BLM LIBRARY

88072195

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U. S. DtPARTMfNT OF fH6 ^NTFRIOR

SUSfAU os- LAUD KANAC cMtNf

j United States Department of the'lnterior !
Bureau of Land Management, Nevada

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UNITED STATES DEPARTMENT OF THE INTERIOR
BUREAU OF LAND MANAGEMENT
CARSON CITY NEVADA WATER QUALITY LABORATORY
1984 ANNUAL WATER QUALITY ANALYSES REPORT FOR NEVADA

Report Prepared By:

9

Dr. M. Bashir Sulahria
Staff Hydrologist

Approved By:

District Manager

JULY, 1935

NEVADA PLANNING-TECHNICAL

DOCUMENT NO. BLM CC PT 85 018 7240

Contents

Acknowledgements. i

Letter of Approval from the Nevada

Division of Environmental Protection.iii

Summary . 1

Introduction. 3

Water Laboratory. 4

Methodology and Analyses. 6

Water Quality Data Analysis

and Interpretation. 6

Tables

Table 1 . . . .Analytical Methods.12

Table 2 . . . .Detectable Limits.13

Table 3 . . . .Abbreviations.14

Appendices

A - Water Quality Data. 15

B - Quality Standards for Classified Waters . 54

C - State of Nevada Water Quality Criteria

for Designated Beneficial Uses.62

D - Primary Drinking Water Standards.66

E - Secondary Drinking Water Standards.69

i

ACKNOWLEDGEMENTS

The writer extends sincere appreciation to David Schafersman, Walker Area
Hydrologist, for his involvement in the general upkeep and operation of
the Carson City District Office Bureau of Land Management (BLM) water
laboratory and his active participation in the analyses of water samples.

I would also like to thank Dick Jewell, BLM State Hydrologist, for the
assistance he provided in collection and transportation of water samples
to the Carson City Office laboratory.

The continued support and encouragement of Thomas Owen, District Manager;
Norman Murray, Assistant District Manager, Resources; Mike Phillips,
Lahontan Area Manager; and John Matthiessen, Walker Area Manager, all of
the Carson City BLM District are also acknowledged.

The support and participation of each Nevada BLM district and the two
adjoining California districts in the planning, coordination and
collection of water samples is appreciated. The personnel responsible
for this effort are:

Elko District

Don Siebert

Winnemucca District

Chris McAuliffe
Dennis Tol

Carson City District

M. Bashir Sulahria
David M. Schafersman

Ely District

Pete Porfido

Las Vegas District

Mark Van Derpuy
Kevin Leary

ii

Battle Mtn. District

Susanville District
Bakersfield District

Craig Westenburg
Mark O’Brien

George Wingate

Patty Gradek

CARSO *:r • yr}"i

Km 18 12 33 M ’8*1

S 7 AT £ OF NEVADA

DEPARTMENT OF CONSERVATION AND NATURAL RESOURCES
DIVISION OF ENVIRONMENTAL PROTECTION

Capitol Corrplei
CARSON CiTY. NEVADA ES710

ii i

May 17, 19S4

Telephone i702> 88S-U70

Bashir Sulahria, Hydrologist
Bureau of Lana Management
10S0 East Willi air. Street
Carson City, NV 89701

Greetings:

Interim approval of this analytical facility for the analysis of water and
wastewater was granted on 5 April 1963. During this past year, additional ana¬
lytical practice has been done and a tentatively acceptable Quality Assurance
Document has been submitted. It is the purpose of this letter to modify the
current status from interim approval to full approval for the listed
constituents. This approval is to endure for two (2) years of this date unless
revoked for cause.

The Quality Assurance Officer of the Division of Environmental Protection
accepts, and recommends to other agencies or persons to accept, analytical data
reported by the 3LM Carson City Analytical Facility for the following consti¬
tuents and parameters: temperature, dissolved oxygen, specific conductance,
hydronium activity, alkalinity, phosphorus (ortho and total), chloride, tur¬
bidity, suspended solids, dissolved solids, nitrate and coliform bacteria.

Respectfully,

r>.

van Drielen
Quality Assurance Officer

L ’ a r ry

HvD/nd

1

SUMMARY

This report contains the 1984 annual water quality analysis results for
samples collected in Nevada and two adjoining areas of California. The
report includes all analyses which meet the quality assurance standards
established by the Carson City Water Quality Laboratory’s quality
assurance manual. The Nevada Bureau of Land Management watershed program
has established a comprehensive water quality monitoring program on a
statewide basis to collect water quality information on public lands for
several reasons: 1) to acquire base line data; 2) to interpret water
quality data for BLM planning documents and management plans; 3) to
comply with the State of Nevada's ”208" water quality management and
implementation plan; and 4) to determine suitability for beneficial uses
of water on public lands. The Carson City District Office (CCDO), under
a memorandum of understanding, acquired the use of a water laboratory
from the State Division of Environmental Protection (DEP). With DEP’s
assistance the laboratory has been instrumented and calibrated.

Sufficient personnel training, as well as, quality assurance
documentation, has been obtained to qualify for State certification
(page iii).

All six Nevada BLM districts and the Nevada BLM State Office (NSO) along
with two California districts — Susanville and Bakersfield —
participated in the planning, collection, transportation and analysis of
the water samples. Sample collection was performed by each participating
district, with advice and assistance, from the CCDO laboratory and NSO.
Field measurements for flow, temperature, dissolved oxygen, electric

2

conductivity and pH were taken. The water samples were transported to
the CCDO laboratory. They were analyzed within Environmental Protection
Agency’s holding time requirements and in compliance with the
laboratory's quality assurance manual for alkalinity (carbonates and
bicarbonates), chlorides, turbidity, nitrate nitrogen, total phosphates,
fecal coliform and total coliform bacteria.

The purpose of this report is to consolidate statewide water quality data
and provide districts guidelines and criteria to interpret such
information. It is hoped that this document will be useful to the
districts in the identification and assessment of water quality problems

on public lands.

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INTRODUCTION

In 1972, when the Clean Water Act (PL 92-500) was passed and subsequently
amended in 1977 (PL 95-217), national policy and direction regarding the
maintenance and/or enhancement of water quality for the nation's waters
was set forth.

The BLM, under the mandates of sections 208 and 313 of the Clean Water
Act of 1977, Executive Order No. 12088, and the provisions of the Federal
Land Policy and Management Act of 1976 (FLPMA), is required to comply
with the State of Nevada's water quality management and implementation
plan. Bureau commitment and responsibility is further emphasized by the
Memorandum of Understanding (MOU) signed by the BLM Nevada State Director
in December, 1980, and the Division of Environmental Protection (DEP) of
the Nevada Department of Conservation and Natural Resources. Among other
things, the BLM has agreed to: (1) continue to develop pollution control
and abatement programs which provide for both environmental protection
and reasonable resource uses on BLM-administered lands; (2) wherever
appropriate, institute best management practices and employ other
necessary plans and permit requirements in the development of management
framework plans, allotment management plans, grazing permits, etc., for
the abatement and control of nonpoint source pollution from public lands
and; (3) develop and institute a ”208" water quality monitoring and
survey program and, (4) upon request, provide the DEP with any available
water qualtiy data gathered by BLM.

4

Based upon these legislative and administrative mandates, the water
quality information is required and is important for the following
reasons:

1. To collect base line information on water quality on
BLM-administered lands.

2. To collect, analyze and interpret water quality data for BLM
planning documents and management plans.

3. To gain some understanding of the quality of water and its
suitability for different beneficial uses, e.g., livestock,
wildlife, recreation, fisheries, mining, etc., occurring on
BLM-administered lands.

4. To comply with the State of Nevada's "208" water quality
management and implementation plan which requires pollution
assessment, routine monitoring and amelioration and/or abatement
of nonpoint source pollution occurring due to Bureau's or
Bureau-authorized activities.

WATER LABORATORY

The Carson City District acquired the water laboratory from the Division
of Environmental Protection (DEP) of the Nevada Department of
Conservation and Natural Resources in 1980.

