chromium (Cr) is a heavy metal that occurs naturally throughout the environment, including the Livermore Valley Groundwater Basin. The following description of natural sources of Chromium is taken from the State Water Resources Control Board (SWRCB) Division of Water Quality’s Groundwater Information Sheet on Hexavalent Chromium (SWRCB, 2014).

Chromium is a metal found in natural deposits of ores containing other elements, mostly as chrome-iron ore. It is also widely present in soil and plants. Under most conditions, natural chromium in the environment occurs as trivalent chromium (Cr+3). Under oxidizing conditions, alkaline pH range, presence of MnO2 and minerals containing chromium, part of it may occur as hexavalent chromium (Cr+6) dissolved in groundwater. Recent sampling of drinking water sources throughout California suggests that hexavalent chromium may occur naturally in groundwater at many locations. Naturally occurring hexavalent chromium may be associated with serpentinite-containing rock or chromium containing geologic formations.

Zone 7’s Water Quality Program has been monitoring “total Cr,” regardless of its valance, as a matter of routine along with other select metal ions. The trivalent form (CrIII) is a required nutrient with very low toxicity; however the hexavalent form (CrVI) is more toxic and has been known to cause cancer in rats. Zone 7 has a significant amount of historical monitoring data for total Cr, but not for CrVI. Recently, Zone 7’s Water Quality Laboratory determined that most (>90%) of the total Cr detected in Zone 7’s groundwater is in CrVI form, and in some supply wells, it is near the MCL. With the approval of the Division of Drinking Water, Zone 7 is allowed to blend water produced from these wells with other sources of water as needed to minimize any potential risk of exceeding the MCL. Starting with the 2015 WY Annual Report, and continuing in the 2016 WY, Zone 7 includes contour maps of total Cr for both the upper and lower aquifers (Figure 6-10 and Figure 6-11).

Concentrations and spatial distribution of the constituents tracked by Zone 7 are presented in the following figures and tables:



6-3

July 2017

Figure 6-1 and Table 6-2 contain a map and list, respectively, of the wells in the Groundwater Quality Program.

Table 6-3 contains a table of groundwater quality data collected from the Groundwater Quality Program network wells during the 2016 WY.

Figure 6-4 to Figure 6-11 show maps of TDS, nitrate, boron, and total chromium concentrations for the upper and lower aquifers, respectively.

Figure 6-12 shows historical graphs of TDS concentrations in the Key Wells.

Figure 6-13 through Figure 6-16 are groundwater hydro-chemographs showing time-series trends of TDS, nitrate, and boron concentrations with respect to groundwater levels for select monitoring wells in each of the major subareas.

6.1.1 Objectives

There were a total of 222 wells in the Zone 7 groundwater quality monitoring program during the 2016 WY (shown on Figure 6-1). Each well in the program was monitored and/or sampled to fulfill one or more specific objectives. Table 6-2 lists all of the wells in the program, the objective(s) of monitoring each well, and the frequency of monitoring or sampling for each objective. The objectives are summarized below. Well construction details for each of the wells in the program are provided in Table 5-3 (Section 5).

Zone 7’s Water Quality Sampling (GQ) – Groundwater quality sampling is performed annually basinwide. Sampling is performed in some wells more frequently if required for one of the additional programs described below. In general, the samples are analyzed by Zone 7’s in-house Water Quality Laboratory for physical water parameters, inorganic minerals and select metals. No hydrocarbon or other organic chemical parameters are included in the routine analyses of these monitoring well samples. For other chemical contaminant concerns, refer to Section 12. In some cases, wells are sampled and analyzed by an outside entity. In those cases, the results are supplied to Zone 7 by the outside entity for input into the program database.

Del Valle Water Rights (WR) – Semi-annual sampling for water quality and continuous or monthly monitoring of water levels are required for certain wells to maintain Zone 7’s Arroyo Valle water rights application (see Section 5.2 for a discussion of groundwater elevation results). The laboratory analyses are the same as the analyses conducted for the routine Water Quality Sampling objective described above.

Municipal Supply Well (Mu) – Quarterly or annually sampling for water quality and drinking water operating permit compliance are conducted on the municipal supply well samples. The analyses conducted include the routine analyses of Zone 7’s Water Quality Sampling described above plus the analyses required for compliance with Title 22



6-4

July 2017

Domestic Water Quality and Monitoring Regulations as established by the California Division of Drinking Water (22CCR Section 64416).

Salt/Nutrient Management Plan (SNMP) – Annual sampling and water quality analyses of monitoring wells located within and around known areas of elevated TDS and nitrate is part of the routine basinwide water quality monitoring program. The results are used to track the impacts of salt and nutrient loading and/or progress of salt and nutrient removal efforts. Occasionally, additional wells are sampled within the water year to further the delineation and characterization of the elevated concentration plumes. Information on Zone 7’s SNMP and any special study conducted in the water year is discussed in Section 12.

Dublin San Ramon Services District (DSRSD) – DSRSD provides Zone 7 with results of their semi-annual water quality monitoring of several monitoring wells located around their Regional Wastewater Treatment Facility and Dedicated Land Disposal Site in Pleasanton. Their monitoring of these wells is a permit requirement for their wastewater treatment facilities and operations. Seven of these wells are included in Zone 7’s Groundwater Quality Monitoring Program. Occasionally, at Zone 7’s request, DSRSD provides Zone 7 with “sample splits” for Zone 7 to conduct its own analysis. The seven DSRSD wells are listed in Table 6-A below. The results are included in the Upper Aquifer Zone discussions in Section 6.2.

Table 6-A: Table of DSRSD Wells Included in the 2016 Water Year Program

Well Number DSRSD Well Aquifer3S/1E 6N 2 MW-3 Upper 3S/1E 6N 3 MW-4 Upper 3S/1E 6N 6 NE-76 Upper 3S/1E 7D 1 SW-75 Upper 3S/1E 7D 3 SE-70 Upper 3S/1W 1J 1 MW-1 Upper 3S/1W 12A 9 NW-75 Upper

6.1.2 Program Changes for the 2016 WY

The following changes were made to the program for the 2016 Water Year:

Monitoring wells 3S/3E 6Q3 and 3S/3E 6Q4 were installed by Zone 7 at its Patterson Pass Water Treatment Plant to facilitate the design of a capital improvement project. These wells were temporarily added to the water quality monitoring program in the 2016 WY.

Zone 7 Wate

Annual RepGroundwate

TPinC6

6.2

In the uconcentraleaching there hasof the Mnear the stayed re

During tareas adj500 mg/Lexceeded

1. InAcoh

2. InSseinre

3. InocoML

er Agency

ort for the er Management P

Total Chromrogram for

ncludes a secConcentration

-11).

Result

6.2.1

upper aquifations in grfrom subsur

s been a genMain Basin. C

losing streamelatively low

he 2016 WYacent to theL of TDS. Td 1,000 mg/L

n the southerAmador Suboncentratingistorical was

n the southubarea. Thisediments to n turn, is a ecycled wate

n the 2016 Wf the Main Boncentration

Main Basin Livermore an

Program 2016 W

mium has bequite some tctions on thens for the U

ts for t

Salts/T

6.2.1.1

fer, salt/minoundwater drface sedime

neral upwardConcentratiom reaches of

w, especially

Y, the TDSe Arroyo VaThere are thL (Figure 6-4

rn portion ofareas. This

g effects of stewater and

ern portion s high TDS the east andsource of a

er is another

WY (and occBasin (3S/1

ns near or abas hill-fron

nd Sinbad U

WY

een a standatime; howeve chromium Upper and L

he 201

Total Di

Uppe

neral concendepend on tents and bedd trend in TDons in the eaf the Arroyoduring times

concentratille and the A

hree regions 4):

f the Dublinhigh TDS urban irriga

d sludge disp

of the Camarea is mos

d north whichaquifer rechpotential so

casionally inE 19K 1, 3bove 1,000 nt recharge

Uplands to th

6-5

ard analyte ver, starting results (Sec

Lower Aquif

6 WY

issolved

er Aquife

ntrations arthe concentrdrock, and grDS concentraastern and ceo Mocho ands of significa

ions in grouArroyo Mocof the Main

n Subarea anarea is mosation, leachi

posal practice

mp Subareast likely dueh result in hiarge along

ource of salt

n the past), seS/1E 20Q 2mg/L. It is and/or sub

he south and

in Zone 7’sin the 2016

ction 6.2.4) afer Zones (s

d Solids

er Zone

re generallyrations and roundwater ations, princentral portiod the Arroyoant stream re

undwater wecho, where tn Basin whe

nd extending st likely dueing of buriees.

a, extendinge to poor quigh TDS wathe Arroyo loading in th

everal wells 2, 3S/1E 29P

believed thbsurface infd west, resp

6 Groundw

s Water Qu6 WY, the anand maps of see Figure

s

y measuredlocations ofdepth. Over

cipally in theons of the vao Valle (see Secharge.

ere once agathey were geere TDS con

into the nore to the comed lacustrine

g into the nuality water ater in Altam

Las Positashis region.

along the soP 2, 3S/2E 3at TDS mayflow from ectively. Th

water Quality/Ino

Ju

uality Monitnnual report

f Total Chrom6-10 and F

d as TDS. f recharge wr the last 40 e western poalley, particuSection 3.2)

ain lowest ienerally lessncentrations

rthern Bernambination oe sediments

northern Amfrom the m

mont Creek ws. Irrigation

outhern boun33K 1) hady be enterinthe neighb

hese upland

organics

ly 2017

toring t now mium

Figure

TDS water, years

ortion ularly have

in the s than

have

al and of the , and

mador marine which

with

ndary TDS

ng the boring

areas

Zone 7 Wate


coF

Water inmeeting margins higher Tmg/L in twater frowater fro

Starting imonitorinthe availaupper aqto the Lo

Lfr

Cup

Salt trancan happbetween wellfieldaquifers tand be pincreasinintermed

In 2013,contamin3S/1E 8H

All of thconditionminor dea signific(945 mg/

er Agency


onsist primormation tha

n the majorithe TDS Baof the AmaDS concentrthe 2015 WYom the uppeom the Dubli

in the 2007 ng and suppable informa

quifer zone, wower Aquifer

Leakage throrom the Low

Conduits caupper and low

sport througpen naturally

the aquiferd for salt mathus increasiproduced byng flow (anddiate confinin

, three unsenation in the H14) were pr

e Mocho Wns. TDS conecreases or incant increase/L in the 201

Program 2016 W

arily of seat may leach

6.2.1.2

ity of the loasin Objectivador and Morations (up tY) (see Figuer aquifer win and Camp

WY, TDS cly wells neaation in 2010which the Mr via one or m

ough the semwer Aquifer Z

used by unsewer aquifers

gh the semi-y, and can os. However

anagement hing the poten

y the Mochod salt transpng layer.

ealed abandMocho Wel

roperly deco

Wells were sancentrations ncreases obse in TDS in 16 WY com

WY

dimentary rh TDS during

Lowe

ower aquifeve of 500 mocho II Subto about 945ure 6-5). Thi

which is replp fringe suba

concentrationr the western0, staff conc

Mocho Wellsmore potenti

mi-confiningZone;

ealed or impin the imme

-confining laoccur in eit, the increa

has locally inntial for uppo wells. Likort) through

doned wellsllfield area. Aommissioned

ampled in theremained r

served in MoMocho 4 co

mpared to 758

6-6

rocks from g the infiltra

er Aquife

r of the Mamg/L or lowe

areas, the lo5 mg/L in this is most liklenished in areas in the n

ns increased n margin of cluded that hs were desigial pathways

g layer(s) w

properly seaediate area.

ayer existingther directiosed pumpinncreased the

per aquifer sakewise, the ih whatever a

s were idenAll three of d (destroyed/

e 2016 WY relatively steocho 1, Mocompared to th8 mg/L in th

the Livermation of surfa

er Zone

ain Basin iser. In the Beower aquiferhe 2016 WYkely due to dpart by sub

north.

d in the Mochthe Amador

higher TDS ggned to exclus:

which separa

aled older w

g between thn depending

ng from Zone gradient balts to be traincreased grartificial con

ntified as pthese wells /sealed) duri

to monitor teady in the cho 2, and Mhe last samp

he 2014 WY

6 Groundw

more Graveace waters.

s generally ernal Subarer contains g

Y compared deep percolabsurface infl

ho Wells anr Subarea. Fogroundwaterude, was mi

ate the Upp

wells that pe

he upper ang on the prene 7’s lowebetween the ansported to radient has nduits may b

otential con(3S/1E 8H3ing the 2013

the water quMocho We

Mocho 3. Hople collected

Y). This TDS

water Quality/Ino

Ju

els and Pan

of good quea and aroungroundwater

to a high oation of high ow of high

nd in several ollowing stur in the overgrating verti

per Aquifer

enetrate bot

nd lower aquessure differr aquifer Mlower and uthe lower aqthe potentiabe present i

nduits for c, 3S/1E 8H4

3 WY.

uality and aqellfield with owever, thered in the 2014S concentrati

organics

ly 2017

noche

uality, nd the

with f 742 TDS TDS

deep udy of rlying ically

Zone

th the

uifers rence

Mocho upper quifer al for in the

cross-4, and

quifer very

e was 4 WY ion is

Zone 7 Wate


close to detected the 2013well.

The NMupper aqeither curstaff initiwhich wstudy respreliminameeting as on thehttp://ww

The detec

1. Bthtrco

2. Jthcod

3. CScoW

4. Mannwre

er Agency


the highest in Mocho 1 WY does n

6.2.2

MP (discussedquifer whererrently (oraniated a study

were used to sults are discary results re(Agenda Item Zone 7 web

ww.zone7wa

ctions above

Bernal – Thihe southern rend of cononcentration

ack Londonhe northeasteonsistently etected in th

Constitutionubareas, andoncentration

WY.

May School nnually by thitrate plume

wells located esults were a

Program 2016 W

TDS concein the 1986

not appear to

Nitrate

6.2.2.1

d in Sectione nitrate hasnge and red ay of the thenfurther def

cussed in theport was prm 15d). The

bsite: ater.com/ima

e the MCL d

is AOC is bportion of t

ncentrations ns have been

n – This AOern portion ohad nitrate

he 2016 WY

n – This AOCd is up-grad

ns above the

– Historicalhe results of

e has been fuin the area.

anomalously

WY

entration eveWY). Prelimo have resol

e

Uppe

n 12.1.1) ide been detecareas in Figun-current nit

fine the Buehe text belowresented to the report is pr

ages/pdf_doc

during the 20

based on nitrthe upper aq

in this wen fluctuating

OC extends fof the Amad

concentratiwas in 3S/2

C exists neadient from te MCL were

lly, the nitratf a single mourther deline Only 2S/2Ey low and th

6-7

er detected iminarily, thelved the risi

er Aquife

entified ten cted at conceure 6-6) or itrate occurre

ena Vista, Gw, and are she Zone 7 Brovided in th

cs/agenda-pa

016 WY wer

rate concentquifer of theell has beenaround the M

from the eastdor Subarea.ions above

2E 7H 2 at 16

ar the boundathe Las Pos

e detected in

te concentraonitoring weleated by histoE 28D 2 waherefore flag

in the Moche sealing of ting TDS tren

er Zone

local Areasentrations ain the past. Lences in Sou

Greenville, ashown on FiBoard at the Fhis annual re

ackets/2-17-

re in the follo

trations frome Amador Wn slowly dMCL (10.9 m

tern portion . Several we

the MCL. 6.2 mg/L.

ary of the Msitas Golf Cn 3S/1E 1H

ation in this ll (2S/2E 28orical data f

as sampled ingged as bein

6 Groundw

ho Wellfieldthe three potnd observed

s of Concerabove the MLate in the 2uth Livermoand Mines R

Figure 6-6 anFebruary 20eport as App

16_packet.p

owing areas

m one well (West Subareadeclining; homg/L for the

of the Mochells in the up

The highe

Mocho II, CaCourse in Li

3 at 16.7 m

AOC has be8D 2); howevfrom severaln the 2016 Wng suspect. P

water Quality/Ino

Ju

d (993 mg/Ltential condud in the Moc

rn (AOCs) iMCL of 10 m2015 WY, Zoore, the resuRoad AOCs.nd Figure 6016 Zone 7 Bendix 6-1 as

pdf).

