hydrologic and water-quality data for selected sites ... · hydrologic and water-quality data for...
TRANSCRIPT
HYDROLOGIC AND WATER-QUALITY DATA FOR SELECTED
SITES, GRAND TETON NATIONAL PARK, WYOMING,
SEPTEMBER 1988 THROUGH SEPTEMBER 1990
By H.W. Young, D.J. Parliman, M.L. Jones, and M.A.J. Stone
U.S. GEOLOGICAL SURVEY
Open-File Report 91-56
Prepared in cooperation with the
NATIONAL PARK SERVICE
Boise, Idaho
1991
U.S. DEPARTMENT OF THE INTERIOR
MANUEL LUJAN, JR., Secretary
U.S. GEOLOGICAL SURVEY
Dallas L. Peck, Director
For additional information write to:
District ChiefU.S. Geological Survey, WRD230 Collins RoadBoise, ID 83702
Copies of this report can be purchased from:
U.S. Geological Survey Books and Open-File Reports Section Box 25425, Federal Center Denver, CO 80225
CONTENTS
Page Abstract............................................................................................... 1Introduction......................................................................................... 1Well-numbering system......................................................................... 2Reference............................................................................................. 2
ILLUSTRATIONS
Figure 1. Map showing study area and locations of inventoried wells...... 32. Map showing locations of observation and production wells
at Flagg Ranch............................................................... 43. Graph showing depth to water, specific conductance, and
nitrite plus nitrate as nitrogen concentrations for well 48N-115W-21BC1............................................................. 5
4. Map showing locations of observation wells at Colter BayVillage........................................................................... 6
5. Graph showing depth to water, specific conductance, andchloride concentrations for well 45N-115W-2ABCD1............ 7
6. Map showing locations of observation wells at SignalMountain....................................................................... 8
7. Graph showing depth to water and specific conductancefor well 45N-115W-36BCCB1.............................................. 9
8. Map showing locations of observation wells at MooseVillage........................................................................... 10
9. Graph showing depth to water and specific conductancefor well 43N-116W-25DBDB1.............................................. 11
TABLES
Table 1. Hydrologic and water-quality data for inventoried wells........... 12
111
CONVERSION FACTORS
For readers who prefer to use metric (International System) units, conversion factors for inch-pound units used in this report are listed below. Constituent concentrations are given in mg/L (milligrams per liter) or |ig/L (micrograms per liter), which are equal to parts per million or parts per billion, respectively. Specific conductance is expressed as jiS/cm (microsiemens per centimeter) at 25 degrees Celsius.
Multiply inch-pound unit By To obtain metric unit
acre 4,047 square meterfoot (ft) 0.3048 metermile (mi) 1.609 kilometer
Temperature in °C (degrees Celsius) can be converted to °F (degrees Fahrenheit) as follows:
°F = (1.8)(°C) + 32
Water temperatures are reported to the nearest 0.5 °C.
IV
HYDROLOGIC AND WATER-QUALITY DATA FOR SELECTED SITES, GRAND TETON NATIONAL PARK, WYOMING, SEPTEMBER 1988 THROUGH
SEPTEMBER 1990
By
H.W. Young, D.J. Parliman, M.L. Jones, and M.A.J. Stone
ABSTRACT
This report presents data collected from 13 observation and 10 production wells in and near Grand Teton National Park, Wyoming, from September 1988 through September 1990. The data include measurements of depth of well, depth to water, and analyses of selected water-quality characteristics. These data were collected as part of a continuing monitoring program being conducted in cooperation with the National Park Service.
INTRODUCTION
The purpose of this report is to present hydrologic and water-quality data collected from 13 observation and 10 production wells in and near Grand Teton National Park, Wyo. These data were collected during the period September 1988 through September 1990. Limited pre-1988 water-quality data from U.S. Geological Survey files also are included. Hydrologic and selected water-quality data collected during September 1988 were released in a report by Parliman and Young (1989).
Observation wells are located near sewage-disposal ponds at Flagg Ranch, Colter Bay Village, and Signal Mountain and near a sewage drain field at Moose Village. Production wells are located near Flagg Ranch, Leeks Marina, Pilgrim Creek, Moran Junction, Jenny Lake, and Taggart Creek. Data collected at each well include depth of well, depth to water, specific conductance, pH, water temperature, and concentrations of total alkalinity, dissolved chloride, and dissolved nitrite plus nitrate as nitrogen. Water samples were collected from selected sites and were analyzed for common cations, anions, nutrients, and trace elements by the National Water Quality Laboratory in Arvada, Colo. Data presented in this report are the result of a cooperative effort by the U.S. Geological Survey and the National Park Service.