5

The laboratory is in the CCDO wareyard and both BLM and DEP have access
to the use of laboratory facilities. State certification was obtained in
1983 and has been renewed in 1984 after proper instrumentation,
calibration and sufficient personnel training. The laboratory is
operated under the strict criteria and guidelines as set forth in the
Quality Assurance Document (Nevada Planning - Technical Document No. BLM
CCPT40137152) and is a part of the State requirements for certification.
Under this certification, the CCDO laboratory is authorized to analyze
the following parameters and constituents:

Temperature
Dissolved Oxygen
Specific Conductance
Hydronium Activity
Alkalinity
Phosphorus - Ortho
Phosphorus - Total
Chloride
Turbidity
Suspended Solids
Dissolved Solids
Nitrate

Coliform Bacteria

All six Nevada BLM districts and two California districts participated in
the water quality sampling and analysis program. In consultation with
each district the 1984 schedule was predetermined to sample three times

6

to coincide with high, mid-summer, and low flows. The districts were
provided with sample bottles, appropriate preservatives, field sheets,
necessary instructions and field equipment, in some cases.

Field measurements for flow, temperature, dissolved oxygen, electric
conductivity and field pH were taken and recorded on the field sheets.

The samples were ice packed and transported to the CCDO laboratory either
by air or by road to meet EPA's holding time requirements. Some samples
taken for heavy metals were sent to Sierra Environmental Monitoring Inc.
in Reno, Nevada for analysis.

METHODOLOGY AND ANALYSES

All the laboratory equipment was checked and tested for accuracy before
the samples were received. In order to keep the laboratory records
accurate and in order, each sample was serialized, and the district name,
date and time of collection, date and time of analysis, elapsed time
between sampling time and the analysis, and the name of the analyst were
recorded for each analysis. All the analyses were done using the
analytical methods which are in accordance with the Standard Methods for
the Examination of Water and Wastewater, 14th Edition (Table 1). All the
analytical methods used in the field and the laboratory are constrained
by certain detection limits. These limits are listed in Table 2.

WATER QUALITY DATA ANALYSIS AND INTERPRETATION

The water quality data, both from the field and the laboratory, have been
rounded off to significant reportable numbers and are presented in

[

7

Appendix A. All the abbreviations used in this appendix are spelled out
in Table 3. Also, the following four sets of water quality standards and
criteria are provided for comparison and reference:

(1) Quality standards for classified water (Appendix B).

(2) Water quality criteria for designated beneficial uses
(Appendix C).

(3) Primary drinking water standards (Appendix D).

(4) Secondary drinking water standards (Appendix E).

Since nearly all sources sampled are environmental waters, the water
quality should be compared with Appendix B and classified into A, B, C or
D category. Appendix C provides the suitability criteria for different
intended beneficial uses, e.g., agriculture, aquatic, bathing and water
contact sports, drinking water supply and wildlife propagation. This
information can be and should be used as an indicator to determine the
suitability for the existing or intended use. Although none of the
sampled waters was drinking water, the Primary Drinking Water Standards
(Appendix D) and the Secondary Drinking Water Standards (Appendix E) can
be used as a yardstick to compare the quality of water to potable
standards.

The comparison of water quality of a source against one and/or all the
classification, criteria and standards provided in this report will
highlight the constituents) which exceed the acceptable and safe
standards. This type of comparison can be used to analyze the extent of
water quality problems and determine whether or not it is technically and

[

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economically feasible to correct such problems by using mitigation
techniques i.e., protection, development, and best management practices
(BMPs).

The foregoing standards and criteria are used to analyze and interpret
the water quality data for the Carson City district. Other districts can
use this as an example to interpret the results of their water quality
samples based upon type of water and the present and/or the future
beneficial use(s).

In Carson City District, 12 sites were selected which were sampled three
times in the summer of 1984. These sampling sites are at six creeks, one
reservoir and one hot spring. Two of the sources sampled e.g., Rough
Creek and Bodie Creek, are interstate (California-Nevada) waters. Indian
Creek reservoir is in California and the rest of the sources are in
Nevada. The water quality analyses are given in Appendix A, pages 19 to
22. Presently these waters are being used for livestock, wildlife, wild
horses and to some extent by dispersed recreationists e.g., hikers,
anglers, hunters, backpackers and sightseers.

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State of Nevada's criteria for classified waters are used to develop the
following table which shows the classification of waters sampled in
Carson City District.

Water Classification Table

Source

First

Second

Third

Name

Location

Sampling

Sampling

Sampling

Rough Creek

N07E2730CC

C

C

C

Rough Creek

NO 6E2722AC

c

A

A

Rough Creek

N06E2722CB

c

A

A

Bodie Creek

N05E27 01BC

c

C

C

Bodie Creek

N06E2724AA

c

C

A

Bodie Creek

N06E2724BA

c

A

Big Den Creek

N17E3722CD

A

A

A

Willow Creek

N17E3715DD

A

Edwards Creek

N19E3832AD

D

C

A

Cherry Creek

N19E3705DA

A

A

A

Lee Hot Spring

N16E2934AC

—

not applicable —

Indian Creek
Reservoir

N10E2004

—

not enough data —

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The water quality analyses indicate that these waters meet the water
quality criteria and standards as set forth by the United States
Environmental Protection Agency (US EPA) and the Nevada Division of
Environment Protection (NV DEP) and are suitable for livestock, wildlife,
wild horses and dispersed recreation use.

The quality of Carson City water when compared to the primary and the
secondary drinking water standards, is remarkably good. In general,
these waters and other such waters occurring on BLM-administered lands
are of good quality and even can be used for occasional drinking purposes
provided there is no bacteriological contamination or the water has been
treated for such contamination. The bacteria likely to be present in the
water are fecal coliform, total coliform, and streptococcus. The source
of these bacteria could be natural and/or caused by man’s activities.

The presence of such bacteria cannot be determined by grab samples
because the number and type of bacteria will depend upon season, type of
use and land management practices. These bacteria may cause stomach
disorder or even serious illness. Therefore, caution should be
exercised, and the water from BLM springs or creeks should only be used
for drinking if of utmost necessary. However, such water can be made
potable by boiling, chlorination or other chemical treatments.

Lee Hot Springs was tested for minerals and heavy metals. The spring is
exceptionally hot (96*C). This indicates that the source is percolated
water which gets heated in the geothermally hot substrata before
appearing at the suface. The mineral and the heavy metal data (page 20)
show the spring water is practically devoid of hazardous minerals and

11

metals. The water is of good quality and meets all the State and Federal
standards.

Although the water is being used for livestock and wildlife on a limited
basis, it has the potential for other uses e.g., recreation, hydroponics
and fisheries.

In conclusion, the water sources sampled in Carson City district in 1984
are of generally good quality, meet most of the State and Federal
standards, are in compliance with Nevada’s "208" water quality management
and implementation plan and, if needed, selected waters can be made
drinkable for outdoor or dispersed recreation.

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TABLE 1

Analytical Methods

Constituent

Procedure

Dissolved Oxygen
Conductivity
Field pH

Lab pH

Alkalinity Bicarbonate

Alkalinity Carbonate

Chloride

Turbidity

Nitrate-N

Phosphate-Ortho

Phosphate-Total

Coliform Total

Coliform Fecal

Arsenic

Mercury

Zinc

Manganese

Iron

Copper

Electrometric Hach Model Number 16046
Electrometric Hach Mini Conductivity Meter
Electrometric Hach pH Meter Model 17200 or
Comparable Instrument
Electrometric Altex 71 Ion Analyzer
Potentiometric Titration
Potentiometric Titration
Titration

Nephlometric 90* Hach Model Number 16800
Colorimetric Brucine
Colorimetric Ascorbic Acid
Colorimetric Ascorbic Acid
Membrane Filtration
Membrane Filtration