:

(3S/1E 22D a. The longowever, rece 2016 WY).

ho II Subarepper aquifer est concentr

amp, and Amivermore. N

mg/L for the

een charactever the assocl domestic suWY; howevePrior to the

organics

ly 2017

L was uits in cho 4

n the mg/L, one 7

ults of . The

6-7. A Board s well

2) in -term

cently .

eas to have

ration

mador Nitrate

2016

erized ciated upply er; its 2016

Zone 7 Wate


Wroth2

5. CmSh3K

6. BpinM

7. GV(3stnth

8. Msocom1

The nitra(previouscomplete(http://ww

In the lo(Figure 6

1. Jathaq

er Agency


WY, and foroutinely exhhe 2015 WY016 WY res

Charlotte Wmay commin

ubarea. Elevave historicaK 3 (15.1 m

Buena Vista ortion of then 3S/2E 22B

MCL, but has

Greenville – Vasco Road.3S/2E 24A tudy conducitrate recordhe 2016 WY

Mines Road outhern poroncentration

maximum of 6.9 mg/L in

ate loading asly releasede NMP is avaww.zone7wa

ower aquifer6-7):

ack London he nitrate plquifer has m

Program 2016 W

r the past tehibited one oY). Zone 7 w

ults.

Way – This Angle with thvated nitrateally been gr

mg/L in the 20

– This nitrae Mocho II SB 1, near ths been above

This Fringe It is routin1); however

cted during tded in this arY).

– This AOrtion of th

ns in this wf 21.4 mg/L

the 2016 W

and assimilatd in Zone 7ailable on thater.com/im

6.2.2.2

r, nitrate wa

AOC – Whiume in the

migrated into

WY

en years, theof the basin’swill resample

AOC exists he Buena Ve concentratreatest in 3S016 WY).

ate plume isSubarea in bhe proximal e the MCL fo

e Area East Anely charactr the associthe 2015 WYrea was 37 m

OC is represehe Main Bwell have in October

WY.

tive capacity7 2015, and he Zone 7 weages/pdf_do

Lowe

as only dete

ile smaller inupper aquif

o the lower a

6-8

e results fros highest anne the well in

in the westeVista AOC i

ions have bS/2E 14A 3 (

s defined byboth the upp

end of the for the last fe

AOC is situterized by tated nitrate Y (Zone 7,

mg/L in the 2

ented by a sBasin upper

fluctuated w2011. The n

y of the Maindiscussed

ebsite: ocs/groundw

er Aquife

ected above

n extent, thefer, suggestinaquifer. For t

om this dedinual nitrate cn the 2017 W

ern portion in the easterbeen detected(15.2 mg/L

y several weer and lowerplume, fluc

ew years (18

uated primarithe results oplume was

2016a) T2001 WY in

single well; aquifer a

widely, rannitrate conce

n Basin werin more de

water/nmp-20

er Zone

the MCL i

e general locng that somthe 2016 W

6 Groundw

icated moniconcentratio

WY, and the

of the Mochrn portion od in at leastin the 2016

lls in the cer aquifers. Tctuates abov8.8 mg/L for

ily along Teof a single s further delThe highest 3S/2E 24A

3S/2E 26J along Minesging from entration in

re studied asetail in Sect

015_final.pd

in the follow

cation of thisme of the nitWY, two mon

water Quality/Ino

Ju

itoring well ons (30.3 mgen re-evaluat

ho I Subareaof the Moct three wells WY) and 3

entral and eaThe concentrve and below

the 2016 W

esla Road, eamonitoring

lineated durconcentrati1 (19.5 mg/

2, located is Road. Nnon-detect 3S/2E 26J 2

part of the Ntion 12.1.1).

f).

wing three

s plume undtrate in the unitoring well

organics

ly 2017

have g/L in te the

a and ho II s, but 3S/2E

astern ration w the

WY).

ast of well

ring a on of /L for

in the Nitrate

to a 2 was

NMP . The

areas

erlies upper ls had

Zone 7 Wate


nm

2. Bphcodn3

3. Sabcod(6m

Boron is from theEnvironm1.4 mg/L2 mg/L, mg/L) in

1. Tanhco

2. BanthW

The sourshould beArroyo L

er Agency


itrate concenmg/L); howev

Buena Vista Alume in the as migratedonducted anetected abovot sampled aS/2E 16A 3

outhern Porbove the Moncentrationetected at a 6.24 mg/L in

may come fro

6.2.3

a naturally-oe Livermormental ProteL and it beco

depending o the upper aq

There is a plund Camp-Amas been relaoncentration

Boron was alnd Mocho IIhis area in 2S

WY).

rce of borone noted that Las Positas

Program 2016 W

ntrations abover, one othe

AOC – The upper aquif

d into the lnd several ave the MCL as part of theat 9.7 mg/L

rtion of AmMCL (3S/1E n of nitrate

slightly elen 3S/1E 19Dom historical

Boron

6.2.3.1

occurring elre Groundwection Agencomes a problon the crop’quifer in the

ume of elevmador boun

atively stablen of 8.43 mg/

so detected I Subareas. TS/2E 27P 2 a

n may be frthe boron dand lower A

WY

ove the MCLer well (CW

general locafer, also suglower aquifeadditional win one well

e 2016 WY p) were just b

mador Subar19D 9 at 1above the

evated conceD 7, see Figl agricultura

Uppe

ement typicawater Basincy (USEPA)em for irriga’s sensitivitye following a

ated boron cdaries. The

e and was de/L in the 201

in the easterThe highest cat 30.8 mg/L

from naturaldetected in thArroyo Moc

6-9

L (3S/2E 8HWS10 at 9.6 m

ation of thisgesting that

fer. In the 2wells were s

(3S/2E 15Bprogram butbelow the M

rea – Nitrate10.7 mg/L) i

MCL in thentration in gure 6-6). Thal land use in

er Aquife

ally found at. While th)u has identiated crops wy. Boron exiareas of the g

concentratiohighest loca

etected near 16 WY (com

rn portion ofconcentratioL in the 2016

alkali/marihe western pcho. It is lik

H 3 at 11.9 mmg/L) was ju

s plume undesome of the

2015 WY asampled. Du

B 1 at 13.9 mt two wells (CL.

e was detecin this areahe upper aqa shallower he source ofn the vicinity

er Zone

t very low cohere is no ified a Healt

when boron iists at elevagroundwater

ons that extealized concenthe center o

mpared to 10

f the valley ion detected w6 WY (comp

ine sedimenportion of thekely that the

6 Groundw

mg/L and 3Sust below the

erlies the Bue nitrate in ta special nuring this s

mg/L). Well 33S/2E 15E 2

cted in one . There is nquifer; howr well in thef this nitratey.

oncentrationMCL for

th Referenceis present at ated concentr basin (Figu

ends along thntration of b

of this area i0.6 mg/L in t

in the May, was in the nopared to 34 m

nts, but it ise basin is pre source of

water Quality/Ino

Ju

S/2E 5N 1 ate MCL.

uena Vista nthe upper aq

nitrate studystudy nitrate3S/2E 15B 12 at 9.8 mg/L

monitoring no correspon

wever nitratee same neste is unknown

ns in groundwboron, the

e Level (HRlevels above

trations (up ure 6-8):

he Dublin-Bboron in thisin 3S/1E 4J 5the 2015 WY

Spring, Mocorthern portimg/L in the

s unconfirmerimarily alona portion o

organics

ly 2017

t 10.6

nitrate quifer y was e was 1 was L and

well nding

e was ed set n, but

water e US

RL) of e 1 or to 31

Bernal s area 5 at a Y).

cho I, ion of 2015

ed. It ng the f this

Zone 7 Wate


boron mdischargethe Arroyhas been

In generaHoweverfollows (

1. Bmsa

2. Binm2m

The souror verticalower aqu

Of the poQuality reported MCL formonitorin

1 On June Writ of Mathe Office Code of Rdeadline fo

er Agency


ay be from ed into the Ayo Mocho, ra continuou

al, boron is nr, boron was(Figure 6-9)

Boron was dmg/L in moname well).

Boron was aln the norther

mg/L in the 2015 WY). H

mg/L.

rce of boron al migration uifers.

6.2.4

otential chrolaboratory ftotal chrom

r CrVI (0.0ng wells sam

1, 2017, the Sandate requirinof Adminstrat

Regulations. Thor adopting the

Program 2016 W

the high-boArroyo Las recharging inusly flowing

6.2.3.2

not a problems detected a:

detected in onitoring well

so detected rn portion of2015 WY) aHowever, co

is unconfirmthrough the

Chrom

6.2.4.1

omium analyfor the 201

mium values 1 mg/L)1 m

mpled by Zon

Superior Courtng the SWRCBtive Law a delhe court also oe new MCL wa

WY

oron groundPositas in thnto the Amastream since

Lowe

m in the lowabove 2 mg/

one well in l 3S/2E 23E

above 2 mg/f the Bernal and 2.27 mgoncentration

med, but ma leaky aquita

mium

Uppe

ytes, only “to6 WY Watare truly in

may have beene 7 during t

t issued a PereB to file with thletion of text oordered the SWas not set. The

6-10

dwater in thehe North Livador Subareae the 1981 W

er Aquife

wer aquifer; d/L in three l

the eastern E 2 (compare

/L in two moBasin: 2.08

g/L in 3S/1Ens in Hopyar

ay be from lard from a s

er Aquife

otal chromiuter Quality

ndicative of en exceededthe 2016 WY

emptory Writ ohe court eveid

of the hexavaleWRCB to estaSWRCB is con

e eastern povermore area along the wWY.

er Zone

detections arlower aquife

portion of ed to 3.34 m

onitoring wemg/L in 3S/

E 17D11 (cord 9 itself h

localized nathallower zon

er Zone

um” was quaMonitoringthe CrVI co

d in several Y (Figure 6-

of Mandate anence by Augusent chromium ablish a new Mnsidering appe

6 Groundw

ortion of theea and floweway. The Ar

re typically lfer wells in

the Mocho mg/L in the

ells near Hop/1E 17D 4 (compared to 3have always

tural alkali/mne during th

antified by tg Program. oncentrationof the Upp

-10):

nd Judgement st 15, 2017 thaMCL regulatio

MCL for hexavealing the ruling

water Quality/Ino

Ju

e Valley thaed downstrearroyo Las Po

less than 1 mthe 2016 W

II Subarea: 2015 WY i

pyard Well Ncompared to3.18 mg/L is been below

marine sedimhe pumping o

the Zone 7 WHowever, i

ns, then theper Aquifer

Granting Petitat it has submions in the Calivalent chromiug.

organics

ly 2017

at has am to ositas

mg/L. WY as

2.28 in the

No. 9 o 2.56 in the w 0.6

ments of the

Water if the State Zone

tion of tted to ifornia um. A

Zone 7 Wate


1. Inth

2. TLSm

Using thZone maLower A2016 WY

1. CAsuWC

2. C3fohTovth

3. Ethcoco

4. Csu

Because not coincdoes not deposits

er Agency


n general, thhe Main Bas

The highest cLaboratory m

amples frommg/L in the 2

he same assuay be CrVI, Aquifer ZoneY (Figure 6-

Chromium wAquifer Zoneupply well

Wellfield hadCOL2), and a

Chromium wS/1E 12H4, or monitorinowever, this

The 2016 WYver the prevhe 2017 WY

Elevated totahe Mocho II onducted inonducted by

Chromium wupply well lo

the locationcide with thappear to coin the Lowe

Program 2016 W

he elevated in margins a

concentrationmonitoring wm this well h2015 WY).

6.2.4.2

umption thatthen the M

e wells loca11) as descr

was detected e in the Cha(0.012 mg/L

d total chroman adjacent m

was detected a3S/1E 12K

ng well 3S/1s value was Y concentratvious six wa

Y program.

al chromiumSubarea (C

n 2015, 201y the water pu

was also deteocated in the

ns of the eleose in the Uome from thr Aquifer Zo

WY

chromium cand in the ea

n of chromiuwell in the

have typicall

Lowe

t most of thMCL for CrVated along thribed below:

above the ain of LakeL in COL5)

mium values municipal we

above the CK3 and 3S/1E

E 13P6 wasanomalouslytion is 20 tim

ater years an

m concentratiWS12 and C12 and 201urveyor in th

ected above e Mocho I Su

evated chromUpper Aquife Upper Aquone.

6-11

concentrationastern fringe

um was dete Mocho I y exhibited

er Aquife

he “total chrVI (0.01 mghe northern

CrVI MCL s (COL) W). Two othethat were w

ell (Stonerid

rVI MCL inE 13P6. The the highest y high as comes the ave

nd therefore

ions are infeCWS15) bas10. Chromiuhe 2016 WY

the CrVI Mubarea (0.01

mium concenfer Zone, theuifer Zone. I

ns were detbasin areas.

ected in a LSubarea; 0.high chromi

er Zone

romium” detg/L) may hav

boundary o

in three weWellfield; of

er municipawithin 80% odge 1) had 0.

n three other e total chromt of any deteompared to terage concen

will be flag

erred for twsed on their um was no

Y.

MCL in one 13 mg/L in 3

ntrations in e chromiumIt could be a

6 Groundw

tected in we.

Lawrence Liv.051 mg/L ium values i

tected in thve been excf the Main

ells completwhich one

al wells locaof the CrVI M.093 mg/L to

Amador Eamium conceection reportthe historica

ntration repogged for add

wo municipalresults from

ot included

Lower Aqu3S/2E 14B 1)

the Lower m in the Lowa result of na

water Quality/Ino

Ju

ells located a

vermore Natin 3S/2E 1

in the past (0

e Lower Aqceeded in seBasin durin

ted in the Lwas a muniated in the MCL (COLotal chromiu

ast Subarea wentration repted (0.075 mal concentratorted for thisditional revie

l supply wem sampling e

in the ana

ifer Zone pr).

Aquifer Zonwer Aquifer aturally occu

organics

ly 2017

along

tional 2C 4. 0.122

quifer everal ng the

Lower icipal COL 1 and

um.

wells: ported mg/L);

tions. s well ew in

ells in events alyses

rivate

ne do Zone

urring



6-12

July 2017

This Page Intentionally Left Blank

!

!!

!

!

!

!

!