Locations of all inventoried wells are shown in figure 1. Locations of wells near sewage-disposal sites at Flagg Ranch, Colter Bay Village, Signal Mountain, and Moose Village are shown in figures 2, 4, 6, and 8, respectively. Depth to water and selected water-quality characteristics for observation wells at Flagg Ranch, Colter Bay Village, Signal Mountain, and Moose Village are shown in figures 3, 5, 7, and 9, respectively. All hydrologic measurements and water-quality data for inventoried wells are shown in table 1 (back of report).
WELL-NUMBERING SYSTEM
The well-numbering system used by the U.S. Geological Survey in Wyoming indicates the location of wells within the official rectangular subdivision of public land, with reference to the sixth Principal base line and Meridian. The first two segments of the number designate the township (north or south) and range (east or west). The third segment gives the section number; four letters, which indicate the V4 section (160-acre tract), 1/4-1/4 section (40-acre tract), V^1/^1^ section (10-acre tract), and 1/4- 1 /4 -1 /4- 1 /4 section (2!/2-acre tract); and serial number of the well within the tract.
Quarter sections are designated by the letters A, B, C, and D in counter clockwise order from the northeast quarter of each section. Forty-acre, 10-acre, and 21/2-acre tracts within each quarter section are lettered in the same manner. Well 45N-115W-2ABCD1 (example below) is in the SE^SW^NW^NE 1^ sec. 2, T. 45 N., R. 115 W., and was the first well inventoried in that tract.
REFERENCE
Parliman, D.J., and Young, H.W., 1989, Ground-water data from selected sites, Grand Teton National Park, Wyoming: U.S. Geological Survey Open-File Report 89-51, compiled from maps of various scales.
44° 00' -
EXPLANATION
21BC1 Observation well
and number21BB1
o Production well and number
Hydrologic and water- quality data shown in table 1
111 ° 00' 110° 45'
Base from U.S. Geological SurveyGrand Teton National Park 1:62.500. 1968. andHuckleberry Mountain. 1:62.500. 1956
I 110° 30'
3 MILES
I3 KILOMETERS
Figure 1. Study area and locations of inventoried wells.
44° 06' 45"
EXPLANATION
21BC1 Observation well and number
21BB2 O Production well and number
16CC1 218820 ° 218B1
110° 40'
I1 KILOMETER
1 MILE J
Figure 2. Locations of observation and production wells at Flagg Ranch.
NIT
RIT
E P
LU
S N
ITR
AT
E A
S N
ITR
OG
EN
, IN
MIL
LIG
RA
MS
PE
R L
ITE
R
CO
SP
EC
IFIC
CO
ND
UC
TA
NC
E,
IN M
ICR
OS
IEM
EN
S
PE
R C
EN
TIM
ET
ER
DE
PT
H T
O W
AT
ER
, IN
FE
ET
BE
LO
W
LA
ND
SU
RF
AC
E
p
-^-^--.-^ooooorororororororo
gj
OM
*fcO
>O
OO
M*kO
>O
°
°
°
OC
O-v|O
>O
l*kC
orO
3.0
>
51s
^3 ii
CO
^fe
w
^5
o
<
toO
p
oo
0
<J>
P "
^4*
CO
(.j
WH
P
0>M
". M
.O
^"
^P
0
03 o
5>§ f^
3 e
£(D
O.
ooi- 1
rt-
(oH
--p
»
.N^
*|"J
00 o
L^J
CD^2
**i ^ __
_, PD
^
^wW
Ji
H^
t*T
t C
^^^
^^2 ^
**4*^2
^"^
J n
rt-*
3
H^
^.*
W (
D
OM
(O
1 i i-
^
^*
®cn 2.rt-' P
i i
i i
i i
i i
i i
i i
i i
i
t i i i i i i i i i i i i \ \ \\ \
\ \ \\ \ / / / / /
/
_/ / ' '
/ ' ~
^"*
"^ ̂
. ^"~
-> ^
^~"
~ -~
^_
~~
~--
--_
_~
~~
-~^
i i
i i
i i
i i
i i
i i
i i
i
i i
i i
i i
i
f i i i i \^~
\
~\ i i i i i i *
x
XX
X
*"*
x^ fJ
//
f_
'
f/
/t
/> ~~
^.^
"*" ^
.
^ ^
.
""-,
^"^
^^
"" *
1 1
1 1
1 1
1
1 1
1 1
1
«,x
N X
X
X
N
.