Atomic Absorption, Hydrid Generation

Atomic Absorption Flameless

Atomic Absorption Flame

Atomic Absorption Flame

Atomic Absorption Flame

Atomic Absorption Flame

TABLE 2

Detectable Limits

Constituent

Detection Limit

Dissolved Oxygen

0-20

mg/1

Conductivity

0-10000

Mmhos/cm

Field pH

0-14

Lab pH

0-14

Alkalinity Bicarbonate

1-1000

mg/1

Alkalinity Carbonate

1-1000

mg/1

Chloride

1-1000

mg/1

Turbidity

0.1-500

ntu

Nitrate-N

0.1-50

mg/1

Phosphate-Ortho

0.1-50

mg/1

Phosphate-Total

0.1-50

mg/1

Coliform-Total

Variable

#/100 ml

Coliform-Fecal

Variable

#/100 ml

Arsenic

0.005

and

above

mg/1

Mercury

0.0002

and

above

mg/1

Zinc

0.005

and

above

mg/1

Manganese

0.04

and

above

mg/1

Iron

0.05

and

above

mg/1

Copper

0.02

and

above

mg/1

TABLE 3

Abbreviations

N19E3833CD

gP m

C*

mg/1

Mnhos/cm

HCo 3

C°3

NTU

Nitrate-N
O-Phosphate
T-Phosphate
f/100 ml
ND

TNTC

<

0

blank

T. 19 N., R. 38 E., Sec. 33 SE\. of SW^

gallons per minute

temperature degree Celsius

milligrams per liter

micro mobs per centimeter

bicarbonate

carbona te

nephelometric turbidity unit

Nitrate nitrogen

Ortho-phosphate

Total-phosphate

Count per 100 milliliter

not detectable

too numerous to count

less than

constituent analyzed result was zero
either sample was not taken or constituent

was not analyzed

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APPENDIX A

WATER QUALITY DATA

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Carson City District Water Laboratory

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WATER QUALITY ANALYSES

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in

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co

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1000

1200

1000

1300

1100

1000

1200

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09-18

09-18

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09-18

09-18

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r- —'

Ns v Parameter

Source \

Name Locatloi^N.

ca

CM

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s

s

rH

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00

a

8

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d

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m

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i

a

s

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o

rH

2

1

CM

CO

2

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Torral Creek

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2?

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h.

Dixie Creek

1

u

o

8

O

u

j8

V

.Jn

Mary's Creek

Sherman Creek

Susie Creek

B.R. Jake Cree

Pearl Creek

i

Carson City District Water Laboratory

19

CM

CW

o

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co

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to

£

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to
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5

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1000

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1500

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o

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05-22

05-22

05-22

05-22

05-22

03-22

05-22

03-22

CM

s

\

\ Parameter

Source \

Name Location

N07E2730CC

N06E2722AC

a

CM

CM

1

N05E2701BC

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i

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t->

8

s

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N1QE2004 "

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Ltough Creek

Itougji Creek

a)

1

a

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5

c2

Itodle Creek

Itodle Creek

Big Den Creek

Wi llow Creek

Edwards Creek

Oierry Creek

•H

&

CO

_)

h3

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Indian Creek
Reservoir

20

WATER QUALITY ANALYSES

>■.

u

o

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30

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—

Carson City District Water Laboratory

u-l

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60

jd

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(C00H) X^TnfWTV

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Source n.

Name Location N V

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PI

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L

3

04-24

. -

\

X

V x Parameter

\

\

\

\

Source

Name Location \

1

i

9

cO

to

CO

OV

P

s

ca

Q

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1

Go Id run Creek

CO*

p

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TL

1

4

a

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1

n

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24

Page 2 of 2

SlEREA ENVIRONMENTAL MONITORING

WATER QUALITY ANALYSIS RECORD

Bur eau 0 f ,

R £ c " p Manfl 5®m«nt
C E I V E D

JU [ 3 0 ios-i

Dl *rici Cf iirr .

Carson City. Ni

PROJECT NAKTS, g ureau 0 f L an d Management

J.N.

383-714

1050 East William Street Carson City, NV

89701

SAMPLI IOIHYiflCATk3N WO-

PAfcAH\ET£*

PARAMETER

PArAMETE*

PAEAMSTEST

patajh etii

SAMP\JE

CALLECN6N

DAT*

SAmpl*

CJLLECn**

TIHI

STATION

Na

Cyanide

Mercury

MK7M CAY Y*

0-2400

UNITS “ s/1

UN/7'5 mg/1

UMTS

UNITS

U NITS

4-24-84

14:09

21 CC

^ 0.005

4-24-84

13:45

35 BE

0.005

0.0005

4-24-84

13:00

31 DB

^ 0.005

• m

21 CC

= N34 E40 -

21CC Gold

Run Creek

1

35 BB

= N35 E29 -

35BB Sulf

ur Springs

\ [sj \V

i

if Co

31 DB

= N28 E34 -

31DB Blac

k Knob Spring

r " ' — k " “

1 1

*r

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f

/

r ,-f

.ANALYSIS BY: J. Seher

A^PROVfp BY;

( /

—

25

CN

4-1

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1

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co

CN

rH

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p-

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CO

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8

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CO

CN

CO

sO

CO

CN

m

CO

p-.

CN

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CO

r-

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8

00

sO

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o

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CO

Year:

i-1

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m

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SO

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CN

•

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CN

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CO

CN

a/ 8 ®)

uaSXxo paAjossxa

T

c

o

CO

u

CO

CJ

(DO

Bjnpsaadasx

rH

rH

CN

CN

3

rH

H

rH

(rad§)
woxx

P

8

m

8

CN

CN

in

in

CN

8

<r

CO

m

CO

o

rH

o

8

CN

P'S

m

rH

rH

00

so

sO

CO

CO

pa:j 09 XX 0 D oaf!

8

\D

t-H

8

in

rH

8

m

rH

n

8

o

o

3

rH

o

§

1

§

8

a

o

a

rH

District: Winneraucca

Second Sampling

paaosxxoo

CM

rH

£

cs

n

2

CM

rH

£

CM

rH

si>
o

a

£

CM

rH

si,

o

S 4

£

si,

o

CN

rH

si

o

i

1

CN

H

si,

O

Parameter

Source N v

Name Location

h

co

2

d

•<r

§

a

CJ

iH

8

NT

5

2

a

s

CN

<T

2

CQ

09

in

CO

os

CN

w

a

&

CN

00

a

<r

a

«

2

CO

Q

§

a

£

a

sO

2

8

o 1 )

CN

3

a

CN

O

0

<r

CO

<■

CO

§

HT

z

S

o

CO

2

as

2

'IF Little

Iimbolt River

IF Little

linnholf River

r*

O

£

a

c

3

M

r-t

a

0)

a

3

rH

043

C

•H

K

CO

%

•fi.

ri

_

Hi

<U

5

a

i

jS_

%

V

a

*2

§

rH

rH

_

Hi

CD

t§

3

o

rH

rH

•H

h=

i!J

a

H

O

rH

rH

H

53

1

a

oo

rH

23

Jackson Creek

e

o

|

a

£

8

(Z

Page 2 of 2 26

SIERRA ENVIRONMENTAL MONITERING

V^ACTEF'. cpUA,L.lty ANALYSIS A ECO NX?

BUR OF UNO MAN * ,-fucut
CITY 1 OISTOFFICE

31 I! 39 PH ’84

rNOJECT NAME.U. s. Dept of the Interior, Bureau of Land Management

J-N

383-734

Winnemucca District

IDENTIFICATION N-

RVAMETEN

rA^AMeTEN

fNWAETEN

rAFAMET E Ps

sajsapuc

1 COLLECTION
ONTE

TIME

station

N-

Arsenic

Mercury

mo qay vr.

0-2400

UNITS mg/1

UNITS mg/1

UNtTS

UNITS

UNITS

6-12-84

15:19 v

'ackspn

Creek.