A

A AA

AA

A

A

A A

A

AA

A

A

(

A

AA

A

AA

A(

A

AA AAA

A

(

AA

AA

A

AA

A

A

A

A AAA

AA

AA AA

A

A

A

AA

A

A@

A

A

@

AAA@@

@

AAA

A

AAA

AAAA

A@

AAAA

A@

A

AAA

A@

(

AA

A

AAAA

AAA

AAAA

(A

(A

@A

A

AAA

AA@@

A

(

AAAAA

A@@

@

A

A

@

@

A

A

(

(AAA

A

A

A

A

A

A

A

AA

A

A

AAA

A

A

A

A

A

A

A

A

A

A

@ @

@

@

A

AA

A

@ @A

@

@

A

A

A

A

A

AA

A

A(

(

AA

A

(

@@

A(

@A

AA

A

AA

(

A

AA

A

A

A

A

AA

AA

A

2S/2E

3S/2E

2S/1W 2S/1E

3S/1W

3S/1E

2S/3E

3S/3E

17D11

1P3

2P3

P5

H7H9

28J2

COL1 COL2

11P6

14B1

14D2

15J315M3

16A4

17B4

SF-B

SF-A

20B2

20C3

10Q2

14B1

15E2

16A3

20M1

5K7

7B2

St1

CWS24

CWS31

CWS10

CWS19

CWS14

CWS12

CWS15CWS20

M4 M1

M2M3

P8P6

P7H6

CWS9

CWS5

12J310K2

11M2

20C920C8

8H48H3

36F136F236F3

1B91B101B11

17D317D417D517D6

8H108H9

10D210D310D4

10B810B9

10B10

12H412H512H6

11G211G3

12K212K312K4

19D1019D919D819D7

9J89J99P9

9P109P1116C2

16C316C4

15R18

23E2

7N2

COL5

36E3

26C2

15F1

32E1

32N1 32Q133L1

33P233R1

4A1

4J54J6

4Q25P6

5K6

5L3

6F3

1J1

12B2

2A2

6N2 6N3

7B12

7G7

8B1

8G4

8K1

8N17R87J512J1

7M2

18E4

13J1

19C4

18J2

19K1

29M4

29P2

20Q2

20J4

16P5

16E416L2

22D2

20M11

20C7

10A211C3

2N6

2N2

2M32K2 2J3

2J2

2R12Q1

11B112D2

1P2

1L1

1F2 1H3

12A27C2

12G1

23J1

25C3 30D2

29F4

33G1

26J2

22B1

10Q1

24A1

14A3

10F3

11C1

3K3

3A12B2

1F2

7D2

32K2

28Q1 27P2

28D2

18E1

CWS8

7H2

8K29Q4

8H2

9G1

9P5

16E417E2

34E1

34Q2

3G2

12C4

7D17D3

12A96N6

11G1

9J7

15R17

23E1

33L1

15L1

33K1

8Q8

6Q46Q3

15M2

16B1

8H13

10D5 10B11

12H7

11G4

8H11

17D7

Amador

Dublin

Mocho II

Spring

May

Camp

Bernal

Bishop

Mocho I

Altamont

Mocho I

Vasco

Cayetano

Castle

Arroyo Valle

Ala

mo

Cre

ek Tassa

jara

Cree

k

South Tributary

Altamont Creek

Arroyo de La Laguna

Arroyo Las Positas

Arroyo M

ocho

13P813P713P613P5

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-01-MapGQWells16.mxd

Figure 6-1Map of Wells in

2016 Groundwater Quality ProgramLivermore Valley Groundwater Basin

.0 6,000 12,000

Feet

LEGENDWell Symbols( SupplyA Monitor@ Municipal

A Nested Monitoring? Test! KeyWells

Mining Area PondsStatic (= groundwater elevation)Pumped FromPumped IntoClay-lined

Main Basin

Fringe Management Area

Upland Management Area

Subarea BoundariesRiversTownship Range Line

DATE: Jul 27, 2017

Service Layer Credits: Sources: Esri, DeLorme, NAVTEQ, TomTom, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, NRCAN, GeoBase, IGN, Kadaster NL, Ordnance Survey, Esri Japan, METI, EsriChina (Hong Kong), swisstopo, and the GIS User Community

ABBREVIATIONS FOR MUNICIPAL WELLS

COL = Chain of Lakes (Zone 7)M = Mocho (Zone 7)H = Hopyard (Zone 7)St = Stoneridge (Zone 7)P = PleasantonSF = San Francisco Public Utilities District

TABLE 6-2

GROUNDWATER QUALITY PROGRAM

TABLE OF PROGRAM WELLS WITH SAMPLING FREQUENCY

2016 WATER YEAR

Subarea SMPWRState Name Well Name MuniAq

SITE INFORMATIONSampling

Frequency

Other Programs

NMP

UCamp T-HAC-12S/1E 32E 1 End of Arnold Rd AUCamp T-HAC-22S/1E 32N 1 Camp Parks AUCamp 32Q12S/1E 32Q 1 Summer Glen Dr AUCamp 33L12S/1E 33L 1 Gleason Dr @ Tassajara AUCamp 33P22S/1E 33P 2 Central Pkwy at Emerald Glen AUCamp T-DUB-12S/1E 33R 1 Central Pkwy @ Grafton AUBishop2S/1W 15F 1 BOLLINGER AUDublin2S/1W 26C 2 PINE VALLEY AUDublin 36E32S/1W 36E 3 Kolb Park ALDublin2S/1W 36F 1 Dublin High shallow ALDublin2S/1W 36F 2 Dublin High mid ALDublin2S/1W 36F 3 Dublin High deep AUSpring2S/2E 27P 2 hartford ave east AUMay T-MAY-12S/2E 28D 2 May School ALMay2S/2E 28J 2 FCC Well AUMay T-MAY-22S/2E 28Q 1 hartford ave AUCayetano2S/2E 32K 2 jenson's N liv. Ave AUMay T-MAY-32S/2E 34E 1 mud city AUSpring T-SPR-22S/2E 34Q 2 Hollyhock & Crocus AUMocho II T-AIR-13S/1E 1F 2 Constitution Dr AUMocho II 1H33S/1E 1H 3 Collier Canyon g1 QUCamp T-AIR-23S/1E 1L 1 Kitty Hawk AUAmador T-AIR-33S/1E 1P 2 Airport gas g5 ALAmador3S/1E 1P 3 New airport well QUCamp T-GLF-23S/1E 2J 2 Maint. Bldg AUCamp T-GLF-13S/1E 2J 3 Doolan Rd East AUCamp 2K23S/1E 2K 2 Doolan Rd West AUCamp T-FRI-13S/1E 2M 3 Friesman Rd North AUAmador T-FRI-33S/1E 2N 6 Friesman Rd South ALCamp3S/1E 2P 3 Crosswinds Church AUAmador T-GLF-33S/1E 2Q 1 LPGC #1 AUAmador3S/1E 2R 1 Beebs QUCamp3S/1E 3G 2 fallon rd AUCamp T-DUB-23S/1E 4A 1 SMP-DUB-2 AUCamp T-DUB-33S/1E 4J 5 Pimlico shallow AUCamp T-DUB-43S/1E 4J 6 Pimlico deep AUAmador3S/1E 4Q 2 gulfstream AUCamp3S/1E 5K 6 Rosewood shallow ALCamp3S/1E 5K 7 Rosewood deep AUCamp T-HAC-33S/1E 5L 3 Oracle AUCamp T-HAC-43S/1E 5P 6 Owens Park AUDublin 6F33S/1E 6F 3 Dublin Ct AUDublin3S/1E 6N 2 DSRSD MW-3 AUDublin3S/1E 6N 3 DSRSD MW-4 A

7/27/2017 Table 6-2; Page 1 of 5GM\2016GMProgram.mdb\Fig6-2TableGQWells16

Aq = Aquifer: U = Upper; L = Lower; D = Deep Frequency: Q = Quarterly; SA = SemiAnnually; A = Annually

OTHER: WR = Water Rights; Muni = Municipal wells; Key = Key Wells; SMP = Salt Management Plan; NMP = Nutrient Management Plan



Frequency

Other Programs

NMP

UDublin3S/1E 6N 6 DSRSD NE-76 ALDublin3S/1E 7B 2 Hopyard rd AUDublin T-CHA-13S/1E 7B12 Hacienda Arch AUDublin3S/1E 7D 1 DSRSD SW-75 AUDublin3S/1E 7D 3 DSRSD SE-70 AUDublin T-CHA-23S/1E 7G 7 Chabot Well AUDublin T-CHA-33S/1E 7J 5 Thomas Hart School AUDublin 7M23S/1E 7M 2 DSRSD Sub AUBernal T-CHA-43S/1E 7R 8 Mocho Canal North at Willow AUAmador T-HAC-53S/1E 8B 1 Lizard Well AUAmador T-HAC-63S/1E 8G 4 Apache ALAmador3S/1E 8H 9 Mocho 4 Nested Shallow ALAmador3S/1E 8H10 Mocho 4 Nested Middle ADAmador3S/1E 8H11 Mocho 4 Nested deep ADAmador3S/1E 8H13 Mocho 3 mon ALAmador3S/1E 8H18 √Mocho 4 QUAmador3S/1E 8K 1 sutter gate AUBernal3S/1E 8N 1 sports park ALAmador3S/1E 9B 1 √Stoneridge QUAmador3S/1E 9J 7 SW Lake I Shallow ALAmador3S/1E 9J 8 SW Lake I Middle ALAmador3S/1E 9J 9 SW Lake I Deep ALAmador3S/1E 9M 2 √Mocho 1 QLAmador3S/1E 9M 3 √Mocho 2 QLAmador3S/1E 9M 4 √Mocho 3 QUAmador3S/1E 9P 5 Key_AmW_U (Mohr Key) ALAmador3S/1E 9P 9 Mohr Ave Shallow ALAmador3S/1E 9P10 Key_AmW_L ALAmador3S/1E 9P11 Mohr Ave Deep AUAmador3S/1E 10A 2 El C harro Rd ALAmador3S/1E 10B 8 Kaiser Rd Shallow ALAmador3S/1E 10B 9 Kaiser Rd Middle 1 ALAmador3S/1E 10B10 Kaiser Rd Middle 2 ADAmador3S/1E 10B11 Kaiser Rd Deep ALAMADOR3S/1E 10B14 COL 5 Monitoring ALAmador3S/1E 10B15 √COL 5 QLAmador3S/1E 10D 2 Stoneridge Shallow ALAmador3S/1E 10D 3 Stoneridge Middle 1 ALAmador3S/1E 10D 4 Stoneridge Middle 2 ADAmador3S/1E 10D 5 Stoneridge Deep ALAmador3S/1E 10K 2 NorthWest Cope Lake ALAmador3S/1E 10K 3 √COL 1 AUAmador 11B13S/1E 11B 1 Airport West QUAmador T-GLF-43S/1E 11C 3 LAVWMA ROW AUAmador3S/1E 11G 1 Key_AmE_U ALAmador3S/1E 11G 2 Rancho Charro Middle 1 ALAmador3S/1E 11G 3 Rancho Charro Middle 2 ADAmador3S/1E 11G 4 Rancho Charro Deep ALAmador3S/1E 11M 2 COL 2 Monitoring ALAmador3S/1E 11M 3 √COL 2 ALAmador3S/1E 11P 6 New Jamieson Residence A






Frequency

Other Programs

NMP

UAmador 12A23S/1E 12A 2 Airport South QUAmador3S/1E 12D 2 LWRP G6 QUAmador3S/1E 12G 1 Oaks Park Shallow QLAmador3S/1E 12H 4 LWRP Shallow ALAmador3S/1E 12H 5 LWRP Middle 1 ALAmador3S/1E 12H 6 LWRP Middle 2 ADAmador3S/1E 12H 7 LWRP Deep ALAmador3S/1E 12K 2 Oaks Park Mid ALAmador3S/1E 12K 3 Key_AmE_L ADAmador3S/1E 12K 4 Oaks Park Deep AUAmador3S/1E 13P 5 LGA Grant Nested 1 ALAmador3S/1E 13P 6 LGA Grant Nested 2 ALAmador3S/1E 13P 7 LGA Grant Nested 3 ALAmador3S/1E 13P 8 LGA Grant Nested 4 ALAmador3S/1E 14B 1 Industrial Asphalt ALAmador3S/1E 14D 2 South Cope Lake ALAmador3S/1E 15J 3 shadow cliff ALAmador3S/1E 15M 3 Bush/Valley South ALAmWest3S/1E 16A 2 √Pleas 8 ALAmador3S/1E 16A 4 Bush/Valley Mid ADAmador3S/1E 16B 1 Bush/Valley North ALAmador3S/1E 16C 2 Santa Rita Valley Shallow ALAmador3S/1E 16C 3 Santa Rita Valley Middle ALAmador3S/1E 16C 4 Santa Rita Valley Deep AUAmador3S/1E 16E 4 black ave - cultural AUAmador3S/1E 16L 2 Pleas 4 ALAmador3S/1E 16L 5 √Pleas 5 ALAmador3S/1E 16L 7 √Pleas 6 AUAmador √3S/1E 16P 5 Vervais Monitor SALAmador3S/1E 17B 4 Casterson ALBernal3S/1E 17D 3 Hopyard Nested Shallow ALBernal3S/1E 17D 4 Hopyard Nested Middle 1 ALBernal3S/1E 17D 5 Hopyard Nested Middle 2 ALBernal3S/1E 17D 6 Hopyard Nested Middle 3 ADBernal3S/1E 17D 7 Hopyard Nested Deep ALBernal3S/1E 17D11 Hopyard 9 Monitoring Well ALBernal3S/1E 17D12 √Hopyard 9 QLBernal3S/1E 18A 5 √Pleas 7 ALBernal3S/1E 18A 6 √Hopyard 6 QUBernal3S/1E 18E 4 Valley Trails II AUBernal3S/1E 18J 2 camino segura ALBernal3S/1E 19A10 √SFWD South (B) ALBernal3S/1E 19A11 √SFWD North (A) AUBernal3S/1E 19C 4 del valle & laguna AUBernal3S/1E 19K 1 680/bernal ALBernal3S/1E 20B 2 √Fairgrounds Potable ALBernal3S/1E 20C 3 √Fairgrounds Potable Backup AUBernal √3S/1E 20C 7 Key_Bern_U SALBernal3S/1E 20C 8 Key_Bern_L ALBernal3S/1E 20C 9 Fair Nested Deep AUBernal3S/1E 20J 4 civic center A






Frequency

Other Programs

NMP

UBernal3S/1E 20M11 S.F "M"LINE AUBernal T-PLE-33S/1E 20Q 2 20Q2 AUAmador T-BER-33S/1E 22D 2 vineyard trailer AUAmador3S/1E 23J 1 1627 vineyard trailer AUAmador3S/1E 25C 3 Katz Winery Mansion AUCastle3S/1E 29M 4 f.c. channel AUBernal3S/1E 29P 2 castlewood dr ALDublin3S/1W 1B 9 DSRSD Shallow ALDublin3S/1W 1B10 DSRSD Middle ALDublin 1B113S/1W 1B11 DSRSD Deep AUDublin3S/1W 1J 1 DSRSD MW-1 AUDublin 2A23S/1W 2A 2 McNamara's AUDublin3S/1W 12A 9 DSRSD NW-75 AUDublin3S/1W 12B 2 Stoneridge Mall Rd AUDublin3S/1W 12J 1 DSRSD South AUCastle3S/1W 13J 1 muirwood dr AUSpring3S/2E 1F 2 Brisa at Circuit City AUSpring3S/2E 2B 2 south front rd AUSpring T-SPR-13S/2E 3A 1 Bluebell AUMocho I 3K33S/2E 3K 3 first & S. front rd AMMocho II3S/2E 5N 1 Spider Well AUMocho II3S/2E 7C 2 york way - jaws - G4 QUMocho II3S/2E 7H 2 dakota ALAmWest3S/2E 7N 2 Isabel & Arroyo Mocho ALAmador3S/2E 7P 3 √CWS 24 ALMocho II3S/2E 7R 3 √CWS 31 ALMocho II3S/2E 8F 1 √CWS 10 ALMocho II3S/2E 8G 1 √CWS 19 AUMocho II3S/2E 8H 2 North k ALMocho II3S/2E 8H 3 Key_Mo2_L ALMocho II3S/2E 8H 4 N Liv Ave Deep AUMocho II3S/2E 8K 2 Key_Mo2_U (Livermore Key) ALMocho II3S/2E 8N 2 √CWS 14 ALMocho II3S/2E 8P 1 √CWS 8 ALMocho II3S/2E 8Q 8 D-1 ALMocho II3S/2E 9P 1 √CWS 12 ALMocho II3S/2E 9Q 1 √CWS 9 AUMocho II3S/2E 9Q 4 school st AUMocho I3S/2E 10F 3 hexcel AUMocho II3S/2E 10Q 1 almond ALMocho II3S/2E 10Q 2 LLNL W-703 AUMocho I 11C13S/2E 11C 1 joan way AUSpring3S/2E 12C 4 LLNL W-486 ALSpring3S/2E 12J 3 LLNL W-017A AUMocho I3S/2E 14A 3 S. vasco @east ave ALMocho I3S/2E 14B 1 5763 east ave ALMocho II3S/2E 15E 2 Retzlaff Winery AUMocho II3S/2E 15L 1 Concannon2 AUMocho II3S/2E 15M 2 Concannon1 AUMocho II3S/2E 15R17 Buena Vista Shallow ALMocho II3S/2E 15R18 Buena Vista Deep A