X
VN
X X
X X
XX
X X
X
s*
s^
sfs'''
s *
'' \ \ \ \ \
_
\
\ \ \ \ \ \ \ \ )t/
/,'
/ <
1 1
1 1
1<D
EXPLANATION
W Observation well 2 ABB A1 and number
^Colter Bay
wan Lot*
1 KILOMETER
1 MILE
J
Figure 4. Locations of observation wells at Colter Bay Village.
S Ot
s'l
go
S
t
CO
CD *8
I °
L!_. o
CT
OS o h
O
CH
LO
RID
E,
IN
MIL
LIG
RA
MS
PE
R L
ITE
RS
PE
CIF
IC C
ON
DU
CT
AN
CE
, IN
MIC
RO
SIE
ME
NS
P
ER
CE
NT
IME
TE
R
1
> i
i i
i i
i i
i i
i i
i
Q.-
D-.
8
0 » _
0
o w
9-0
1 1
1 1
1 1
1 1
1 1
1 1
1
1 1
1 1
1 1
1 1
I
1 1
1 1
I 1
1 1
1
DEPTH TO WATER,
IN FEET BELOW
LAND SURFACE
1 1
1 1
1 1
1 1
1
EXPLANATION
36BCCB1Observation well
and number
1 MILE
J
1 KILOMETER
Figure 6. Locations of observation wells at Signal Mountain,
8
CO
SP
EC
IFIC
CO
ND
UC
TA
NC
E,
IN M
ICR
OS
IEM
EN
S P
ER
CE
NT
IME
TE
R
DE
PT
H T
O W
AT
ER
, IN
FE
ET
BE
LO
W
LA
ND
SU
RF
AC
E_*
ro
<o
.u
_i
_*
_*
O
O
O
O
PO
-
O
<O
OCooooo
oo
oo
c
I CD <J
._.
<or"
T^
U«J
00
O
^5
oo"1
CD
<
ct-
CD
tr*
h-J
^
11
to0
" ®
lir
r«
00O
^ *o
°§.
c<
i
W o
L^A
^k
o 9 #
" *
f^ o & ti
-1-^
0
gCD
<5
i i
i i
i ii
r i i i i i
i
i i i i i i i i 4 i i i i i i i
i i
i i
i ii
i i
i i
i i
i
. ? «<
I
* \ \ \ \ \~
\
t \ \ \ \ \ \ \ 4 \ \ \ \ \ \ \ \
1 1
1 1
1 1
1
43° 45' -
EXPLANATION
25CAAD1
Observation well and number
MooseJunction
I 110° 30'
I1 KILOMETER
1 MILE
Figure 8. Locations of observation wells at Moose Village.
10
? CO
ga
S? O 0 g- o r+
- 03
0
O
<D
SP
EC
IFIC
CO
ND
UC
TA
NC
E,
IN M
ICR
OS
IEM
EN
S P
ER
CE
NT
IME
TE
R~*
o
w
0808
8
1 1
DE
PT
H T
O W
AT
ER
, IN
FE
ET
BE
LO
W
LA
ND
SU
RF
AC
E
Ol
j_____I_
____L
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls
[°C
, de
gree
s C
elsi
us;
fJ.S
/cm
, mic
rosi
emen
s pe
r cen
timet
er; m
g/L,
mill
igra
ms
per
liter
; , n
o da
ta a
vaila
ble;
*,
prod
uctio
n w
ell;
P,
pum
ping
; a,
chlo
rina
ted
sam
ple
from
sto
rage
tank
; b,
bai
led
sam
ple;
c, c
hlor
inat
ed s
ampl
e; <
, les
s th
an;
|J.g/
L, m
icro
gram
s pe
r lite
r]
Wel
l No.
48N
-115
W-1
6CC
116
CC1
16CC
116
CC1
21B
B1*
21BB
121
BB1
21BB
121
BB
2*21
BB
2
21B
B2
21B
B2
21B
C1
21BC
121
BC1
21BC
121
BC
146
N-1
15W
-23C
CC
1*23
CCC1
23C
CC
1
23CC
C146
N-1
14W
-29D
B1*
29D
B1
29D
B129
DB1
Dat
esa
mpl
ed
6- 2
-89
9- 8
-89
6- 2
-90
9- 5
-90
6- 2
-89
9- 8
-89
6- 2
-90
9- 6
-90
6- 2
-89
9- 8
-89
6- 2
-90
9- 6
-90
9- 7
-88
6- 2
-89
9- 8
-89
6- 2
-90
9- 5
-90
6- 2
-89
9- 8
-89
6- 1
-90
9- 6
-90
6- 2
-89
9- 7
-89
6- 1
-90
9- 6
-90
Tota
lde
pth
ofw
ell
(feet
)
27.1
527
.15
27.1
527
.15
_ _ 37.3
537
.35
37.3
5
37.3
537
.35
_ 200.