< 0.003

6 - 12 - 84

14:10

Suitur

Sprinj

0.002

1

i

•

j

i

1

.

i

... i

P?y z BLM - Winnemucca District
eie Sys J. Seher _

A^pfyovsD sy

CO

CxJ

CO

3

>*

H

O'

od

w

H

on

<4-1

o

I—I

• •

u

rr*

“* v

0 )

>-

£ *ri

3 F

o

•H

U

a

(I 01 001/#)
^OJTTOO X S39 J

CN

CN

CN

CO

rH

vO

■<r

CN

CN

o

o

CN

CO

CO

i

1

I

°

i

i

(T® 001/#)

tHIOJTXOQ I^^OX

©

CO

8

CN

g

CO

8

NT

vO

CO

m

UO

3

co

CO

r>»

8

3

co

o

CN

<r

CO

rq

3

CO

o>

CO

CN

(1/331)
9}Bqdsoqx x

B

CN

•

O

CN

•

O

i

CN

•

o

a

rH

•

o

B

"T

•

O

CN

•

o

rH

d

(I/Sni)

1

1

(niN)

XnTpxqjni

CN

o

CN

rH

rH

CN

CN

rH

3

CN

<s

rH

(I/ 3 *)

S9 0TJOTTJ3

! 1

a/2w)

(£03) ^3T n TIHnxv

(-[/8m)

(£03H) 'OWCB^TV

Hd -q Hi

Hd Piaii

vo

•

co

cn

•

CO

(mo/soqra n)
Xq-fA-pnonpaoo *oax3

I

o

8

(T/ s “)
na^AXO paA^ossjci

f

«•>

3an3Bjadm3x

CN

CN

CN

CN

m

CN

iq

3

(ad3)
ao ix

8

vO

8

00

8

8

3

VO

r-»

1

8

co

CN

cq

o

r

CN

co

£

8

CO

P9109II03 301IX

rH

o

8

H

o

o

a

8

3

8

3

8

3

8

3

8

3

o

rH

o 1

P3^D3TI0Q aiaa

Jjj

cb

o

5sl

cb

o

£

3

cb

o

Fd

cb

o

Fd

cb

o

Fd

cb

o

Fd

cb

°

Fd

3

1

Fd

o

u /

0 ) / c

4-1 / O

V / «H

3 / 4-4

3 / <3

/ 4)

O /VC

P-* / (J

/ !■*

/ -

/ o

/ 4°

/

/ 41

/ 3

/ IT

/

CO

3

s

t

i

8

1

1

8

C^j

2

a

23

<3

co

crv

a

CO

5s

Q

CN

CO

i

g

g

1

r—i

co

2 :

§

H

0

vO

2

8

3

CN

l

«

CO

3

1

§ 1
2

NF Little
lkuiibolt Ri ver

SF little
liuubolt River

Goldrun Canyon

Clear Creek

9

f

CO

y

E.

iH

8

Sonana Creek

1

a

8

Willow Creek

1 L
a |J

a -

te a

Jackson Creek

!g

I

Carson City District Water Laboratory

<r

oo

O'.

CO

O)

>4

I

1

s

u

CJ

•H

iH

Page 3 of 3 29

SIERRA ENVIRONMENTAL MONITORING

WATER QUALITY ANALYSIS RECORD

BUR OK LAND MAHAGEHBH7

OARsofi cl ry oist office

Nay 30 li 29 AH ’8 l i

PROJECT NAME. u. S. Department of the Interior - Bureau of Land ManagE^gnt 383-734

Winnemucca District

SAMPLE lOIKTlfiCATION WO-

Parameter

PARAMETER

PARAMETER

PARAMETER

papamettr

sample

COLLECTION

CATO

SAMPUt

COLtECnOtt

TIME

STATION

NO.

Arsenic

Mercury

> |

Cyanide

MO* CAT YE

0-2400

UNITS mg/1

UN ITS mg/1

UMTS mg ^

UMTS .

UNITS

8-21-84

13:40

Sulfur

Springs

<0.0005

< 0.005

8-21-84

10:00

NFLH

0.004

8-21-84

16:00

Jackson

Creek

^0.003

%

•

Sulfur

Springs N35

E29 35 BB

NFLH =

North Fork L:

.ttle Humboldt

N42 E43 2/

BC

Jackso

n Creek N40

E32 31 BB

•

•

-

*•

-

-

/

/

/»

'

AVIALYSIS gy.

J. Seher

APnwvf p ar:

(A

Carson City District Water Laboratory

30

co

U-,

O

cS

< 1 )

OC

£

• •

u

CO

<v

>*

jj

o

u

w

(1° 00T/j?)
cuojttoo

(T m 00T///)
nuojTioo irqox

(T/So)

aqBUdsoqx-i

rH

•

o

§

rH

•

<r

rH

•

o

rH

•

o

rH

•

o

i

CO

•

o

CM

o

•

o

(T/Sm)

N-aqejq-pN

CO

•

o

as

•

co

CO

•

in

n>

•

O

CM

•

rH

MO

•

o

MO

•

o

CO

•

rH

as

o

s

(niN)

XqpPTq^X

CM

8

CO

CM

Os

on

rH

m

p"

m

CN

rH

m

m

(T/So)

sspiJOno

a

8

U~l

CO

3

P^

§

a

rH

rH

p-

a

(T/8K)
(COO) ^JTnTTE^TV

o

O

O

O

o

o

<r

mT

§

MO

(I/Sm)

(COOH) ^OTOTT^TV

CN

rH

c5

CM

CM

CM

CM

3

CO

rH

o

CP

iH

O

3

o

m

i—i

CM

3

Hd *q^x

o

•

a\

•

MO

•

r-'

•

p*-

o

•

CO

MO

•

P>

MT

•

00 '

m

»

oc

00

MO

•

CO

Hd piOTJ

r-*

*

LO

•

CO

•

00

CO

00

CO

oo*

CO

00*

(rao/soqa n)
XqjATq^npnoo *03X3

0013

240C

MJ

CM

<r

MO

<T

CO

8

<T

&

CO

(T/Sta)
troSXxO pOAXOSSJQ

i

(oo

ojnqrjodnox

00

rH

LO

CM

in

CM

CN

rH

9

5

s

rH

«N

n

CO

rH

(mdS)

t\on

CO

<F

'S-

O

CO

o

CO

CO

o

<r

2692

o

p-'

M0

0966

1120

o

M0

3360

poqoapxoQ aaipx

1000

1300

1300

1100

0001

1100

1000

o

s

r—i

1100

1200

paqospxoo sqra

06-26

06-26

06-26

06-26

06-26

06-26

06-26

06-26

MO

CM

£

mO

CM

s

. ■ - ■'■■■ ■ ■■■ ■ ■■■ ■ ■ ■■■■■ — —•

Parameter

Source \

Name Location\

=Q

r~-

CM

'T

•O

S

2

N16E6212D

N16E6307C

N15NE6926C

s

00

<5*

rH

2

N13E6826D

6

CM

rH

CO

MO

iH

a

rH

<N

>9

CO

a

<r

M0

a

a

N21E6325D

•

lorth Creek

Upper Gleason

c

8

s

tH

o

u ^

O Ol

5 c

St

Silver Creek

Weaver Creek

Pineridge

Creek

Coshute Creek

is

CJ

d

c

rg 5

Big Indian
Creek

Duck Creek

Page 2 of 3 31

cS&Mptowmn

s»ebra environmental monitoring rc ^c £

to* h m 5« /iu *g'[

WATER QUALITY ANALYSIS RECORD

P*OJCCT NA*£

Bureau of Land Management

J.M.

JS2r7.34

1050 East William Street

Carson City, NV

89701

£Ly 'biSTAtCTT

SAMPLE 10 KMT If | CAT ION WO*

Passamste*

PA*AMET££

PA*AM£T£«

wa*SM«TEr

PAeAHcrzx

SAMPLE

CSLLECUOM

DAT®

SAMPlJt

c*u.ccnott

HHI

STATION

N<X

Arsenic

Chromium

Copper

Iron

Lead

MOM CAY Y*

0-2400

UNITS mg/l

UHIT5 mg/i

UW/TS mg/l

UNITS mg/l

UW/TS mg/l

4-12-84

15:45

Uleason

Creek

0.003

0.02

37

18

<-0.05

i

Mercury

Selenium

Zinc

.. • '

Units: mg/l

Units: mg/l

Units: mg/l

4-12-84

15:45

Gleason

Creek

</ 0.0005

^.0.005

3,3

i

fi -

%

f

: **

—

t

- i

/

La

_

6$ proved** By*

* VIA |V<I< e»** •

J. Seher

! l

So,

'■eso

* ”'n. s .

° f Ur
£ / v

Page 3 of 3

32

£ D

rn *n t

SIERRA ENVIRON MENTAL MONITORING

WATER QUAUTY ANALYSTS RSSORD

J l>l S Q 1r r

J J HP/I

sj H

C *rso n ''r° ttlc *

- " < Vi/ ~

PROJECT MAPI*

Bureau of Land Management

J.M.