Frequency

Other Programs

NMP

LMocho II3S/2E 16A 3 Memory Gardens ALMocho II3S/2E 16B 1 √CWS 5 ALMocho II3S/2E 16C 1 √CWS 15 AUMocho II3S/2E 16E 4 pepper tree AUMocho II3S/2E 17E 2 Mocho Street ALAmador3S/2E 18B 1 √CWS 20 AUAmador3S/2E 18E 1 E. stanley AUAmador3S/2E 19D 7 Isabel Shallow ALAmador3S/2E 19D 8 Isabel Middle 1 ALAmador3S/2E 19D 9 Isabel Middle 2 ALAmador3S/2E 19D10 Isabel Deep ALAmador3S/2E 20M 1 Alden Lane AUMocho II3S/2E 22B 1 grapes AUMocho II3S/2E 23E 1 Mines Nested Shallow ALMocho II3S/2E 23E 2 Mines Nested Deep AUMocho I 24A13S/2E 24A 1 S. greenville AUMocho II3S/2E 26J 2 mines rd AUAmador √3S/2E 29F 4 usgs wetmore SAUAmador T-VIN-33S/2E 30D 2 vineyard AUAmador √3S/2E 33G 1 crohare SAUAmador3S/2E 33K 1 VA QUAmador3S/2E 33L 1 VA/CROHARE FENCE QUAltamont3S/3E 6Q 3 PPWTP South Monitoring AUAltamont3S/3E 6Q 4 PPWTP North Monitoring AUSpring3S/3E 7D 2 7D 2 A

6222 29

T-AIR = Airport Transect

T-BER = Bernal Transect

T-CHA = Chabot Transect

T-DUB = East Dublin Transect

T-FRI = Friesman Transect

Salt Management Plan (SMP) DesignationsT-HAC = Hacienda Transect

T-HV = Happy Valley Transect

T-LIV = South Livermore Transect

T-MAY = May Transect

T-PLE = Pleasanton Transect

T-RH = Ruby Hill Transect

T-SPR = Springtown Transect

T-VIN = Vineyard Transect

T-WEN = Wente Transect

50 0Totals:




TABLE 6-3

TABLE OF WATER QUALITY RESULTS

2016 WATER YEAR

TEMP EC TDS Hard

SITE ID DATEoC umhos/cm pH Ca Mg Na K HCO3 SO4 Cl NO3N SiO2 B As Fe Cr mg/L mg/L

2S/1E 32E 1 2/2/16 17.9 1396 6.8 162 23 106 1.0 525 31 166 5.71 41.3 <0.10 0.0027 <0.05 0.0014 814 498

2S/1E 32N 1 2/2/16 16.8 1089 7.2 91 20 99 1.5 304 37 170 2.72 27.0 0.49 0.0015 1.1 0.0065 608 311

2S/1E 32Q 1 11/30/15 18.2 1664 6.9 139 48 155 2.1 551 61 237 2.35 36.0 0.66 0.0023 5.9 0.0098 960 546

2S/1E 33L 1 11/30/15 17.4 1593 7.0 138 34 148 1.9 537 51 203 9.53 30.8 0.45 0.0019 <0.05 0.0079 914 486

2S/1E 33P 2 11/30/15 15.7 1893 7.1 136 60 178 2.0 570 87 297 7.15 24.4 0.80 0.0015 0.05 0.0057 1098 589

2S/1E 33R 1 5/10/16 19.5 782 7.4 64 15 75 1.0 266 19 95 4.48 27.8 0.13 0.0021 0.056 0.019 450 220

2S/1W 15F 1 6/8/16 21.0 1546 6.8 154 57 86 1.0 697 34 189 <0.10 23.5 0.27 0.0025 <0.05 0.0011 888 620

2S/1W 26C 2 4/25/16 17.4 673 7.0 97 14 37 1.0 384 21 27 1.65 30.2 0.13 0.003 0.14 0.0012 424 301

2S/1W 36E 3 2/2/16 15.4 955 6.9 125 24 48 5.3 374 87 70 5.39 35.7 0.11 0.0039 <0.05 <0.001 603 410

2S/1W 36F 1 6/9/16 18.9 744 7.6 56 21 84 3.8 409 17 30 <0.10 20.3 0.34 0.015 <0.05 <0.001 435 227

2S/1W 36F 2 6/9/16 19.7 1008 10.1 2 4 202 27.2 218 <1 90 <0.10 10.7 0.61 0.125 <0.05 <0.001 648 22

2S/2E 27P 2 5/9/16 19.0 4722 7.7 83 37 852 <2.5 213 <1.0 1509 <0.10 27.8 30.8 <0.005 0.87 <0.005 2615 360

2S/2E 28Q 1 2/2/16 12.0 631 7.6 44 35 38 1.9 296 39 21 2.10 26.7 0.22 0.0016 1.1 0.023 362 253

2S/2E 32K 2 5/3/16 20.9 999 7.3 42 32 134 1.6 320 58 129 2.40 36.4 0.58 0.0058 <0.05 0.012 602 237

2S/2E 34E 1 5/3/16 19.4 785 7.5 14 11 163 1.9 294 39 92 <0.10 25.7 2.10 0.018 4. 0.0073 492 80

2S/2E 34Q 2 4/27/16 19.6 1778 7.6 78 60 215 1.0 275 124 397 1.02 32.7 3.74 0.0039 <0.05 0.0013 1048 441

3S/1E 1F 2 5/10/16 20.2 1486 6.9 140 42 116 0.5 541 34 179 3.87 49.2 0.25 0.0044 <0.05 0.0026 844 522

3S/1E 1H 3 11/3/15 NA 1820 NA NA NA NA NA NA NA 286 NA NA NA NA NA NA 1086 NA

3S/1E 1H 3 3/9/16 NA 1860 NA 73 45 270 1.5 NA 83 312 16.7 32.56 1.16 NA NA NA 1110 NA



3S/1E 1L 1 6/8/16 21.9 1485 7.4 60 25 217 0.9 647 57 87 16.4 32.1 4.41 0.0046 <0.05 0.0077 872 252

3S/1E 1P 2 11/3/15 NA 1370 NA NA NA NA NA NA NA 225 NA NA NA NA NA NA 794 NA

3S/1E 1P 2 3/9/16 NA 1370 NA 61 42 170 2 NA 85 233 1.2 22.81 3.7 NA NA NA 810 NA

3S/1E 1P 2 5/4/16 NA 1400 NA 61 41 170 2 NA 80 216 0.9 24.42 3 NA NA NA 820 NA

3S/1E 1P 2 9/14/16 NA 1400 NA 62 42 170 2 NA 94 232 0.9 23 2.78 NA NA NA 1400 NA

3S/1E 2J 2 12/1/15 17.8 3320 7.1 158 67 367 0.7 604 225 586 6.78 29.3 4.23 0.0039 <0.05 0.0025 1762 672

3S/1E 2J 3 11/30/15 18.1 1335 7.4 62 44 147 2.8 404 21 205 6.03 28.9 0.48 0.0044 11. 0.021 738 337

3S/1E 2K 2 4/27/16 17.5 1036 7.7 20 18 211 1.3 418 36 114 4.46 20.7 1.05 0.0056 <0.05 0.0094 648 126

3S/1E 2N 6 4/27/16 17.7 1505 7.2 75 48 192 1.1 490 87 226 <0.10 19.7 3.03 0.0033 <0.05 0.003 891 386

3S/1E 2P 3 4/27/16 14.5 836 7.9 38 34 99 1.6 322 56 98 2.57 20.4 0.86 0.0015 <0.05 <0.001 521 234

3S/1E 2Q 1 12/1/15 15.4 2310 7.3 95 55 256 2.9 501 142 336 5.25 23.8 3.10 0.0042 <0.05 <0.001 1182 466

3S/1E 2R 1 11/3/15 NA 1800 NA NA NA NA NA NA NA 289 NA NA NA NA NA NA 1066 NA

3S/1E 2R 1 3/9/16 NA 1860 NA 100 77 190 1.7 NA 82 304 9.9 29 4.53 NA NA NA 1110 NA

3S/1E 2R 1 5/4/16 NA 1890 NA 100 77 180 1.6 NA 81 283 9.3 29 3.25 NA NA NA 1160 NA

3S/1E 2R 1 9/14/16 NA 2100 NA 120 87 200 1.6 NA 95 366 19.7 29.37 3.8 NA NA NA 2100 NA

3S/1E 3G 2 2/2/16 16.3 1607 7.3 69 31 249 1.0 658 40 191 0.79 20.5 1.72 0.0063 <0.05 0.0013 931 298

3S/1E 4A 1 12/15/15 17.0 1099 7.5 110 10 93 0.9 340 27 163 2.36 23.5 0.26 0.0019 <0.05 0.0042 606 314

3S/1E 4J 5 12/15/15 17.8 3511 7.8 48 49 577 1.1 659 202 719 2.33 16.7 8.43 0.0081 <0.25 <0.005 1952 320

3S/1E 4J 6 12/15/15 17.6 1950 7.2 154 23 190 1.7 424 97 379 2.05 25.7 1.35 0.0018 <0.05 <0.001 1089 480

3S/1E 4Q 2 12/15/15 17.7 2209 7.4 142 47 237 1.4 530 101 431 1.89 23.5 3.00 <0.005 <0.25 <0.005 1254 546

3S/1E 5K 6 12/15/15 15.3 2155 7.4 180 44 231 1.7 630 248 247 9.62 21.2 1.63 <0.005 <0.25 <0.005 1327 631

3S/1E 5K 7 12/15/15 17.0 1031 7.7 58 25 118 1.0 352 141 71 <0.10 21.4 0.75 0.0086 <0.05 <0.001 610 249

3S/1E 5L 3 5/10/16 22.1 1698 7.3 96 49 213 0.8 521 256 123 0.13 20.5 1.09 0.0033 <0.05 0.0012 1017 441

3S/1E 5P 6 4/27/16 18.0 3674 7.1 262 150 376 0.9 486 976 530 9.08 26.1 1.24 0.0025 <0.05 0.0015 2601 1273

Mineral Constituents (mg/L) Select Metals (mg/L)

NA = Not AnalyzedE:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-03-GWChem16.xlsx7/25/2017