0020
0.00
200.
0020
0.00
Wat
er
leve
l(fe
etbe
low
land
surfa
ce)
21.5
022
.58
24.1
324
.06
6.81
P
8.11
30.7
29.
203.
284.
93
6.61
6.84
26.7
0 25
.84
24.9
526
.05
' 71
.09
67.9
463
.30
66.9
813
.83
29.9
121
.00
46.0
1
Wat
erte
mpe
ratu
re(°
C)
11.0
15.0
_ _ .
16.0
18.0
_ 7.0
7.0
7.0
7.5
7.5
6.0
6.5
6.5
7.0
Spec
ific
cond
ucta
nce
GiS
/cm
)
299 468 _ 401
470 _ 259
111
445
304
593 63 126
154
127
pH(s
tand
ard
units
)
7.6
7.9
_ 7.8
7.8
_ 7.7
7.8
7.6
7.9
7.3
6.4
6.5
6.7
6.5
Solid
s,A
lkal
inity
, su
m o
f H
ardn
ess,
tota
l co
nstit
uent
s, to
tal
(mg/
L as
di
ssol
ved
(mg/
L as
CaC
03)
(mg/
L)
CaC
03)
156
_
_
_17
7
20
0
_
_
_
13
1
14
0
18
8 26
6 22
0
157
20
2 35
8 27
027
51
62
51
Har
dnes
s,no
ncar
bona
teto
tal f
ield
(mg/
L as
CaC
03)
_ _ _ _
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
CO
Wel
l No.
46N
-114
W-2
9DB
2*29
DB
229
DB
229
DB
231
CA
1*
31C
A1
31C
A1
31C
A1
45N
-115
W-
2AA
BD
12A
AB
D1
2AA
BD
12A
AB
D1
2AA
BD
12A
AB
D1
2AA
BD
1
2AA
CC
12A
AC
C1
2AA
CC
12A
AC
C1
2AA
CC
1
2AA
CC
12A
AC
C1
2AA
CC
22A
AC
C2
2AA
CC
2
2AA
CC
22A
AC
C2
2AA
CC
2
Dat
esa
mpl
ed
6- 2
-89
9- 7
-89
6-
1-90
9- 6
-90
6- 2
-89
9- 7
-89
6- 2
-90
9- 6
-90
7-15
-75
9-15
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
7-15
-75
8-13
-75
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
8-13
-75
9-16
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
Tota
lde
pth
ofw
ell
(fee
t)
250.
0025
0.00
250.
0025
0.00
175.
00
175.
0017
5.00
175.
0032
.45
32.4
5
32.4
532
.45
32.4
532
.45
32.4
5
32.8
532
.85
32.8
532
.85
32.8
5
32.8
532
.85
38.0
538
.05
38.0
5
38.0
538
.05
38.0
5
Wat
er
leve
l(f
eet
belo
wla
ndsu
rfac
e)
19.7
237
.89
30.6
460
.36
3.98
27.3
015
.08
28.8
4 11
.37
6.45
10.5
78.
2510
.62
_ 6.33
2.77
5.62
. 3.
785.
60 6.