3 ? 1 —71

1050 East William Street Carson City, NV

89701

SAMPVl IDIXTffICATWM WO*

Pa.*ah«te*

PAJCAHITff*

PftJtAMlTHf

PA24M£TTX

SAMPUT

C*UIC!tfM

D*T»

ctuicn*»

HHI

STATION

na.

Arsenic

Chromium

Copper

Iron

Lead

MCH CAT Yt

0-2400

UNITS mg/l

UN/75 mg/i

UW/T5 rng/l

UNITS - mg/l

UNITS mg/l

4-12-84

15:45

oieason

Creek

0.003

.£0.02

37

IS

<-0.05

Mercury

Selenium

Zinc

* - .

Units: mg/l

Units: mg/l

Units: mg/l

i

►—•

NJ

1

CO

15:45

Gleason

Creek

^ 0.0005

4. 0.Q05

3,3

•

■

#

**

—

l

*

/ *

L

tllAf VCI C. ov .

T.

WATER QUALITY ANALYSES

<N

4-1

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r-H

sr <u.

(1® 001/tf)
unojTIoO

as to

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(1® 001/ff)

BUOJTJO0 TE30X

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g

rH

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rH

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rH

0

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in

#

sO

cn

•

in

cn

0

o

CN

0

o

CN

0

o

in

0

o

rH

0

rH

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•

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(niN)

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3

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3

CN

sr

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rH

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cn

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(T/ 3 ®)
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d

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rH

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CN

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CN

CN

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as

CN

Os

rH

NO

9

rH

CN

Ps

M0

8

as

00

NT

2

CN

it

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District: pi v

Second Sampling

psqoaxpoo sapi

o

O

o

9

3

S

rH

8

S

rH

o

o

§

o

9

rH

psqospxoo 3ppa

3

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o

CO

rH

o

00

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ck

o

CO

rH

ck

o

00

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c^

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a

h

CO

rH

&

CO

rH

ck

o

00

rH

o

. - ■■■■--■ ■■■

\. Parameter

Source \

Name Location

S3

P--

CN

•vT

M0

8

9

CN

NO

rH

Z

u

p«*

3

sO

8

£

3

CN

Os

in

22

8

s

£

<r

Z

s

CN

00

M0

§

s

rH

cn

«

a

Kj

rH

CM

cn

S

S

8

9

a

0

forth Creek

Jpper Gleason

§

a

3

rH

o

>-i -

a

g

:-SLi

03

u

o

H

•n

: m

leaver Creek

03

ao

no

•d s,
§2 <
is 4

ip

03

6

<33

4-1

3

U-

33

S

c

d

£P

Big Indian
Creek

34

CN

4-1

o

rH

*3 0)

rr wi

U ra 001///)
nnojTTOD

o

o

o

8

o

o

o

cn

O' a
i- Pm

(T m 00T///)
^OJTTOO T^3oi

3

m

o

<r

o

o

CO

1

§

<r

18600

Year:

- 1

( T /Sm)

sqsqdsoqtj-i

8

8

§

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•

o

s

8

r-^

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8

8

8

8

8

(T/Sm)

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CN

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cn

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OUN)

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rH

CN

00

r-»

rH

rH

CN

o-i

rH

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rH

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NO

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a/*»)

sapTJOiqo

nd

8

CN

I--.

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00

cn

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8

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CN

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(CODH) XjxoTieOT

o

3

00

rH

CN

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CN

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3

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cn

CN

CN

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CN

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CN

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cn

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5 5

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(rao/soqm n)
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in

no

CO

xj

rH

u

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■ — >

NO

CN

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150C

300C

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cn

n£

in

8

CN

U 1

in

cn

8

ctf

H *

5 *■*

S *H

5t o

(X/Sn)

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!

C

O

CO

Vi

Cd

CJ

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sjn^Bjsdmsx

<T>

3

00

rH

r>*

rH

CN

rH

rH

in

rH

in

CN

o

rH

£

9

rH

CO

(mdS)

rtoxj

8

<r

rH

1346

s

CN

NT

CN

CN

CO

5

NT

CN

CN

NT

1120

00

<r

<r

District: las Vegas

First Sampling

p9qo3XT°3 3m Tl

1120

1410

1500

1530

1.155

psqosXXOO

03-13

03-13

03-13

03-13

03-13

03-13

03-13

03-13

03-13

03-13

03-13

1

X

Nv Parameter

Source \

Name Location X.

1

LO

w

CO

rH

CO

S18E5502AB

S21E5906CC

S2QE5833CC

S21E5816DC

S15E6602AC

S14E7007BC

%

sr

O

1

S01E6827CB •

905E6811CA

a

CN

S

a

in

a

«

NO

o

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Page 2 of 2

f / v, ";^on,
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1 * 0 i9P,

51E8SA CNV l RON MENTAL MONITORING
WAT2? 6UAUTT ANALYSIS KS^StD

■ ■ i . ■ ■ w ~ cr 5 » ~o , « « ,

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Bureau of Land Management - Carson District

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383-734

1050 East William Street Carson City, NV

89701

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MM Cstf YT

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SIERRA ENVIRONMENTAL MONITERING

VSATEA CpUALITY ANALYSIS fL&COAD

BUR OP UANO MANAGEMENT
CMSON CITY GIST OFFICE

Aug 31 lUoFH'S 1 !

u. S. Dept of the Interior, Bureau of Land Management 383-734

Battle Mountain District

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12:15

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12

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13:52

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7- 10 -

,Psyt 3LM - Battle Mountain Distric t
/WM-Va!S Ays J. Seher _ APPROVED S?y S

Carson City District Water Laboratory

43

Page 2 of 2 44

sierra, environmental monitoring

WATER QUALITY ANALYSIS RECORD

BUR OF USE K4i;*8EHe!l!
SABSOh CITY 3'ST Tip" Cf

Non 30 il 2<r gy '^4

PROJECT NAKIEu. s . Dept . of the Interior - Bureau of Land Management

J.W. .383-734

Battle Mountain District

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0.02

0.08

0.02

0.01

21

8-14-84

12:40

0

0.02

0.08

0.02

0.01

21

1 - T

onkin Spring

2 - n

o identificat:

.on given on 5

.ample bottle

•

•

-

*

_ u.

/ ,

ANALYSIS BY:

J. Seher

APrPOVfD sr:

. < ci7yyi ,i -KU / fiu-

Carson City District Water Laboratory

O

oS

QJ

00

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0)

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rH

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c

8

8

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3

cn

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(1° OOT/tf)
uuojtxoq x^doj

(T® OOT/tf)
guojtt°D T^nox

i

(t/So)

oXBqdsoqa-i

CM

•

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s

CM

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(T/Sm)

N-93E337N

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rH

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(niN)

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CO

(I/3m)

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8

(I/2«)
(£03) ^TUTT^TV

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co

CM

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o

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in

•

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•

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Hd PTSTi

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•

vO

CM

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(ao/soqm n)
X^TAT^onpuoo *03X3

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rH

Ct/Sn)
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3jn3B33dni3X

s

LO

(:nd3)

aoxi

00

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-t

CO

o

>cr

CM

CM

psaoaxxoQ snxi

1530

8

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rH

1500

pspoaXXOO

03-14

03-14

03-14

\ Parameter

' >w

Source \

Name Location

§

n

rH

3

g

N33E1103RC

N33E111QAC

«

•

bitch Near 139

F. Station

u

a.

a

! s

eg -h
53 y

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SJ SH

u

a.

G.