Table 6-3Page 1 of 10

TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



3S/1E 6F 3 4/25/16 18.5 4119 6.9 272 114 619 2.8 692 644 808 <0.10 22.5 4.06 <0.005 0.38 <0.005 2823 1148

3S/1E 6M 2 5/26/16 16.46 7429 6.86 NA NA NA NA NA 2950 460 <2 NA NA 0.00464 NA 0.00026 6596 NA

3S/1E 6N 2 6/1/16 21.24 25370 6.59 NA NA NA NA NA 1110 9260 <2 NA NA 0.0121 NA <0.00016 21780 NA

3S/1E 6N 3 6/1/16 19.19 10070 6.59 NA NA NA NA NA 162 3750 <2 NA NA 0.00631 NA <0.00016 8040 NA

3S/1E 6N 4 5/26/16 26.07 4675 7.07 NA NA NA NA NA 1740 197 <2 NA NA 0.00822 NA 0.00062 3164 NA

3S/1E 6N 5 5/12/16 NA NA NA NA NA NA NA NA NA NA NA NA NA 0.0203 NA <0.00016 NA NA

3S/1E 6N 5 5/12/16 22.71 17330 7.26 NA NA NA NA NA NA NA NA NA NA 0.0203 NA <0.00016 NA NA

3S/1E 6N 6 5/12/16 NA NA NA NA NA NA NA NA NA NA NA NA NA 0.00524 NA <0.00016 NA NA

3S/1E 6N 6 5/12/16 22.26 25540 6.82 NA NA NA NA NA NA NA NA NA NA 0.00524 NA <0.00016 NA NA

3S/1E 7B 2 6/22/16 23.6 754 8.7 14 12 148 1.7 266 34 96 <0.10 10.7 1.10 0.0039 <0.05 <0.001 457 82

3S/1E 7B12 5/10/16 19.3 3877 7.1 138 90 580 2.1 202 392 988 3.36 14.8 0.58 0.0019 <0.05 0.0032 2319 716

3S/1E 7D 1 5/16/16 NA NA NA NA NA NA NA NA NA NA NA NA NA 0.0141 NA <0.00016 NA NA

3S/1E 7D 1 5/16/16 27.11 5032 6.92 NA NA NA NA NA NA NA NA NA NA 0.0141 NA <0.00016 NA NA

3S/1E 7D 2 5/26/16 27.37 27010 6.86 NA NA NA NA NA 11300 3830 <2 NA NA NA NA NA 21900 NA

3S/1E 7D 2 5/26/16 NA NA NA NA NA NA NA NA 11300 3830 <2 NA NA NA NA NA 21900 NA





3S/1E 7G 7 6/8/16 20.1 18730 6.8 536 666 3410 3.9 473 2782 5015 0.19 19.3 5.53 <0.02 <1. <0.02 12666 4080

3S/1E 7J 5 11/5/15 18.9 1911 7.2 87 74 260 0.8 843 237 123 <0.10 20.3 5.02 0.0023 2.8 0.0038 1218 524

3S/1E 7M 2 4/25/16 20.4 1019 8.3 86 28 98 1.4 386 47 115 <0.10 12.1 0.30 0.0017 0.054 0.0012 587 332

3S/1E 8B 1 4/26/16 17.8 1344 8.2 66 61 205 1.3 303 94 227 <0.10 8.8 2.33 0.0043 0.27 0.0013 819 416

3S/1E 8G 4 12/14/15 18.8 2493 7.2 142 80 309 1.9 589 360 240 1.35 27.8 4.37 <0.005 <0.25 <0.005 1458 684

3S/1E 8H 9 4/26/16 19.0 985 7.5 61 46 82 1.8 353 56 100 5.86 27.2 0.85 0.0021 <0.05 0.0087 575 341

3S/1E 8H10 4/26/16 19.6 1122 7.5 67 45 104 1.9 389 81 118 6.09 30.0 1.10 0.0018 <0.05 0.0083 667 355

3S/1E 8H11 4/26/16 19.9 1758 7.2 144 71 122 3.1 590 174 200 3.98 30.2 1.77 0.0014 <0.05 0.0084 1053 653

3S/1E 8H13 6/7/16 20.5 1822 7.1 143 90 117 3.1 623 164 212 4.76 27.8 1.81 0.001 <0.05 0.0067 1086 727

3S/1E 8H18 4/4/16 20.6 1601 7.2 129 80 99 2.8 555 137 174 4.33 30.4 1.11 0.0011 <0.05 0.0048 945 653

3S/1E 8K 1 12/1/15 16.2 1752 7.2 144 97 95 2.5 605 223 156 2.61 29.7 1.18 0.0012 <0.05 0.0068 1058 758

3S/1E 8N 1 11/30/15 17.9 2360 7.0 193 148 113 2.7 799 347 180 4.52 30.8 1.21 0.0015 <0.05 0.0064 1429 1090

3S/1E 9B 1 4/4/16 20.0 717 7.6 50 37 42 1.6 292 45 55 3.59 28.0 0.37 0.0015 <0.05 0.0091 419 278

3S/1E 9B 1 5/2/16 19.7 808 7.43 61 39 56 1.9 310 49 70 3.91 25.7 0.53 0.0016 <0.05 0.0093 474 314

3S/1E 9B 1 7/13/16 19.9 668 7.5 47 35 NA NA 290 43 52 3.61 25.7 0.39 0.0013 <0.05 0.009 362 264

3S/1E 9J 7 1/14/16 17.5 1013 7.3 66 36 87 2.0 300 70 158 <0.10 18.7 1.01 <0.001 0.73 0.0028 586 315

3S/1E 9J 8 1/14/16 15.5 884 7.5 81 34 29 1.5 277 48 103 1.25 20.0 0.28 <0.001 <0.05 0.0049 460 344

3S/1E 9J 9 1/12/16 16.9 686 7.4 67 37 20 1.4 280 40 52 3.31 27.0 0.23 <0.001 <0.05 0.009 398 319

3S/1E 9M 2 3/3/16 18.6 1051 7.3 72 48 74 1.7 344 60 143 2.01 25.3 0.84 0.0011 <0.05 0.0044 603 378

3S/1E 9M 3 3/29/16 NA 1010 7.2 89 45 50 1.7 336 68 118 2.13 22.3 0.60 0.001 <0.05 0.0055 569 406

3S/1E 9M 3 5/19/16 17.4 1014 7.3 88 47 59 1.8 345 72 127 2.10 21.4 0.71 <0.001 <0.05 0.0057 596 414

3S/1E 9M 3 7/11/16 18.2 1099 7.5 93 52 NA NA 373 86 132 2.37 23.5 0.88 <0.001 <0.05 0.0056 581 448

3S/1E 9M 3 9/19/16 18.1 1071 7.3 88 54 66 2.3 352 86 144 2.26 23.5 <0.1 <0.001 <0.02 0.0046 648 441

3S/1E 9M 4 2/3/16 17.9 1490 7.4 81 56 96 2.0 416 91 147 4.76 26.7 1.23 0.0013 <0.05 0.0065 726 434

3S/1E 9M 4 4/6/16 18.3 1283 7.4 82 59 107 2.3 436 90 145 4.92 27.8 1.41 0.0013 <0.05 0.0069 750 450

3S/1E 9P 5 12/14/15 17.9 1145 7.0 94 40 73 2.1 346 72 157 0.75 19.5 0.78 <0.001 <0.05 0.0024 632 402



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



3S/1E 9P 9 12/14/15 17.8 1042 7.2 73 39 70 1.8 282 69 159 0.24 21.0 0.77 <0.001 <0.05 0.0015 573 342

3S/1E 9P10 12/14/15 17.3 819 7.2 77 29 39 1.3 243 50 98 1.12 19.9 0.36 <0.001 <0.05 0.0027 439 312

3S/1E 9P10 6/30/16 NA 813 7.0 72 33 44 1.5 261 50 97 <0.1 20.1 0.47 <0.001 <0.05 <0.001 446 316

3S/1E 9P11 12/14/15 17.7 731 7.3 53 48 24 1.3 299 40 56 3.40 25.7 0.25 0.0014 <0.05 0.012 411 331

3S/1E 10A 2 12/1/15 17.3 2330 7.0 116 67 218 2.0 585 132 309 8.05 30.0 2.65 0.0014 <0.05 0.0052 1198 566

3S/1E 10B 8 1/12/16 17.3 1443 7.2 90 73 111 1.6 521 79 168 8.11 27.6 1.74 0.0018 <0.05 0.011 845 525

3S/1E 10B 9 1/12/16 18.3 1145 7.5 76 58 74 1.8 394 62 132 6.62 25.5 1.11 0.0013 <0.05 0.0069 653 429

3S/1E 10B10 1/12/16 19.1 684 7.5 50 42 33 1.4 285 41 47 2.97 26.3 0.32 0.0012 <0.05 0.01 395 298

3S/1E 10B11 1/12/16 17.7 698 7.3 54 41 29 1.6 272 39 53 5.66 27.4 0.22 <0.001 <0.05 0.007 404 304

3S/1E 10B14 6/7/16 20.1 653 7.3 47 38 29 1.6 278 35 43 4.01 25.7 0.27 <0.001 <0.05 0.012 375 272

3S/1E 10B15 11/23/15 18.7 756 7.4 53 44 41 1.6 307 41 56 4.46 27.0 0.37 0.0011 0.031 0.011 435 315

3S/1E 10B15 3/3/16 18.9 751 7.3 65 35 36 1.7 292 42 61 4.93 26.5 0.38 <0.001 <0.05 0.011 434 308

3S/1E 10B15 5/19/16 19.2 697 7.4 59 38 38 1.7 297 40 52 4.72 25.7 0.39 <0.001 <0.05 0.012 422 303

3S/1E 10B15 7/13/16 20.4 739 7.4 53 42 NA NA 299 41 61 5.75 27.8 0.41 <0.001 <0.05 0.0085 398 306

3S/1E 10B15 9/19/16 19.8 769 7.3 51 48 44 2.1 301 45 70 5.79 25.7 <0.1 <0.001 0.028 0.0082 460 324

3S/1E 10D 2 1/12/16 17.7 1287 7.5 70 63 105 1.4 461 66 142 8.03 28.2 1.42 0.0033 <0.05 0.0062 740 434

3S/1E 10D 3 1/12/16 17.2 1202 7.6 80 69 73 1.8 426 62 132 7.82 25.0 0.99 0.0017 <0.05 0.0084 690 483

3S/1E 10D 4 1/12/16 18.3 776 7.6 56 43 40 1.4 297 45 69 3.65 25.7 0.36 0.0011 <0.05 0.011 443 314

3S/1E 10D 5 1/12/16 18.6 705 7.3 56 40 30 1.7 280 40 53 5.78 27.4 0.21 <0.001 <0.05 0.007 412 304

3S/1E 10K 2 6/7/16 18.5 728 7.2 54 39 31 1.6 263 46 72 1.79 17.5 0.35 <0.001 <0.05 0.0031 400 294

3S/1E 10K 3 11/23/15 17.5 821 7.4 54 55 38 1.5 310 49 77 3.76 25.5 0.31 <0.001 0.005 0.0075 470 361

3S/1E 10K 3 2/4/16 NA 836 7.5 64 48 31 1.5 300 44 78 3.91 24.0 0.33 <0.001 <0.05 0.0079 456 356

3S/1E 10K 3 3/3/16 17.6 829 7.2 68 41 32 1.5 302 44 81 3.74 23.3 0.33 <0.001 <0.05 0.0084 457 340

3S/1E 10K 3 5/2/16 NA 822 7.3 67 47 37 1.7 321 49 79 3.85 23.5 0.41 <0.001 <0.05 0.0083 480 362

3S/1E 10K 3 5/19/16 17.4 812 7.3 62 50 36 1.6 314 45 81 3.85 23.5 0.37 <0.001 <0.05 0.0083 471 362

3S/1E 10K 3 9/19/16 18.3 834 7.3 65 48 38 2.0 320 53 86 4.07 23.5 <0.1 <0.001 <0.02 0.0073 492 361

3S/1E 11B 1 11/3/15 NA 1830 NA NA NA NA NA NA NA 252 NA NA NA NA NA NA 1123 NA

3S/1E 11B 1 3/9/16 NA 1840 NA 70 64 240 1.8 NA 120 241 16.7 29 5.8 NA NA NA 1150 NA



3S/1E 11C 3 12/1/15 14.5 1596 7.0 84 55 166 2.1 514 78 190 7.84 25.3 2.11 0.003 <0.05 0.0039 889 435

3S/1E 11G 1 5/4/16 19.8 1224 7.2 72 82 79 2.7 481 65 120 10.0 36.4 1.00 0.0013 0.35 0.0078 739 518

3S/1E 11G 2 5/4/16 19.6 1105 7.4 75 67 66 1.9 438 56 105 7.81 25.7 0.83 <0.001 <0.05 0.0087 648 463

3S/1E 11G 3 5/4/16 19.6 820 7.2 58 57 38 1.8 314 49 72 5.30 27.8 0.36 <0.001 <0.05 0.0062 483 382

3S/1E 11G 4 2/1/16 20.8 623 7.7 46 33 33 1.8 298 39 21 2.09 26.5 0.20 0.0013 <0.05 0.021 359 249

3S/1E 11M 2 6/9/16 19.5 726 7.4 46 40 47 2.0 272 47 73 1.61 21.0 0.47 0.0012 3.4 0.013 417 280

3S/1E 11M 3 12/7/15 18.5 713 7.4 55 39 34 1.5 265 43 67 3.98 24.0 0.26 <0.001 <0.005 0.0077 412 296

3S/1E 11M 3 2/8/16 NA 673 7.3 59 35 29 1.5 254 40 60 3.99 23.3 0.26 <0.001 <0.05 0.0079 391 292

3S/1E 11M 3 5/4/16 18.6 677 7.2 53 40 35 1.7 270 39 57 4.14 23.5 0.33 <0.001 <0.05 0.0081 401 297

3S/1E 11M 3 6/2/16 NA 705 7.3 52 40 31 1.5 254 40 56 3.92 23.5 0.29 <0.001 <0.05 0.0083 387 293

3S/1E 11M 3 7/13/16 19.7 656 7.2 51 40 NA NA 268 41 57 4.10 23.5 0.31 <0.001 <0.05 0.0074 363 294

3S/1E 11P 6 2/1/16 17.4 760 7.3 68 32 33 1.4 239 51 86 1.11 17.8 0.33 <0.001 <0.05 0.0037 413 299

3S/1E 12A 2 11/3/15 NA 1190 NA NA NA NA NA NA NA 115 NA NA NA NA NA NA 690 NA

3S/1E 12A 2 3/9/16 NA 1130 NA 63 85 49 2.4 NA 49 116 11.9 34 0.67 NA NA NA 670 NA

3S/1E 12A 2 5/4/16 NA 1180 NA 63 84 48 2.4 NA 63 107 14 35 0.6 NA NA NA 720 NA



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



3S/1E 12A 2 9/14/16 NA 1230 NA 66 89 56 2.4 NA 74 126 15.3 36 0.72 NA NA NA 1230 NA

3S/1E 12H 4 2/1/16 17.3 694 7.3 54 43 22 1.3 274 42 52 2.84 28.0 0.24 <0.001 <0.05 0.011 390 312

3S/1E 12H 5 2/1/16 18.1 706 7.4 48 47 25 1.5 291 44 46 3.11 28.5 0.26 <0.001 <0.05 0.013 398 314

3S/1E 12H 6 2/1/16 17.8 686 7.7 51 41 28 1.7 314 42 31 2.47 27.6 0.24 0.0011 <0.05 0.017 390 296

3S/1E 12H 7 2/1/16 17.6 480 8.3 6 3 84 0.7 202 17 28 1.28 24.2 0.43 0.025 <0.05 <0.001 268 30

3S/1E 12K 2 2/1/16 16.5 849 7.2 51 55 36 1.6 303 48 79 5.16 22.3 0.28 <0.001 <0.05 0.0064 466 354

3S/1E 12K 3 2/1/16 16.9 679 7.4 44 46 25 1.3 277 40 43 4.36 28.5 0.23 <0.001 <0.05 0.014 384 300

3S/1E 12K 4 2/1/16 17.6 335 7.9 18 16 22 1.1 142 7.7 19 2.13 23.3 0.13 <0.001 <0.05 0.0037 188 112

3S/1E 13P 5 11/4/15 19.1 774 7.6 51 27 55 1.8 141 70 127 <0.10 13.2 0.39 <0.001 0.064 <0.001 415 240

3S/1E 13P 6 11/4/15 18.8 707 7.4 88 30 26 3.6 294 46 61 0.87 19.9 0.26 0.0067 52. 0.075 424 343

3S/1E 13P 7 11/4/15 20.3 517 7.6 46 13 49 2.0 248 44 16 0.21 22.5 0.20 0.0011 2.8 0.0065 317 168

3S/1E 13P 8 11/4/15 19.9 622 7.2 59 16 43 1.7 238 44 51 1.04 25.3 0.23 <0.001 <0.05 <0.001 363 215

3S/1E 14B 1 6/7/16 20.4 766 7.3 70 34 32 1.6 270 45 79 1.22 14.8 0.39 <0.001 <0.05 0.0038 417 314

3S/1E 14D 2 5/10/16 17.0 883 7.0 78 31 51 1.5 301 47 97 2.37 19.7 0.51 <0.001 0.085 0.002 484 322

3S/1E 15J 3 11/4/15 18.6 854 7.3 62 46 39 2.1 313 19 104 0.49 10.9 0.33 <0.001 3.6 <0.001 440 343

3S/1E 15M 3 5/10/16 18.3 741 6.9 65 28 42 1.2 277 42 70 1.98 25.7 0.32 <0.001 <0.05 0.0015 419 277

3S/1E 16A 2 10/12/15 18.8 729 7.4 70 28 43 1.7 285 46 62 2.11 21.0 0.44 <0.001 <0.05 0.0049 422 292

3S/1E 16A 4 12/14/15 17.5 748 7.3 81 28 28 1.4 275 44 65 1.71 21.0 0.30 <0.001 <0.05 0.0038 412 318

3S/1E 16B 1 12/14/15 15.9 747 7.4 86 21 28 1.4 266 49 71 1.53 23.5 0.26 <0.001 <0.05 0.0041 419 302

3S/1E 16C 2 2/2/16 17.4 897 7.2 78 35 38 1.4 280 51 92 2.13 20.7 0.43 <0.001 <0.05 0.0035 464 336

3S/1E 16C 3 2/2/16 17.6 1351 7.3 143 53 46 2.1 454 74 154 3.12 24.2 0.59 <0.001 <0.05 0.0053 735 577

3S/1E 16C 4 2/2/16 18.1 742 7.4 83 25 28 1.5 276 48 68 2.67 24.0 0.26 <0.001 <0.05 0.0065 426 311

3S/1E 16E 4 2/2/16 17.6 1020 7.1 90 37 55 1.9 367 61 86 4.84 20.9 0.48 <0.001 <0.05 0.0046 554 379