4 ^

M <y
ca a)

46

CM

4-t

O

t~H

<F 01

(T“ 00T/O
ojojtxoo tBOSJ

H CH

(T® 001/ il)
bu°jtx°D TMOj

u

d

<u

>-

(T/Sm)

a^Budsoqj-Q

CO

•

o

CM

•

o

§

CM

•

o

CM

•

o

•

o

CM

•

o

CM

•

o

CM

•

o

o

•

o

CM

CM

M0

•

o

(T/So)

N-g^jqfN

OO

•

o

o

•

rH

o

•

rH

vO

•

o

CM

•

rH

r->

•

O

~3-

•

o

CO

•

o

LT)

O

LO

•

o

<r

•

rH

oc

•

o

(niN)

X^TPTq^^i

CO

CO

CM

rH

3

o

rH

cn

o

CO

CM

CM

rH

CN

iH

MO

o

H

>»

SH

u

o

JJ

to

1-1

o

(T/So)

sspT^omo

£h

rH

9

rH

CN

@

CO

MO

cn

rH

§

g

.O

H

o

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(T/SH)
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g

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s

o

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ro

X)

(I/So)

(C00H) X3TOTIB51IV

o

00

a

o

CM

CO

CM

CO

vO

Cv

CO

CM

CT\

00

CO

CM

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X)

H

rH

CM

a

a 3

cn **

>5 *

Hd *q bi

mo

•

o

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CO

CM

•

00

CO

•

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•

r~-

rH

•

CO

<r

•

00

VO

•

CM

a\

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•

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at

•

30

3 2

5 «o

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H<* PT 3 Ti

M V

8 M

S ti

o' “

, Q .

(mo/soqra n)
XUTATUonpnoo *09X3

O0 w

W tw

a £

S *H

3 O

(T/So)
osSXxo psAiossjci

d

o

CO

1-1

<3

OO

SJT\3PJ9d03I

ao

<r

CM

3

rH

<r

CM

rH

a>

rH

9

<T

CM

tH

(radS)

aoxj

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•

p9aosxT°D aa TX

1000

1630

1400

1130

1330

m

o

1600

1100

1515

1230

1500

1200

District: Susanyille-

Second Sampling

05-24

05-24

<r

X

o

05-24

05-24

05-24

05-22

CO

CM

o

05-23

05-23

05-22

05-24

Parameter

* >.

Source

Name Locations,

N39E2235

o

r-j

CM

s

<r

CO

q

1

N39E2324

N39E1613

N38E1922

N43E1821

CO

§

%

N37E1706 ■

kO

cn

vO

rH

8

5

•

r-~

O

3

8

S

lottonwood

Sreek

i

a

•a

£

•&

High Rock Creel;

Low Rock Creek

w

2

H

£

Wall Canyon
Creek

Sand Creek

Sand Creek

Bare

Emerson

Willow Creek

Buffalo Creek

Carson City District Water Laboratory

47

§

3

u

to

GJ

CN

<4H

o

CN

Si

£

a.

§

■J.

u

o

•H

(-4

±J

W

o

£

(T ra 00T///)

□jojTToo jTSOBg

(T Q 001///)

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rH

•

o

(T/Sm)

aq^Udsopj-^

\0

•

o

CO

•

rH

on

•

CN

xr

•

o

tH

•

O

vO

•

CN

CO

•

o

CN

•

O

rH

•

O

(T/§ra)

N-3 3WFN

m

•

o

CN

•

O

00

•

o

m

•

o

o

•

m

ON

•

O

■H

•

rH

ix

•

rH

CN

•

rH

COIN)

Xapp-pqjnx

£!

CO

Ih

s

o

•

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O

•

CO

rx

•

o

xr

•

o

(T/§m)

sspfJOTO

§

§

Cn

o

B

iO

§

§

§

(I/ 2 W)
(.tOO) ^TnTT^TV

o

CO

£

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s

(I/Sm)

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rx

CN

co

1

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in

8

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rx

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•

00

CO

•

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•

O'!

m

•

tx

m

•

co

rx

•

co

co

•

CO

xr

•

CO

H<* PT3JJ

(mo/soqni n)
XqfAp^onpuoo *03X3

(T/Sm)
nsSXxo psAxossjQ

(DO

3jnapj3dnax

cr*

*H

3

CO

CN

£)

S3

xr

CN

3

(mdS)

aoxj

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o

5

t—1

o

8

3

paqosXTOQ sq^Q

CN

s

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m

s

o

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s

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uS

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1

s

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co

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o

tn

£

o

u /

4> / C

•W / O

4) / «H

E / 4J

u / O

$ / <v o

^ / U -1

/ 3

/ O

/ 00

/ 4)

/ s

/ C3

/ Z

in

o

rx

§

gj

1

§

i

vO

§

CN

q

W

rn

2

r—

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8

a

1

ro

2

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CO

CN

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8

§

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s

•

1

CO

M

J=-$

9

2

i &
*5 d.

1

£

"§3
—«■

r—^ ^

3 £

M

|

O

11
Q 0,

1

a

a*

3

s s

•M

1 3

a o

<u

r*' H

4

CU ^

1 J

m 0

Carson City District Water Laboratory

48

WATER QUALITY ANALYSES

49

<4H

o

rH

St V

rn hn

(T m OOT/tf)
uuojtTOD TBoaj

o

o

o

ON CO
y— P-i

(T® 00T/ H)

raaojxT °0 x^^ox

Year:

i-1

(I/8m)

CM

•

O

-r

•

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s

s

s

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•

o

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•

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@

NO

•

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m

•

tH

CO

•

o

ON

•

o

(T/8m)

00

•

o

•

o

00

•

o

On

•

O

oo

•

o

ON

•

o

ON

•

o

ON

•

o

•

O

r>.

•

o

CN

•

o

o

•

rH

(niN)

A^TPTq^nx

nO

-T -

<n

m

CO

3

IQ

CM

CO

CO

rH

CO

CN

rH

(T/Sn)

sapxaoxpD

@

m

r-

S

s

s

m

@

NO

o

CM

00

NO

>,

(T/SH)
(COO) ^1T°TT^IV

§

o

O

o

o

o

o

o

§

O

o

o

u

o

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d

u

(T/So)

(COOH) Xstottb^TV

00

no

o

r^.

i—i

00

LO

rH

CM

o

CO

NT

f^N

CM

CO

00

a

CN

rH

3

CM

NO

rH

00

r-

.o

3

U

Hd *q^

NT

•

CO

O

00*

rH

•

CO

m

•

n.

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•

00

CM

•

00

CM

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•

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u

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V

1 1

H<* PT 3 TI

CM

CO*

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CO

ON

•

r>.

•

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•

n-

o

•

CO

in

•

CO

•

00

NO

•

NO

CO

•

CO

CM

•

CO

•H

U

u

(0

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Ok

(rao/soqra n)
X^XAT^onpuoo *03X3

s

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m

3

in

sf

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CM

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CM

CM

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5

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NT

CM

o

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4-1

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U

d

o

CO

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MO

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on

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•

on

O

•

ON

in

•

00

»

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3jna3j3dra3x

s

s

rH

rH

co

CO

rH

H

rH

H

r-"

3

o

3

ON

(mdS)

A0X3

8

CM

o

m

rH

CM

co

O

CM

r*-

nO

o

NO

CN

oo

8

CO

CO

§

CM

o

r-'

CM

CM

CM

S

P3303XT0Q

o

s

rH

8

CN
• rH

§

8

CO

rH

o

o

3

8

in

rH

§

8

m

rH

O

§

8

VsO

rH

8

r>

rH

8

'rH

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dl rH

r a §*

£ (55

V.

■ S- 4J

i 2
s a

• •

4-1

o

•H

M

4-1

CO

•H

Q

P3533XX0D

rH

s

o

l

o

rH

s

o

o

rH

S

o

f

o

f

o

s

o

rH

X

o

t

o

rH

S

o

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X

o

u /

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4-1 / o

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d / d

w / u

d / <D O

P-> / O iJ

/ M

/ 3

/ o

/ W

/ #

/ e

/ d

/ ' 2

N03E2708DD

8

-O'

sj

8

<r

rH

nO

8

8

in

CO

m

8

8

m

CO

uo

£)

<r

8

N04E2631CD

^0

m

9

3

N04E2529DD

a

§

1

s

Co

CM

8

8

N05E2526BB- .

NO

CM

in

Si

in

8

Cottonwood

PrintrAn rvapv

8?