3S/1E 16L 5 10/12/15 19.3 963 7.1 96 38 57 2.1 357 54 91 3.18 22.9 0.58 <0.001 <0.05 0.0042 552 396

3S/1E 16L 7 10/12/15 18.4 928 7.3 87 40 55 2.0 338 52 92 2.42 22.7 0.59 <0.001 <0.05 0.0045 529 381

3S/1E 16P 5 11/4/15 19.6 790 6.8 39 29 66 2.6 168 59 122 <0.10 11.3 0.28 <0.001 <0.05 <0.001 412 218

3S/1E 16P 5 5/10/16 19.1 668 6.8 34 24 62 2.1 197 45 84 0.47 10.5 0.28 <0.001 <0.05 <0.001 361 184

3S/1E 17B 4 5/4/16 20.4 893 7.3 94 45 42 1.8 410 50 55 4.78 21.4 0.44 <0.001 <0.05 0.0049 533 421

3S/1E 17D 3 12/1/15 16.2 701 8.5 6 54 52 2.2 262 1.33 90 <0.10 1.7 0.36 <0.001 0.31 <0.001 348 238

3S/1E 17D 4 1/14/16 16.5 1133 8.3 15 4 217 0.7 253 21 232 <0.10 21.1 2.08 0.0076 0.082 <0.001 641 54

3S/1E 17D 5 1/14/16 17.1 1246 8.3 14 8 212 0.5 256 19 235 <0.10 18.1 2.14 0.052 0.11 <0.001 639 67

3S/1E 17D 6 1/14/16 17.0 1468 8.4 22 6 253 0.8 258 13 317 <0.10 22.0 1.36 0.0075 0.1 <0.001 768 81

3S/1E 17D 7 1/14/16 17.2 1444 9.0 8 5 250 1.2 184 3.4 329 <0.10 3.5 1.52 0.022 0.14 <0.001 699 41

3S/1E 17D11 4/25/16 18.8 1396 8.2 19 5 257 0.8 290 2.4 291 <0.10 22.9 2.27 0.0093 <0.05 <0.001 746 67

3S/1E 17D12 2/9/16 NA 858 7.4 81 43 39 1.7 353 44 78 3.89 23.8 0.43 0.0012 <0.05 0.0072 502 378

3S/1E 18A 6 2/9/16 NA 1013 7.4 89 44 64 1.6 397 81 84 2.96 24.0 0.48 0.0013 <0.05 0.0053 597 405

3S/1E 18A 6 4/4/16 17.7 1005 7.4 90 41 67 1.6 412 75 83 2.89 26.3 0.50 0.0016 <0.05 0.0051 601 393

3S/1E 18A 6 6/2/16 NA 1028 7.2 80 46 71 1.6 395 76 83 2.92 23.5 0.54 0.0015 <0.05 0.0062 589 389

3S/1E 18A 6 8/10/16 NA 998 7.2 93 38 69 2.4 403 78 86 2.62 23.5 NA NA NA NA 600 390

3S/1E 18E 4 12/1/15 14.4 788 7.5 64 23 69 0.5 297 65 55 <0.10 25.5 0.45 <0.001 0.39 <0.001 449 255

3S/1E 18J 2 11/5/15 18.3 4208 7.1 177 302 410 0.6 1275 935 506 <0.10 27.6 1.80 0.025 0.063 <0.001 2988 1684

3S/1E 19C 4 11/5/15 18.0 763 7.9 41 46 52 1.8 343 44 58 <0.10 10.5 0.38 <0.001 0.25 0.0016 425 292

3S/1E 19K 1 11/30/15 17.3 2570 7.0 218 120 143 2.5 356 1022 66 <0.10 17.2 0.82 0.0024 0.069 <0.001 1764 1036

3S/1E 20B 2 5/3/16 NA 901 7.1 87 39 58 1.6 358 51 85 4.05 25.7 0.42 <0.001 <0.05 0.0021 542 379

3S/1E 20C 3 5/4/16 NA 966 7.5 91 49 50 1.9 386 62 95 3.73 21.4 0.47 <0.001 <0.05 0.0039 578 431



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



3S/1E 20C 7 11/5/15 19.1 814 7.1 65 34 48 2.1 279 53 85 1.40 17.6 0.36 <0.001 <0.05 0.0017 449 301

3S/1E 20C 7 6/7/16 17.9 827 7.0 70 33 53 1.9 285 62 91 1.52 17.8 0.41 <0.001 <0.05 0.0021 476 312

3S/1E 20C 8 4/26/16 17.6 1014 7.3 112 43 43 2.0 427 52 94 5.63 20.7 0.27 <0.001 <0.05 0.0051 603 456

3S/1E 20C 9 4/26/16 17.4 998 7.2 97 50 47 1.9 426 65 96 2.81 25.0 0.44 <0.001 <0.05 0.005 605 448

3S/1E 20J 4 11/4/15 18.6 1057 6.7 65 35 104 0.6 395 61 102 5.67 32.1 0.48 <0.001 <0.05 0.002 619 306

3S/1E 20M11 5/4/16 17.8 938 6.8 83 43 60 2.0 352 68 92 2.06 23.5 0.50 <0.001 0.32 0.0026 554 383

3S/1E 20Q 2 11/5/15 18.5 1845 7.1 79 123 136 1.7 963 139 111 <0.10 21.1 0.93 <0.001 12. <0.001 1086 704

3S/1E 22D 2 11/5/15 20.0 936 6.6 53 38 97 0.6 263 45 110 10.9 36.4 0.10 <0.001 <0.05 0.0043 558 287

3S/1E 23J 1 5/11/16 21.5 532 7.9 22 11 64 2.8 80 40 99 0.48 10.5 0.21 <0.001 <0.05 <0.001 292 102

3S/1E 25C 3 4/26/16 14.7 794 7.2 62 24 67 1.3 258 32 102 3.78 22.5 0.39 <0.001 <0.05 0.002 455 253

3S/1E 29M 4 5/4/16 15.8 630 6.3 54 32 31 2.0 178 144 29 <0.10 21.4 0.27 0.014 6.7 <0.001 401 266

3S/1E 29P 2 11/30/15 14.5 2330 7.0 122 99 180 3.6 804 4.6 299 <0.10 21.1 1.78 0.0019 8.1 0.015 1126 714

3S/1W 1B 9 6/9/16 22.6 901 7.6 45 19 121 1.1 344 39 94 <0.10 21.4 0.52 0.0048 <0.05 <0.001 511 189

3S/1W 1B10 6/9/16 21.2 838 7.7 42 15 121 0.6 380 <1 86 <0.10 25.7 0.60 0.21 0.34 <0.001 478 167

3S/1W 1B11 6/22/16 20.6 915 7.8 26 9 160 0.8 283 <1 168 <0.10 23.5 0.76 0.022 0.11 <0.001 528 105

3S/1W 1J 1 5/16/16 19.53 2826 6.91 NA NA NA NA NA 553 189 <1 NA NA 0.0314 NA <0.00016 2064 NA

3S/1W 1J 2 5/16/16 21.3 2842 7.06 NA NA NA NA NA 680 150 19.8 NA NA 0.00883 NA <0.00016 2016 NA

3S/1W 2A 2 4/25/16 15.9 1405 6.7 188 34 96 0.6 649 64 130 1.07 22.9 0.46 0.0015 0.19 0.0017 860 610

3S/1W 12A 9 5/9/16 19.65 5515 6.86 NA NA NA NA NA 80.5 1860 <1 NA NA NA NA NA 4190 NA

3S/1W 12A 9 5/9/16 NA NA NA NA NA NA NA NA 80.5 1860 <1 NA NA NA NA NA 4190 NA

3S/1W 12A10 5/9/16 NA NA NA NA NA NA NA NA NA NA NA NA NA 0.0068 NA <0.00016 NA NA

3S/1W 12A10 5/9/16 23.18 2201 7.41 NA NA NA NA NA NA NA NA NA NA 0.0068 NA <0.00016 NA NA

3S/1W 12B 2 11/5/15 17.4 937 6.5 116 26 47 0.3 322 117 68 3.40 36.8 0.16 <0.001 <0.05 <0.001 585 397

3S/1W 12J 1 4/25/16 25.1 1574 7.4 103 30 243 0.9 455 250 162 0.36 27.2 0.95 0.0025 0.26 0.0012 1043 383

3S/1W 13J 1 11/5/15 18.2 971 6.5 104 43 38 0.4 346 107 83 4.20 27.0 0.16 <0.001 <0.05 <0.001 591 436

3S/2E 1F 2 5/3/16 17.3 2821 7.4 124 51 462 1.9 226 191 717 4.79 51.4 10.3 0.0035 0.078 0.0061 1731 518

3S/2E 2B 2 5/3/16 21.8 743 6.9 64 18 56 4.5 152 25 141 <0.10 16.9 0.81 0.0029 12. 0.036 400 236

3S/2E 3A 1 6/8/16 21.6 1172 7.6 67 29 124 1.0 305 72 175 6.73 40.7 1.56 0.003 <0.05 0.017 692 286

3S/2E 3K 3 6/22/16 22.9 1157 7.3 76 37 118 1.8 363 79 114 15.1 30.0 1.42 0.0016 <0.05 0.012 702 342

3S/2E 5N 1 6/8/16 21.7 821 7.5 51 53 37 1.7 300 41 75 10.6 27.8 0.53 <0.001 0.29 0.0093 482 346

3S/2E 7C 2 11/3/15 NA 1180 NA NA NA NA NA NA NA 127 NA NA NA NA NA NA 708 NA

3S/2E 7C 2 3/9/16 NA 1150 NA 56 87 59 3.6 NA 68 129 10.1 38.07 0.71 NA NA NA 690 NA

3S/2E 7C 2 5/4/16 NA 1150 NA 52 81 53 3.4 NA 63 117 9.1 38 0.5 NA NA NA 750 NA

3S/2E 7C 2 9/14/16 NA 1200 NA 57 88 58 3.4 NA 76 127 10.3 38 0.57 NA NA NA 1200 NA

3S/2E 7H 2 5/3/16 19.5 1298 7.0 60 82 115 3.0 417 151 97 16.2 30.0 0.78 <0.001 <0.05 0.0014 815 489

3S/2E 7N 2 5/9/16 18.8 468 7.5 34 24 21 3.1 140 41 57 1.23 23.5 0.26 0.0045 19. 0.133 278 183

3S/2E 7P 3 5/4/16 NA NA 7.47 18 13 56 <2 170 16 38 3.4 NA NA <0.002 <0.00003 <0.01 NA 100

3S/2E 7P 3 6/27/16 NA NA NA NA NA NA NA NA NA NA 3.855 NA NA NA NA NA NA NA

3S/2E 7R 3 10/19/15 NA NA NA NA NA NA NA NA NA NA 4.736 NA NA NA NA NA NA NA




3S/2E 8F 1 10/5/15 NA NA NA NA NA NA NA NA NA NA 7.3 NA NA NA NA NA NA NA





TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard






































3S/2E 8H 2 12/16/15 19.5 1295 6.8 52 100 67 0.8 354 90 168 10.1 34.2 0.31 <0.001 <0.05 0.0038 731 542

3S/2E 8H 3 2/2/16 18.6 1326 7.2 85 77 48 1.3 396 70 126 11.9 30.8 0.41 <0.001 <0.05 0.007 687 527

3S/2E 8H 4 2/2/16 19.8 1186 7.6 54 46 99 1.7 324 25 185 4.96 25.5 0.43 0.002 <0.05 0.011 619 325

3S/2E 8K 2 12/16/15 14.7 1022 7.2 66 72 37 1.7 363 62 96 8.14 30.0 0.30 <0.001 <0.05 0.0045 580 462

3S/2E 8N 2 7/13/16 NA NA NA NA NA NA NA NA NA NA 2.281 NA NA NA NA NA NA NA

3S/2E 8N 2 10/3/16 NA NA NA NA NA NA NA NA NA NA 3.744 NA NA NA NA NA NA NA




3S/2E 9Q 1 10/5/15 NA NA NA NA NA NA NA NA NA NA 7.3 NA NA NA NA NA NA NA



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard














































3S/2E 9Q 4 12/2/15 19.2 1216 7.4 52 88 65 0.8 372 81 142 9.14 36.0 0.75 <0.001 0.39 0.0066 689 492

3S/2E 10F 3 4/27/16 18.4 1387 7.1 83 87 100 1.3 502 47 170 9.16 34.2 1.44 0.0013 <0.05 0.0063 811 566



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



3S/2E 10Q 1 12/16/15 19.2 1604 7.2 105 94 92 1.0 496 112 196 13.0 34.2 1.37 <0.001 <0.05 0.0029 937 649

3S/2E 10Q 2 12/9/15 19.1 710 7.7 41 36 45 1.7 233 37 69 4.95 30.6 0.65 <0.001 <0.05 0.0042 398 252

3S/2E 10Q 2 1/25/16 17.0 690 7.9 40 36 40 1.5 230 48 69 4.92 27.4 0.63 0.0011 <0.05 0.0058 399 250

3S/2E 11C 1 12/16/15 17.6 855 7.4 74 21 67 1.8 233 40 124 2.04 30.0 0.44 <0.001 0.58 0.0067 483 271

3S/2E 12C 4 1/25/16 15.4 1247 7.7 57 18 143 1.3 252 106 187 2.64 37.9 2.90 0.002 <0.05 0.051 687 216

3S/2E 12J 3 1/25/16 12.0 714 8.1 41 16 62 2.8 67 63 144 0.31 21.8 0.41 0.0016 <0.05 <0.001 386 169

3S/2E 14A 3 12/16/15 18.6 1069 7.1 110 36 62 2.1 413 48 89 15.2 27.8 0.48 <0.001 <0.05 0.0083 646 422

3S/2E 14B 1 5/10/16 19.3 1012 7.2 78 34 70 1.8 317 46 97 10.4 27.8 0.67 <0.001 <0.05 0.013 558 333

3S/2E 15E 2 6/8/16 19.8 1083 7.4 48 77 48 1.3 396 80 103 9.80 25.7 0.59 <0.001 0.12 0.0031 625 437

3S/2E 15H17 9/22/16 NA 1692 7.5 80 93 132 1.9 482 148 228 13.1 38.5 2.3 <0.05 <0.05 <0.025 1018 582

3S/2E 15L 1 3/17/16 16.9 1084 7.6 45 80 46 2.5 353 82 106 10.0 31.0 0.41 0.0019 <0.05 0.0042 611 441

3S/2E 15L 1 5/10/16 20.8 1197 7.2 50 81 61 1.8 343 86 124 11.1 34.2 0.49 0.0011 1.3 0.009 657 458

3S/2E 15L 2 3/17/16 16.9 1224 7.6 50 90 49 1.2 365 86 132 13.0 33.0 0.49 0.0012 <0.05 0.0017 679 493

3S/2E 15M 2 3/17/16 17.4 1034 7.6 60 70 26 3.0 331 54 95 11.1 25.9 0.19 0.002 <0.05 0.012 547 439

3S/2E 15M 2 5/10/16 20.9 1045 7.3 72 71 34 4.1 355 60 98 12.6 23.5 0.29 0.0026 <0.05 0.015 594 470

3S/2E 15M 3 3/17/16 16.7 1249 7.7 77 95 44 1.5 513 83 117 7.01 28.7 0.42 0.0011 <0.05 0.0038 731 584

3S/2E 15Q 8 3/17/16 16.0 1056 7.3 60 84 42 1.2 396 127 92 9.84 34.9 0.31 0.0012 <0.05 0.002 680 498

3S/2E 15R17 12/16/15 16.0 1011 7.5 49 81 35 1.2 345 60 81 13.1 30.0 0.52 0.001 <0.05 0.0091 567 456

3S/2E 15R17 3/16/16 17.6 991 7.6 46 85 31 1.3 351 61 96 12.8 31.0 0.48 0.0015 <0.05 0.0089 582 465

3S/2E 15R18 12/16/15 18.4 686 7.8 64 36 29 1.6 315 47 40 0.98 27.8 0.25 0.0018 1.5 0.0046 407 309

3S/2E 15R20 3/16/16 17.6 1150 7.6 53 93 50 1.4 365 85 150 12.4 29.1 0.53 0.002 <0.05 0.0024 697 516

3S/2E 16A 3 12/2/15 13.9 1075 7.5 51 91 40 1.4 369 78 106 10.0 30.4 0.39 <0.001 <0.05 0.0039 626 500

3S/2E 16A 3 12/4/15 NA 1077 7.5 49 92 40 1.4 372 78 91 9.68 30.4 0.38 <0.001 <0.05 0.0034 609 499

3S/2E 16C 1 9/13/16 NA NA NA NA NA NA NA NA NA NA 3.447 NA NA NA NA NA NA NA

3S/2E 16E 4 5/3/16 17.7 701 7.0 30 45 52 2.0 228 48 90 2.34 17.3 0.35 <0.001 <0.05 0.0015 407 259

3S/2E 18B 1 10/5/15 NA NA NA NA NA NA NA NA NA NA 7.4 NA NA NA NA NA NA NA









3S/2E 18B 1 2/8/16 NA NA NA NA NA NA NA NA NA NA NA NA NA NA 0.004644 NA NA NA


3S/2E 18E 1 12/2/15 17.5 570 7.4 40 32 21 1.8 178 33 60 1.03 27.0 0.24 <0.001 0.42 0.005 308 233

3S/2E 19D 7 12/1/15 17.7 374 7.6 31 14 19 0.7 114 2.64 33 6.24 24.8 <0.10 <0.001 0.87 0.0099 210 134

3S/2E 19D 8 12/1/15 17.7 421 7.5 36 16 19 0.7 125 4.0 43 6.27 25.5 <0.10 <0.001 <0.05 0.0077 234 156

3S/2E 19D 9 12/1/15 18.2 405 7.5 35 15 23 0.9 124 6.8 34 10.7 27.2 <0.10 <0.001 <0.05 0.0039 251 150

3S/2E 19D10 12/1/15 19.4 785 7.2 66 31 41 1.7 218 32 94 12.2 29.5 0.19 <0.001 <0.05 0.0014 457 290

3S/2E 20M 1 4/27/16 16.1 866 7.2 68 37 61 1.6 310 47 99 3.01 23.1 0.34 0.0012 <0.05 0.0012 503 321

3S/2E 22B 1 3/16/16 16.3 1263 7.4 69 105 46 1.1 307 244 129 18.8 31.7 0.35 0.0016 <0.05 0.0014 861 606

3S/2E 22B 1 5/4/16 22.9 1364 7.1 63 104 73 1.3 339 149 140 15.6 32.1 0.63 0.0011 <0.05 0.0026 799 586

3S/2E 23E 1 12/15/15 19.7 863 7.6 43 58 42 1.7 295 42 99 5.00 23.5 0.45 0.0012 0.23 0.0057 478 346



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



3S/2E 23E 2 12/16/15 20.1 1141 7.6 44 66 93 2.1 369 46 162 0.15 27.8 2.28 0.002 0.22 0.0028 625 380

3S/2E 24A 1 12/16/15 17.8 1471 7.2 137 49 106 1.4 502 80 132 19.5 30.0 0.86 <0.001 <0.05 0.0038 869 542

3S/2E 24B 3 5/9/16 16.3 855 7.5 54 17 99 2.8 224 63 124 0.34 23.5 1.0 0.005 10. 0.026 495 208

3S/2E 24D 1 5/9/16 16.5 1068 7.5 62 28 123 0.7 343 103 111 0.98 25.7 1.36 0.0012 0.52 0.0036 627 269

3S/2E 24E 1 5/9/16 16.4 1243 7.2 56 35 143 <0.50 334 93 189 4.34 23.5 2.49 <0.001 <0.05 <0.001 724 285

3S/2E 24G 1 5/9/16 17.8 1087 7.3 45 23 136 3.1 302 58 156 7.07 27.8 2.88 0.0025 9.6 0.024 629 208

3S/2E 26J 2 12/15/15 17.0 1413 7.5 74 106 59 2.9 495 77 121 16.9 16.5 0.75 <0.001 <0.05 <0.001 777 623

3S/2E 29F 4 11/4/15 18.7 713 7.3 74 25 39 1.7 294 55 50 <0.10 20.2 0.30 0.0034 0.14 <0.001 410 286

3S/2E 29F 4 5/11/16 20.3 650 7.5 24 54 38 1.5 314 57 35 <0.10 19.9 0.34 0.0033 <0.05 <0.001 385 285

3S/2E 30D 2 11/5/15 20.2 749 6.9 54 27 56 2.0 215 47 98 0.80 18.0 0.29 <0.001 0.56 0.0013 412 247

3S/2E 33G 1 12/15/15 13.2 732 7.4 54 26 46 2.5 191 57 94 0.32 13.1 0.31 0.0013 <0.05 <0.001 389 243

3S/2E 33G 1 6/22/16 20.1 653 7.0 46 21 57 2.5 188 43 58 <0.10 15.4 0.81 0.0023 0.073 <0.001 335 202

3S/2E 33K 1 12/10/15 19 1700 7.5 NA NA NA NA NA NA 290 0.72 NA NA NA NA NA 970 NA

3S/2E 33K 1 3/17/16 15.7 1700 7.6 NA NA NA NA NA NA 280 1.7 NA NA NA NA NA 1000 NA



3S/2E 33L 1 12/10/15 18 1400 6.8 NA NA NA NA NA NA 330 2.3 NA NA NA NA NA 850 NA

3S/2E 33L 1 3/17/16 14.2 750 6.8 NA NA NA NA NA NA 120 2.6 NA NA NA NA NA 470 NA

3S/2E 33L 1 6/9/16 17 1000 6.8 NA NA NA NA NA NA 180 <- NA NA NA NA NA 640 NA

3S/2E 33L 1 9/16/16 19.4 1300 6.8 NA NA NA NA NA NA 220 <- NA NA NA NA NA 760 NA

3S/3E 6Q 3 9/7/16 22.6 2111 7.4 122 35 310 4.1 351 432 290 5.29 51.4 <0.1 0.0021 <0.02 0.0044 1441 449

3S/3E 6Q 4 9/7/16 22.1 2521 7.2 172 52 280 2.7 419 463 412 1.32 53.5 <0.1 0.0012 <0.02 0.0025 1648 646

3S/3E 7D 2 5/9/16 20.2 2362 7.2 129 45 305 <2.5 246 285 496 7.27 53.5 6.45 <0.005 <0.25 <0.005 1467 510

MA-C 1 9/28/16 22.6 1861 8.9 26 115 168 4.8 356 100 420 <0.10 5.6 1.05 <0.05 <0.05 <0.025 1057 538

MA-K 15 10/1/15 22.3 836 8.4 34 33 90 4.0 202 60 111 <0.10 8.2 0.59 0.0038 <0.05 <0.001 447 220

MA-K 15 9/28/16 25.3 785 8.7 33 31 74 4.5 183 68 128 <0.10 6.9 0.48 <0.05 <0.05 <0.025 449 212

MA-K 18 10/1/15 21.8 690 8.0 45 21 92 3.4 170 54 130 <0.10 8.0 0.42 0.0017 <0.05 <0.001 439 201

MA-K 18 9/29/16 22.9 527 8.3 32 17 47 3.0 154 33 70 <0.10 7.7 0.29 <0.05 <0.05 <0.025 290 152

MA-K 28 9/29/16 23.7 933 8.6 38 54 70 3.0 278 62 138 <0.10 13.1 0.70 <0.05 <0.05 <0.025 531 320

MA-K 30 9/29/16 23.5 733 8.6 28 51 42 3.0 209 45 99 <0.10 11.3 0.39 <0.05 <0.05 <0.025 395 278

MA-K 37 9/29/16 24.8 934 8.6 30 60 76 3.5 263 71 154 <0.10 4.3 0.86 <0.05 <0.05 <0.025 544 320

MA-P 10 10/1/15 21.3 738 8.0 44 30 69 3.3 198 63 96 <0.10 1.8 0.41 0.0046 <0.05 <0.001 408 233

MA-P 10 9/28/16 25.1 659 8.4 38 26 52 3.5 196 42 96 <0.10 1.7 0.31 <0.05 <0.05 <0.025 361 202

MA-P 12 10/1/15 21.2 794 7.6 47 20 87 3.3 189 47 115 <0.10 8.5 0.42 0.002 <0.05 <0.001 422 200

MA-P 12 9/29/16 22.1 508 8.3 33 17 46 3.0 149 30 77 <0.10 8.8 0.27 <0.05 <0.05 <0.025 294 152

MA-P 27 9/28/16 24.3 702 9.2 30 30 56 1.6 91 75 126 <0.10 9.4 0.53 <0.05 <0.05 <0.025 394 199

MA-P 28 9/28/16 23.8 1044 8.7 23 54 100 3.6 199 49 200 <0.10 1.8 0.53 <0.05 <0.05 <0.025 544 280

MA-P 41 9/28/16 23.6 1005 8.8 28 54 89 3.9 229 48 181 <0.10 1.8 0.46 <0.05 <0.05 <0.025 535 293

MA-P 42 9/28/16 24.8 669 8.2 52 24 52 2.0 199 49 98 0.11 16.3 0.34 <0.05 <0.05 <0.025 396 228

MA-P 44 9/28/16 24.9 746 8.6 38 24 62 3.1 115 74 129 <0.10 7.7 0.42 <0.05 <0.05 <0.025 401 195

MA-R 3 9/28/16 20.9 655 8.3 46 35 39 3.2 211 49 94 0.16 17.8 0.32 <0.05 <0.05 <0.025 395 260

MA-R 4 9/28/16 22.5 690 8.4 44 39 37 2.7 220 47 92 0.38 18.2 0.32 <0.05 <0.05 <0.025 398 271

MA-R 22 9/28/16 22.1 689 8.6 41 43 36 2.4 207 44 89 1.10 19.5 0.32 <0.05 <0.05 <0.025 394 277

MA-R 23 9/28/16 22.4 703 8.5 43 45 37 2.5 227 45 90 0.95 19.9 0.32 <0.05 <0.05 <0.025 409 292

MA-R 24A 9/28/16 18.5 752 8.0 50 48 35 2.1 271 47 83 3.49 25.7 0.33 <0.05 <0.05 <0.025 442 321



TABLE 6-3


2016 WATER YEAR

TEMP EC TDS Hard



MA-R 28 9/28/16 22.9 740 8.4 48 26 56 2.7 151 62 120 0.18 13.3 0.39 <0.05 0.055 <0.025 407 228



A

A AA

AA

A

A

A

AA

AA

A

A A

A

A

AA

A AA

AA

A

A

A

A

A

A

AAA

AA AA

A

A

AA

A

A

?

A

AAA

?A

?

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

A

A

A

A

A

A

A

A

AA

A

AAAA

A

?A

A

A

? A

?A

AA

A

AAA

AAA

6

6

66

6

6

6

66

6

6

6

6

6

3S/1W

2S/2E

3S/2E3S/1E

2S/1E

2S/1W

3S/3EAmador

Dublin

Mocho II

Spring

May

Camp

Bernal

Bishop

Mocho I

Altamont

Mocho I

Vasco

Castle

Cay

etan

o

Line J-2

Dublin Crk

Line

B-2-1

Ala

mo

Crk

ChabotC

ana

l

Lin

eG

-1-1

Arroyo del Valle

Alam

o Canal

LineJ-1

Arroyo Las Positas

Cayetano

Crk

Line G-3

Line

G-1

Line

J-4

L ineS

Line

R-1

Sinbad

Crk

Line

F-4

Pleasanton Canal

Tass

ajar

aC

rk

A rroyo Mocho

Arroyo Seco

Line G-4

G old Cre ek

Cayetano Tribuary 1

Arroyod

ela

Laguna

Isab

elCrk

South

San

Ram

onC

rk

Stoneybrook Crk

Altamont Crk

Viney

ard Cr k

Col

lierC

anyo

nC

rk

C

ottonwood

CrkL ine E-2

Relocated Positas

32E1814

32N1608

32Q1960

33L1914

33P21098

33R1450

15F1888

26C2424

36E3603

27P22615

28Q1362

32K2602

34E1492

34Q21048

1F2844

1H311901P2

1400

2J21762

2J3738

2K2648

2N6891

2Q11182

2R12100

3G29314A1

6064J5

1952

4Q21254

5K613275L3

1017

5P62601

6F32823

6N221780

6N38040

6N 617980

7B122319

7D 13795 7D 3

12900 7G712666 7J5

1218

7M2587

8B1819 8G4

14588K11058

8N11429

9J75869P5

632

10A21198 11C3

88911G1739

12A21230

13P5415

16E4554

16P5412

18E4449

18J22988

19C4425

19K11764

20C7476

20J461920M11

55420Q21086

22D2558

23J1292

25C3455

29M4401

29P21126

1J12064

2A2860

12A 94190

12B2585

12J11043

13J1591

1F21731

2B24003A1

6923K3702

7C21200

7H2815

8H2731

8K2580 9Q4

689

10F3811

10Q1937

11C1483

12C4687

14A3646

15L165715L 2

67915M2594

15M 3731 15Q 8

68015R17582

15R20697

16E4407

18E1308

19D7210

22B1861

23E1478

24A1869

26J2777

29F4410

30D2412

33G138933K11100

33L1850

6Q31441

6Q41648

7D21467

ShCliffs449

K18439

LkH531

LkI544

P10408

P12422

P27394

P28544

P41535

P42396

P44401

R4398

R24A442

R28407

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-04-TDSUpper16.mxd

Figure 6-4TDS Concentrations (mg/L)

Upper Aquifer, 2016 Water YearLivermore Valley Groundwater Basin

.0 6,000 12,000

Feet

LEGENDWells with TDS Concentrations

11C3 Well Number (abbreviated)832 Concentration in mg/L

( Supply6 MiningA Monitoring% Municipal? Nested

2016 TDS Concentrations (mg/L)500-1,0001,000-5,000>5,000Mining Area Ponds

Groundwater Basin (DWR 2016)

Main Basin

Fringe Managment Areas

Subarea BoundariesTownship-Range LineStreams

DATE: Jul 27, 2017


Some contours are based onpast data from wells notsampled in the 2016 WY.

A

28D2NS

?

(

A

A

?@A

@A

?

@A@A

@A

?

?

A@A

?

A@A

?

A@A

(

?

?

?

(A

(A

@AA?

@A@A

(

?A@A@A

(

( ?

?

(

?

A

(

(

?

(

?

(

?

3S/1W

2S/2E

3S/2E

3S/1E

2S/1W2S/1E

Amador

Mocho II

Camp

Dublin

Spring

Bernal

May

Mocho I

Castle

Cayetano

Altamont

Mocho I

BishopVasco

Line

B-2-1

Line

G-1

Ala

mo

Crk

Chabot Ca

nal

Line

G-1

-1

Cay

etan

oC

rk

Alam

o Canal

Line G-2

Arroyo de la

Laguna

Line B-2-3

Arroyo Las Positas

Line G-3

Line

B- 2-2

Tass

ajar

aC

rk

LineF-4

Arroyo del Valle

Gold Creek

LineS

Lin

eR

-1

Line G-4

South San Ram

on Crk

Pleasanton Canal

Altamont Crk

Arroyo Seco

Arroyo Mocho

Relocated Positas

Vineyar d Crk

Line E-2

Isab

el C rk

Col

lierC

anyo

nC

rk

Cottonwood

Crk

36F2648

2P3521

5K7610

7B2457

8H9575M4

945

St1474

9J8460

M1603

M2648

M3750

9P10446

10B9653

10B14375

COL5460

10D3690

10K2400 COL1

492

11G3483

11M2417

COL2412 11P6

413

12H4390

12K3384

13P6424

14B1417

14D2484

15J3440

15M3419

P842216A4

41216C2464

P5552

P6529

17B4533

17D464117D11

746

H9502

H6601

20B2542

20C3578

20C8603

1B10478

5N1482

8H3687

10Q2399

14B1558

15E2625

15R18407

16A3626

19D9251

20M1503

23E2625

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-05-TDSLower16.mxd

Figure 6-5TDS Concentrations (mg/L)

Lower Aquifer, 2016 Water YearLivermore Valley Groundwater Basin

.0 4,000 8,000

Feet

LEGENDWells with 2016 TDS Concentrations

11P6 Well Number (abbreviated)408 Concentration in mg/L

( Supply6 Mining

A Monitoring

@A Municipal

? Nested well

TDS Concentrations (mg/L)500-1,0001,000-5,000>5,000


Main Basin

Fringe Basins

Subarea BoundariesMining Area PondsStreamsTownship-Range Line

DATE: Jul 27,2017




A

A AA

AA

A

A

A

AA

AA

A

A A

A

A

AA

A AA

AA

A

A

A

A

A

A

AAA

AA AA

A

A

AA

A

A

?

A

AAA

?A

?

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

A

A

A

A

A

A

A

A

AA

A

AAAA

A

?A

A

A

? A

?A

AA

A

AAA

AAA

6

6

66

6

6

6

66

6

6

6

6

6

??

?

3S/1W

2S/2E

3S/2E3S/1E

2S/1E

2S/1W

3S/3E

Bernal

Staples Ranch

Jack London

Buena Vista

Greenville

May School

Constitution

Charlotte Way

Happy Valley

Mines Road

32E15.71

32N12.72

32Q12.35

33L19.5333P2

7.15

15F1<0.10

26C21.65

36E35.39

27P2<0.10

28Q12.10

32K22.40

34E1<0.10

34Q21.02

1F23.87 1H3

16.71P21.2

2J26.78

2J36.03

2K24.46

2N6<0.10

2Q15.25

2R19.9

3G20.79

4J52.33

4Q21.89

5K69.625L3

0.13

5P69.08

6F3<0.10

6N2<2 6N3

<2

6N 6<1

7B123.36

7D 1<0.1

7D 3<1

7G70.19

7J5<0.10

7M2<0.10

8B1<0.10 8G4

1.358K12.61

8N14.52

9J7<0.109P5

0.75

10A28.05

11C37.84 11G1

10.0

12A215.3

13P5<0.10

16E44.84

16P50.47

18E4<0.10

18J2<0.10

19C4<0.10

19K1<0.10

20C71.52

20J45.6720M11

2.0620Q2<0.10

22D210.9

23J10.48

25C33.78

29M4<0.10

29P2<0.10

1J1<1

2A21.07

12A 9<1

12B23.40

12J10.36

13J14.20

1F24.79

2B2<0.10

3A16.73

3K315.1

7C29.1

7H216.2

8H210.1

8K28.14 9Q4

9.14

10F39.16

10Q113.0

11C12.04

12C42.64

14A315.2

15L111.1

15M212.6

15M 37.01 15Q 8

9.8415R1713.1

15R2012.4

16E42.34

18E11.03

19D76.24

22B118.8

23E15.00

24A119.5

26J216.9

29F4<0.10

30D20.80

33G10.3233K13.7

33L12.6

6Q35.29

6Q41.32

7D27.27

ShCliffs<0.10

K18<0.10

LkH<0.10

LkI<0.10

P10<0.10

P12<0.10

P27<0.10

P28<0.10

P41<0.10

P420.11

P44<0.10

R40.38

R24A3.49

R280.18

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-06-NO3NUpper16.mxd

Figure 6-6Nitrate as N Concentrations (mg/L)


.0 6,000 12,000

Feet

LEGENDWells with NO3N Concentrations



2016 Nitrate (as N) Concentrations (mg/L)7-1010-13>13Groundwater Basin (DWR 2016)

Main Basin

Fringe Management AreasSubarea BoundariesMining Area PondsRiversTownship-Range Line

DATE: Jul 27, 2017



A

28D2NS

A

2M3NS

?