•H

&

CO

0)

>N

-s2_

8:-
<U C
00 C

V : -
Ij cr

« c

|

6

eo

g

Virginia Creek

L. Mormon

M. Creek

Clear View
Canvon Creek

Green Creek

IS
a? 2

•g u

a. c
CO o

u d

8 c3

Travertine

Mnt Snrintr

■ Smm — In-— *■* ■■ ■■— -

Clark Creek

Airora Creek

Carson City District Water Laboratory

50

CM

<4-1

O

u

CC

01

to

n

< 4 -

'£

I

£

3

n

4-1

X

(T ra 00T///)

nuojTIOD jBoaj

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LO

8

o

rH

(T m 00T///)
uuojttoo i^qox

in

n-

m

vO

W

3

CM

( T /2m)

939pdS0p<J-Q

rH

•

o

<r

•

o

vO

•

o

§

s

n-

•

o

C0

•

o

§

CM

•

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vO

•

o

m

•

o

m

•

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( T /Sm)

m

•

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•

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•

o

•

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vO

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•

o

sr

•

o

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•

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MT

•

o

MT

•

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sr

•

o

•

o

(niN)

X^TpTqjnx

CO

o^

cr>

Mf

!h

CO

m

vO

CO

(T/2m)

sspTJOiqo

S

CO

cn

§

S

§

3

s

00

8

CM

vO

Ct/SH)
(COO) ^5T<iTTB>nT?

s

o

S

o

o

o

CM

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vO

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o

O

(I/ 8 ®)

(COOH) ^37 n TT B HTV

$

8

CN

vo

$

3

vO

CO

vO

S

vO

9

a

a

<N

vO

Hd *qB-[

CO

•

CO

CM

•

CO

CM

•

CO

CO

•

I'-'

*<r

«

CM

•

r>

m

•

00

co

•

m

CO

CO

«

vO

co

•

co

•

C'-

Hd PTSTi

CM

•

CO

o

•

CO

•

r-.

CO

•

r*»

vO

•

00

•

CM

•

CO

CM

•

CO

vO

•

CO

o

•

CO

o

•

CO

(rao/soqm n)
XqpATq^npuoo *0913

a

8

CM

o

o

o

r*>

o

o

o

9

8

CM

8

CM

8

8

CM

Si

(i/ 8 ®)
U93 XxO pSAXOSSfd

t

(DO

ajn^Bjadmax

3

vO

tH

s

$

m

CM

vO

CM

CO

CM

vO

S3

(tndS)

aoxj

CO

00

3

3

o

VO

Q

CO

o

8

CO

O

m

8

§

psqoaXXOQ

8

9

o

a

o

a

8

C“4

rH

o

i

§

1

8

1

8

r^

rH

8

di

p9^09XXOD

g

o

g

o

g

o

g

o

o

s

o

g

o

o

g

o

8

rl

o

g

o

a

o

o

S

o

\ Parameter

Source N.

Name Location

N03E2708DD

8

i

8

s

8

1

Q

oo

m

§

s

8

LO

m

<n

9

<?

8

6

vO

£}

2

8

m

8

s

w

s

m

U

8

a

§

1

s

8

a

m

1

N05E2526BB •

in

8

fl

h

8l

9

I

&

§

1 &

J 6

a*
a s

TO j

! 0J

id

i oO

5 8

Virginia Creek

£ ^
6 t

•

i-4 2

z

s

d

Green Creek

ll

it 6
00 o

J3 §

8 o

II

ti i

a) oo

?C 4-1
£ 8

1

|

0

2

Carson City District Water Laboratory

o

CM

<U

00

as

• •
u
to
QJ

u

•H

U

u

w

—I

G

(T ra 00T///)

raaojTjoo

(T m OOT///)
nuogTToo

(T/Sm)

0 3BHdsOq<J-Q

•

o

CO

•

o

(T/8tn)

N-03BJ3TN

•

o

•

o

(niN)

X^xpxqjnx

CO

3

(X/8m)

sspT^oxqo

8

(T/SH)
(COO) ■SlTiTTBMTV

o

o

(X/8m)

(COOH) •‘ClTnTTBHIV

3

8

Hd *q

CM

•

CO

iH

CO

Hd pia-pj

cr>

•

r-»

00

•

(mo/soqra n)
X^TATP^npuoo *03X3

§

§

(T/Sm)
tL03i(zO P0AXOSSJQ

t

(0-)

ajnxBjsdaax

a

*<r

CM

(radS)

aox3

p0ao0XTO3 0tnpx

1400

1600

p0aO3TIO3 0^BQ

07-10

07-10

• - ..... i ■■■■ ■■ -.- -"■■■ ' ■■—---

X. Parameter

Source n.

Name Location N.

N04E2710BC

N05E2615DC

-

•

Bodie Creek

I

3

—

WATER QUALITY ANALYSES

52

<r

(T«> OOT/tf)

nsoj-fjoj Ttosj

o

rH

CN

CO

ON

rH

(To 001/S)
huojtt°D T®3°X

CO

ON

CO

CN

o

CN

uo

s

8

r-~

-<r

»H

CO

CJ

><

(T/So)

CN

•

O

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o

to

•

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§

CN

•

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•

o

NO

•

o

in

o’

o

•

o

n

•

O

00

•

0

(T/Sm)

N-P3BJ31N

co

•

o

8

8

8

nO

•

o

8

r-

•

o

rH

•

o

■^s

•

rH

r

s

s

(niN)

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r".

co

ON

in

nO

in

CM

CN

CO

n

ro

rH

<3-

(T/So)

sspTaomo

8

r-

S

8

8

8

8

n

D

NO

IN

n

s

>,

(T/Sh)
(COO) KatuTWTV

o

§

«

o

o

O

o

o

§

z

s

U

o

u

CO

u

n

(T/So)

(COOH)

3

<r

Csl

CN

CN

CO

CN

co

CO

NO

CO

CO

o

rH

8

CN

1

N

0

a

&

►—(

>H

Hd •q'B'i

rH

•

CO

CN

•

CO

CO

00*

CO

•

i"-

oo

•

rH

•

co

co

•

CO

CN

•

r-

CN

co*

•

h-

ro

co’

CN

00 ’

4-1

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4-1

H<* PI 3 Ti

o

•

ON

o

•

ON

O

•

ON

I'm

•

co

m

co*

o

•

ON

o

•

ON

o

CO*

o

•

ON

O

ON*

O

•

ON

in

•

00

•H

U

4-1

CO

•H

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-- 1

APPENDIX B

Source:

QUALITY STANDARDS FOR CLASSIFIED WATERS

Nevada State Environmental Commission

Water Pollution Control Regulations NAC 445.121 - 445.125

I

55

Classification of Waters .

The following stream standards and classificaticms do not preclude the
Cormsission iron establishing standards and classifications for additional
public waters nor reclassifying the waters contained herein. The
Commission will consider classification of a public water not contained
in these tabled upon request for a permit to discharge to such water.

Class A Waters . This classification is intended primarily to include
waters or portions thereof located in areas of little human habitation;
no industrial development or intensive agriculture; and where the
watershed is relatively undisturbed by man’s activity.

Beneficial uses . Drinking water supply with treatment by disinfection
only, suitable for aquatic life habitat, wildlife propagation,
agricultural use, recreation, boating and aesthetics.

Quality Standards for Class A Waters:

Item

Specif lcatlorxs

1. Floating solids, sludge Hone attributable to Ban’s activities,

deposits, tastes or odor

producing substances.

2. Sewage, industrial wastes Hone,
or other wastes.

3. Toxic materials; oils; Bodc.

deleterious substances;
colored or other wastes.

4. Settleable solids. Only amounts attributable to nan’s

activities which will not make the waters
unsafe or unsuitable as a drinking water
source or which will not be detrimental
to aquatic life ot for any other bene¬
ficial use established for this class.

5. pH.

6. Dissolved oxygen.

7. Temperature.

8. Fecal coliform.

Range between 6.5 to 8.5.

Shall not be less than 6.0 milligrams/
liter.

Shall not exceed 20°C. Allowable temper¬
ature increase above natural receiving
water temperature - none.

The fecal coliform concentration, based
on a minimum of 5 samples during any
30-day period shall not exceed a geometric
mean of 200 per 100 milliliters, nor
shall more than 10Z of total samples
during any 30-day period exceed 400 per
100 milliliters.

9. Total phosphate. Total phosphate shall not exceed 0.15 mg/1

in any stream at the point where it
enters any reservoir or lake, nor
0.075 mg/1 in any reservoir or lake,
nor 0.30 mg/1 in streams and other
flowing waters.