(

A

A

?%

%

?

%%

%

?

?

A%

?

A%

?

A%

(

?

?

?

(A

(A

%A?

%%

(

?A%%

(

( ?

?

(

% %

%?

% %

%

A

(

(

?

(

%%

?

(

?

3S/1W

2S/2E

3S/2E

2S/1E

3S/1E

2S/1W

Line

B-2-1

Ala

mo

Crk

Cha

bot C

anal

Lin

eG

-1-1

Alam

o Canal

Line

G-1

Line G-2

Arroyo

de la Laguna

Line B-2-3

Arroyo Las Positas

Tass

ajar

aC

rk

LineF-4

Line G-3

Line

B- 2-2

Gold Cree k

LineS

Lin

eR

-1

Ar royodel Valle

SouthSan

Ram

onC

rk

Line G-4

Pleasanton Canal

Altamont Crk

Arroyo Seco

Relocated Positas

Vineyard

Crk

Arroyo Mocho

Isab

el C rk

Line E-2

Col

lier

Can

yon

Cr k

CottonwoodC

rk

Cay

etan

oCrk

36F2<0.10

2P32.57

5K7<0.10

7B2<0.10

8H95.86M4

4.33

St13.91

9J81.25

M12.01

M22.37

M34.92

9P101.12

10B96.62

10B144.01

COL55.79

10D37.82

10K21.79

COL14.07

11G35.30

11M21.61COL2

4.14

11P61.11

12H42.84

12K34.36

13P60.87

14B11.22

14D22.37

15J30.49

15M31.98

P82.1116A4

1.7116C22.13

P53.18

P62.42

17B44.78

17D4<0.10

17D11<0.10

H93.89

H62.96

20B24.05

20C33.73

20C85.63

1B10<0.10

5N110.6

CWS243.855

CWS314.736

CWS109.566 8H3

11.9

CWS142.281

CWS83.779

CWS98.286

10Q24.95

14B110.4

15E29.80

15R180.98

16A39.68

CWS153.447

CWS207.467

19D910.7

20M13.01

23E20.15

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-07-NO3NLower16.mxd

Figure 6-7Nitrate as N Concentrations (mg/L)


.0 4,000 8,000

Feet

LEGENDWells with Nitrate (as N) Concentrations

11P6 Well Number (abbreviated)1.04 Concentration in mg/L


2016 Nitrate (as N) Concentrations (mg/L)7-1010-13>13Groundwater Basin (DWR 2016)Main BasinFringe Management AreasSubarea Boundaries

StreamsTownship-Range Line

DATE: Jul 27, 2017

Service Layer Credits: Sources: Esri, DeLorme, NAVTEQ, TomTom, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, NRCAN, GeoBase, IGN, Kadaster NL, Ordnance Survey, Esri Japan, METI, Esri China (Hong Kong), swisstopo, andthe GIS User Community




A

A AA

AA

A

A

A

AA

AA

A

A A

A

A

AA

A AA

AA

A

A

A

A

A

A

AA

A

A

AA

A

A

?

A

AAA

?A

?

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

A

A

A

A

A

A

A

A

AA

A

AAAA

A

?A

A

A

? A

?A

AA

A

A

AAA

6

6

66

6

6

6

66

6

6

6

6

6

3S/1W

2S/2E

3S/2E

3S/1E

2S/1E

2S/1W

3S/3E

32E1<0.10

32N10.49

32Q10.66

33L10.45

33P20.80

33R10.13

15F10.27

26C20.13

36E30.11

27P230.8

28Q10.22

32K20.58

34E12.10

34Q23.74

1F20.25

1H31.38

1P23.7

2J24.232J30.48

2K21.05

2N63.03

2Q13.10

2R14.53

3G21.724A1

0.264J58.43

4Q23.00

5K61.635L3

1.09

5P61.24

6F34.06

7B120.58

7G75.53

7J55.02

7M20.30

8B12.33 8G4

4.378K11.18

8N11.21

9J71.019P5

0.78

10A22.65

11C32.11 11G1

1.00

12A20.72

13P50.39

16E40.48

16P50.28

18E40.45

18J21.80

19C40.38

19K10.82

20C70.41

20J40.4820M11

0.5020Q20.93

22D20.10

23J10.21

25C30.39

29M40.27

29P21.78

2A20.46

12B20.16

12J10.95

13J10.16

1F210.3

2B20.81

3A11.56

3K31.42

7C20.71

7H20.78

8H20.31

8K20.30 9Q4

0.75

10F31.44

10Q11.37

11C10.44

12C42.90

14A30.48

15L10.49

15M20.29

15M 30.42 15Q 8

0.3115R170.52

15R200.53

16E40.35

18E10.24

19D7<0.10

22B10.63

23E10.45

24A10.86

26J20.75

29F40.34

30D20.29

33G10.81

6Q3<0.1

6Q4<0.1

7D26.45

ShCliffs0.59

K180.42

LkH0.70

LkI0.86

P100.41

P120.42

P270.53

P280.53

P410.46

P420.34

P440.42

R40.32

R24A0.33

R280.39

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-08-BoronUpper16.mxd

Figure 6-8Boron Concentrations (mg/L)


.0 6,000 12,000

Feet

LEGENDWells with Boron Concentrations

11C3 Well Number (abbreviated)1.0 Concentration in mg/L


2016 Boron Concentrations (mg/L)1-22-3>3Groundwater Basin (DWR 2016)

Main Basin


DATE: Jul 27, 2017



A

28D2NS

?

(

A

A

?%

%

?

%%

%

?

?

A%

?

A%

?

A%

(

?

?

?

(A

(A

%A?

%%

(

?A%%

(

( ?

?

(

?

A

(

(

?

(

?

(

?

3S/1W

2S/2E

3S/2E

2S/1E

3S/1E

2S/1W

Amador

Mocho II

Camp

Dublin

Spring

Bernal

May

Mocho I

Castle

Cayetano

Altamont

Mocho I

BishopVasco

Line

B-2-1

Ala

mo

Crk

Chabot C

ana

l

Lin

eG

-1-1

Alam

o Canal

Cay

etan

oC

rk

Line G-2

Arroyo de laLaguna

Line B-2-3

Arroyo Las Positas

Line G-3

Line

B- 2-2

Line

G-1

Arr oyo del Valle

Tass

ajar

aC

rk

Gold Creek

LineS

Lin

eR

-1

Line G-4

Line

F-4

South San Ram

on Crk

Pleasanton Canal

Altamont Crk

Arroyo Seco

Relocated Positas

Vineyard

Crk

Arroyo Mocho

Isab

el C rk

Line E-2

Col

lierC

anyo

nC

rk

Cottonwood

Crk36F20.61

2P30.86

5K70.75

7B21.10

8H90.85M4

1.11

St10.53

9J80.28

M10.84

M20.88

M31.41

9P100.47

10B91.11

10B140.27

COL50.41

10D30.99

10K20.35

COL10.41

11G30.36

11M20.47

COL20.33 11P6

0.33

12H40.24

12K30.23

13P60.26

14B10.39

14D20.51

15J30.33

15M30.32

P80.4416A4

0.3016C20.43

P50.58

P60.59

17B40.44

17D42.0817D11

2.27

H90.43

H60.54

20B20.42

20C30.47

20C80.27

1B100.60

5N10.53

8H30.41

10Q20.65

14B10.67

15E20.59

15R180.25

16A30.39

19D9<0.10

20M10.34

23E22.28

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-09-BoronLower16.mxd

Figure 6-9Boron Concentrations (mg/L)


.0 4,000 8,000

Feet

LEGENDWells with Boron Concentrations



2016 Boron Concentrations (mg/L)1-22-3>3


Main Basin

Fringe Management AreasSubarea Boundaries

Mining Area PondsTownship-Range LineStreams

DATE: Jul 27, 2017




A

A AA

AA

A

A

A

AA

AA

A

A

A

AA

A A

AA

A

A

A

A

A

A

AAA

AA AA

A

A

AA

A

A

?

A

AA

?

?

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

A

A

A

A

A

A

A

AA

A

AAAA

A

?A

A

A

? A

?A

AA

A

A

AAA

6

6

66

6

6

6

66

6

6

6

6

6

3S/1W

2S/2E

3S/2E3S/1E

2S/1E

2S/1W

3S/3E

32E10.0014

32N10.0065

32Q10.0098

33L10.0079

33P20.0057

33R10.019

15F10.0011

26C20.0012

36E3<0.001

27P2<0.005

28Q10.023

32K20.012

34E10.0073

34Q20.0013

1F20.0026

2J20.00252J30.021

2K20.0094

2N60.003

2Q1<0.001

3G20.00134A1

0.00424J5<0.0054Q2

<0.005

5K6<0.0055L3

0.0012

5P60.0015

6F3<0.005

6N2<0.00016

7B120.0032

7D 3<0.00016

7G7<0.02

7J50.0038

7M20.0012

8B10.0013 8G4

<0.0058K10.0068

8N10.0064

9J70.00289P5

0.0024

10A20.0052

11C30.0039 11G1

0.0078

13P5<0.001

16E40.0046

16P5<0.001

18E4<0.001

18J2<0.001

19C40.0016

19K1<0.001

20C70.0021

20J40.00220M11

0.002620Q2<0.001

22D20.0043

23J1<0.001

25C30.002

29M4<0.001

29P20.015

1J1<0.00016

2A20.0017

12A 9<0.00016

12B2<0.001

12J10.0012

13J1<0.001

1F20.0061

2B20.036

3A10.017

3K30.012

7H20.0014

8H20.0038

8K20.0045 9Q4

0.0066

10F30.0063

10Q10.0029

11C10.0067

12C40.051

14A30.0083

15L10.00915L 2

0.001715M 3

0.003815Q 80.002

15R170.0091

15R200.0024

16E40.0015

18E10.005

19D70.0099

22B10.0026

23E10.0057

24A10.0038

26J2<0.001

29F4<0.001

30D20.0013

33G1<0.001

6Q30.0044

6Q40.0025

7D2<0.005

ShCliffs<0.025

K18<0.025

LkH<0.025

LkI<0.025

P10<0.025

P12<0.025

P27<0.025

P28<0.025

P41<0.025

P42<0.025

P44<0.025

R4<0.025

R24A<0.025

R28<0.025

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-10-CrUpper16.mxd

Figure 6-10Total Chromium Concentrations (mg/L)


.0 6,000 12,000

Feet

LEGENDWells with Chromium Concentrations



2016 Chromium (Total) Concentrations (mg/L)0.005-0.0100.010-0.050>0.050Groundwater Basin (DWR 2016)

Main Basin


DATE: Jul 27, 2017



A

28D2NS

(

A

A

?%

%

?

%%

%

?

?

A%

?

A%

?

A%

(

?

?

?

(A

(A

%A?

%%

(

?A%%

(

( ?

(

%

?

A

(

(

?

(

?

(

?

3S/1W

2S/2E

3S/2E3S/1E

2S/1W2S/1E

Amador

Mocho II

Camp

Dublin

Spring

Bernal

May

Mocho I

Castle

Cayetano

Altamont

Mocho I

Vasco

36F2<0.001

2P3<0.001

5K7<0.001

7B2<0.001

8H90.0087M4

0.0048

St10.0093

9J80.0049

M10.0044

9P100.0027

10B90.0069

10B140.012

COL50.012

10D30.0084

10K20.0031

COL10.0084

11G30.0062

11M20.013

COL20.0083

11P60.0037

12H40.011

12K30.014

13P60.075

14B10.0038

14D20.002

15J3<0.001

15M30.0015

P80.004916A4

0.003816C20.0035

P50.0042

P60.0045

17B40.0049

17D4<0.001

17D11<0.001

H90.0072

H60.0062

20B20.0021

20C30.0039

20C80.0051

1B10<0.001

5N10.0093

CWS24<0.01

8H30.007

10Q20.0058

14B10.013

15E20.0031

15R180.0046

16A30.0039

19D90.0039

20M10.0012

23E20.0028

Cay

etan

oC

rk

Line

B-2-1

Chabot C

an

al

Line

G-1

-1

Alam

o Canal

Line G-2

Arroyo

de la Laguna

Line

G -1

Line B-2-3

Arroyo Las Positas

Tass

ajar

aC

rk

Line G-3

LineB- 2-

2

Arroyo del Valle

Li neS

Lin

eR

-1

Pleasanton Canal

Line G-4

Altamont Crk

Arroyo Seco

Vineyard

Crk

Relocated Positas

Ala

mo

Crk

Arroyo Mocho

Isab

el C rk

Line E-2

Col

lier

Can

yon

Crk

CottonwoodC

rk

FILE: E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-11-CrLower16.mxd

Figure 6-11Total Chromium Concentrations (mg/L)


.0 4,000 8,000

Feet

LEGENDWells with Cr Concentrations


( Supply6 MiningA Monitoring% Municipal? Nested2016 Cr (as Total) Concentrations (mg/L)

0.005-0.0100.010-0.050>0.050Groundwater Basin (DWR 2016)Main BasinFringe BasinsSubarea Boundaries

Mining Area PondsStreamsTownship-Range Line

DATE: Jul 27, 2017





%

%

CWS 12NS

CWS 15NS

%%

CWS 14NS

CWS 31NS

A

8Q 8NS

CWS 10NS

%

%

CWS 9NS

FIGURE 6-12GRAPHS OF TDS CONCENTRATIONS IN KEY WELLS

1974 TO 2016 WATER YEARS

E:\MONITOR\GQ\2016WY\AnnualReport2016\Fig06-12-KeyWellTDS16.xls3/21/2017 Figure 6-12

0

200

400

600

800

1000

1200

1400

1600

TD

S C

on

cen

trat

ion

(m

g/L

)

Amador East - Upper (11G1)

Amador East - Lower (12K3)

0

200

400

600

800

1000

1200

1400

1600

1974

1975

1976

1977

1978

1979

1980

1981

1982

1983

1984

1985

1986

1987

1988

1989

1990

1991

1992

1993

1994

1995

1996

1997

1998

1999

2000

2001

2002

2003

2004

2005

2006

2007

2008

2009

2010

2011

2012

2013

2014

2015

2016

TD

S C

on

cen

trat

ion

(m

g/L

)

Date

Mocho 2 - Upper (8K2)

Mocho 2 - Lower (8H3)

0

200

400

600

800

1000

1200

1400

1600T

DS

Co

nce

ntr

atio

n (

mg

/L)

Bernal - Upper (20C7)

Bernal - Lower (20C8)

0

200

400

600

800

1000

1200

1400

1600

TD

S C

on

cen

trat

ion

(m

g/L

)

Amador West - Upper (9P5)

Amador West - Lower (9P10)

6 groundwater quality/inorganics - zone 7 waterzone 7 water agency 6 groundwater quality/inorganics...

Documents