10. Total dissolved solids. Shall not exceed 500 mg/1 or one-third

above that characteristic of natural
conditions (whichever is less).

57

Class B Vat era : This classification includes waters or portions thereof
vb i ch are located in areas of light or moderate human habitation, little
industrial development, light to moderate agricultural development,
and where the watershed is only moderately influenced by man** activity.

Beneficial uses : Drinking water supply with treatment by disinfection
and filtration only, for agricultural use, aquatic life and wildlife
propagation, recreation, industrial supply and esthetics.

Quality Standards for Class B Waters :

Item Specification

1. Floating solids, settleable Only such amounts attributable to man’s
solids; sludge deposits. activities which will not make the

waters unsafe or unsuitable as a drinking
water source, injurious to fish or
wildlife or impair the waters for any
other beneficial use established for
this class.

2. Sewage, industrial wastes
or other wastes.

None which are not effectively treated
to the satisfaction of the Department.

3. Odor producing substances. Only such amounts which will not impair

the palatability of drinking water
or fish or have a deleterious effect
upon fish, wildlife or any beneficial
uses established for waters of this class.

4. Toxic materials; oil;
deleterious substances;
colored or other wastes;
or heated or cooled
liquids.

Only such amounts as will not render
the receiving waters injurious to fish
or wildlife, or impair the receiving
waters for any beneficial uses estab¬
lished for this class.

5. pH.

Range between 6.5 to 8.5.

6. Dissolved oxygen. For trout waters not less than 6.0

milligrams/liter; for nontrout waters
not less than 5.0 milligrams/liter.

Shall not exceed 20°C for trout waters
or 24°C for nontrout waters. Allowable
temperature increase above natural
receiving water temperatures - none.

7. Temperature.

58

8. Fecal collfora.

9. Total phosphates.

10. Total dissolved solids.

The fecal coliform concentration,
based on a minimum of 5 samples during
anj 30-day period, shall not exceed a
geometric mean of 200 per 100 milliliters,
nor shall core than 102 of total samples
during any 30-day period exceed 400 per
100 milliters.

Total phosphates shall not exceed 0.3 mg/1

Shall not exceed 500 mg/1 or one-third
above that characteristic of natural
conditions (whichever is le 9 s).

t

tural pract

- - / -- v BV wx V 1

.Domestic water supply following complete treatment

sS y r lldllfe ~--c r . c ur ot *

^ua^itj Standards for Class C Wafer*;

Item

Specifications

1. Floating solids, settle-
able solids; sludge
deposits.

2. Sewage, industrial wastes,
or other wastes.

Only such amounts attributable to the
activities of man which will not make
the receiving waters injurious to fish or
wildlife or impair the waters for any
beneficial use established for this class.

None which are not effectively treated
to the satisfaction of the Department.

3. Toxic materials; oils;
deleterious substances;
colored or other wastes; or
heated or codied liquids.

Only such amounts as will not render the
receiving waters injurious to fish and
wildlife or impair the waters for any
beneficial use established for this class.

4. pH.

Range between 6.5 to 8.5.

5. Dissolved oxygen.

For trout waters not less than 6.0 mg/1;
for nontrout waters not less than
5.0 mg/1.

6. Temperature

7. Fecal

colifore.

Shall not exceed 20°C for trout waters
or 34°C for nontrout waters. Allowable
temperature increase above normal
receiving water temperature — 3^C.

The more stringent of the following apply:
The fecal coliform concentration shall not
exceed a geometric mean of 1000 per
100 milliliters nor shall mere than 201
of total samples exceed 2400 per 100
milliliters.

-The annual geometric mean of fecal coli¬
form concentration shall not exceed that
characteristic of natural conditions by
more than 200 per 100 milliliters nor
shall the number of fecal coliform in a
single sample exceed that characteristic
of natural conditions by more than 400
per 100 milliliters.

60

-The fecal collfona concentration, based
on a minimum of 5 samples during any
30-day period, shall Dot exceed a
geometric mean of 200 per 100 milliliters
nor shall ©ore than 102 of total samples
during any 30-day period exceed 400 per
100 milliliters. This Is applicable
only to those waters used for primary
contact recreation.

8. Total phosphates. Total phosphates shall not exceed 1.0 mg/1

Shall not exceed 500 ag/1 or one-third
above that characteristic of natural
conditions (whichever is less).

9. Total dissolved solids.

61

y ater8 - : ^‘ i8 classif icatlon includes waters or portions thereof
located in areas of urban development, highly industrialized or
intensively used for agriculture or combination of all the above and

Iue “ t 8 ° urccs include a multiplicity of waste discharges from
the highly altered watershed.

B eneficial use s; Boating and esthetics, aquatic life, agricultural
use an *n ustrial supply except for food processing purposes.

Quality Standards for Class D Waters:

Item

Specifications

1. Floating solids, settle-
able solids; sludge
deposits.

Only such amounts attributable to the
activities of man which will not impair
the receiving waters for any beneficial
use established for this class.

2. Sewage, industrial wastes
or other wastes.

None which are not effectively
treated to the satisfaction of the
Department.

3. Toxic materials; oils;
deleterious substances;
colored or other wastes;
or heated or cooled
liquid.

Only such amounts as will not impair
the receiving waters for any beneficial,
use established for this class.

4. pH.

Range between 6.0 and 9.0.

5. Dissolved oxygen.

Not less than 3.0.

APPENDIX C

Source:

STATE OF NEVADA WATER QUALITY CRITERIA
FOR DESIGNATED BENEFICIAL USES

Nevada State Environmental Commission

Water Pollution Control Regulations - 1980, NAC 445.126

63

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appendix d

Primary Drinking Water Standards*

Constituent

Maximum Allowable Level (mg/1)

Arsenic

0.05

Chloride

400

Color

15 color units

Copper

1.0

**Flouride

see following table

Foaming Agents

0.5

Iron

0.6

Magnesium

150

Manganese

0.1

Nitrate

45

pH

6.5 - 8.5

Sulphate

Total Dissolved

500

Solids (TDS)

1000

Zinc

5

Coliform Total

0

Coloform Fecal

0

Fecal Streptococcus

0

Source: Chemical Analyses of Municipal Water Supplies of Nevada 1980.

Sta._e Division of Health, Bureau of Consumer Health Protection
Services, Carson City, NV

Prima.> standard means a standard which specifies a
level for any constituent found in public water supply
adversely affect the health of

maximum contaminant
which, if exceeded,

may

persons.

• • H I HHIH

67

**Flouride:

Annual Average of
Maximum Daily Air Temperature

Maximum Allowable,
Milligrams/Liter

53.7

and

below

2.4

53.8

to

58.3

2.2

58.4

to

63.8

2.0

63.9

to

70.6

1.8

70.7

to

79.2

1.6

79.3

to

90.5

1.4

In addition to the above constituents, the following heavy metals are also
tested on "Community" water supplies:

Constituent

Maximum Allowable Level (mg/1)

Barium

1.0

Codium

0.01

Chromium

0.05

Lead

0.05

Mercury

0.002

Selenium

0.01

Silver

0.05

68

The following organic constituents are required to be tested every three years
for community drinking water:

Constituent Maximum Allowable Level (mg/ 1)

Endrin

0.0002

Lindane

0.004

Methoxychlor

0.1

Toxaphene

0.005

2,4-D

0.1

Silver

0.01

APPENDIX E

6 °

Sedondary Drinking Water Standards* *

Constituent

Maximum Allowable Level (mg/1)

Chloride

250

Color

15 color units

Copper

1

Foaming Agents

0.5

Magnesium

125

Manganese

0.05

Odor

3 threshold odor number

pH

6.5 - 8.5

Sulphate

250

Total Dissolved

Solids (TDS)

500

Zinc

5

Coliform Total

0

Coliform Fecal

0

Fecal Streptococcus

0

Source: Public Water Systems - December 1980, State Division of Health

Consumer Health Protection Services, Carson City, NV, NAC 445.248

* Secondary standard means a standard which specifies a maximum level for
constituents found in a public water supply which, if exceeded, may adversely
affect the public welfare. These standards apply to constituents which
adversely affect the taste, odor, appearance and other aesthetic qualities of

water.

■ .

-vV