95
2.52
5.24
3.38
Wat
erte
mpe
ratu
re(°
C)
mma_
ul
9.0
7.0
6.0
6.0
6.0
6.0
9.0
8.5
5.5
8.5
5.5
9.5
5.0
7.5
8.5
5.0
8.5
5.0
9.5 8.5
7.5
8.5
4.5
8.0
5.0
Spec
ific
cond
ucta
nce
(US/
cm)
_ 215
206
166
163
169 110 90 90 103 91 76 97 90 85 77 39 68 77 88
110 95 80 62 68 81
pH(s
tand
ard
units
)
_ 8.1
8.0
7.1
7.1
7.1
6.3
6.8
6.9
6.9
6.8
6.9
_ 4.8
6.6
6.8
6.7
6.8
6.6 8.0
6.3
6.5 6.6
6.7
6.8
Alk
alin
ity,
tota
l(m
g/L
asC
aCO
3)
_ 112
105 84 83 87 48 39 40 41 45 37 52 33 34 36 16 33 40 47 43 45 36 23 32 40
Solid
s,su
m o
f H
ardn
ess,
cons
titue
nts,
to
tal
diss
olve
d (m
g/L
as(m
g/L)
C
aCO
3)
_
_
_
_
67
40
65
41
_
_
48
2756
32
_
_
65
42
68
42
_
_
Har
dnes
s,no
ncar
bona
teto
tal f
ield
(mg/
Las
CaC
O3)
_ 0 2 _ 0 0 __ 0 0 _
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
45N
-115
W-
2AA
CC
22A
BB
A1
2AB
BA
12A
BB
A1
2AB
BA
1
2AB
BA
12A
BB
A1
2AB
BA
12A
BC
D1
2AB
CD
1
2AB
CD
12A
BC
D1
2AB
CD
12A
BC
D1
2AB
CD
1
36B
CC
B1
36B
CC
B1
36B
CC
B1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36C
AC
136
CA
C1
45N
-114
W-2
3CC
D1*
23C
CD
1
Dat
esa
mpl
ed
9- 5
-90
7-15
-75
9-15
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
9-10
-75
9-16
-76
9- 8
-88
b6-
1-
899-
7-8
95-
30-9
09-
5-9
0
9- 8
-89
5-31
-90
9- 4
-90
9- 8
-88
5-31
-89
9- 8
-89
5-31
-90
9- 4
-90
9- 4
-90
9- 5
-90
6- 3
-89
9- 9
-89
Tota
lde
pth
ofw
ell
(fee
t)
38.0
536
.35
36.3
536
.35
36.3
5
36.3
536
.35
36.3
538
.35
38.3
5
38.3
538
.35
38.3
538
.35
38.3
5
117.
6011
7.60
117.
6011
8.83
118.
83
118.
8311
8.83
118.
8311
7.50
117.
50
_
Wat
er
leve
l(f
eet
belo
wla
ndsu
rfac
e)
5.21
11.4
35.
97
10.6
78.
2310
.88
4.72
2.67
3.80
3.12
3.86
96.6
793
.55
89.0
711
2.15
114.
36
116.
0711
6.74
117.
1211
4.05
16.9
511
.30
Wat
erte
mpe
ratu
re(°
C)
9.0
5.5
6.5
6.5
5.0
6.5
5.0
6.5
11.5
10.5
11.5 6.5
11.0 6.5
11.0 7.0
7.0
8.0
8.5
8.0
_ 8.0
6.0
9.5
Spec
ific
cond
ucta
nce
OiS
/cm
)
96 70 70 67 53 67 69 75 155
320
551
145
461
272
463
305
235
223
203
166 _ 266
273
224
pH(s
tand
ard
units
)
6.6
5.3
5.8
6.3
6.5
6.3
6.7
6.7 5.5
6.1
6.6
6.8
6.5
6.8
6.5
7.6
8.0
8.0
7.7
7.8
_ 8.0
7.8
7.6
Alk
alin
ity,
tota
l(m
g/L
asC
aCO
3)
43 27 26 30 16 30 38 38 65 64 162 51 135 76 130
134
107 95 93 66 _ 126
134
101
Solid
s,su
m o
f H
ardn
ess,
cons
titue
nts,
to
tal
diss
olve
d (m
g/L
as(m
g/L)
C
aCO
3)
_
_51
28
52
26
_
_
91
48
161
93
_
_
24
1 92
_ .
_
___
. _
17
5 13
0
_
_
Har
dnes
s,no
ncar
bona
teto
tal
field
(mg/
L as
CaC
O3)
1 0 __ 0 29 _ _ _ _
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
45N
-114
W-2
3CC
D1
23C
CD
144
N-1
16W
-13A
BD
1*13
AB
D1
13A
BD
1
13A
BD
126
DA
A1*
26D
AA
126
DA
A1
26D
AA
1
43N
-116
W-1
4AB
C1*
14A
BC
114
AB
C1
14A
BC
125
DB
DB
1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
CA
125
CC
A1
25C
CA
125
CC
A1
Dat
e sa
mpl
ed
6- 1
-90
9- 7
-90
6- 3
-89
9- 9
-89
6- 1
-90
9- 6
-90
6- 3
-89
9- 6
-89
6- 2
-90
9- 6
-90
6- 3
-89
9- 6
-89
6- 2
-90
9- 6
-90
6-28
-76
8-22
-76
9- 8
-88
5-31
-89
9- 6
-89
5-31
-90
9- 4
-90
9- 8
-88
5-31
-89
9- 6
-89
5-31
-90
9- 4
-90
5-31
-89
9- 6
-89
5-31
-90
9- 4
-90
Tota
l de
pth
of
wel
l (f
eet)
_ _ _ 48.6
5
48.6
548
.65
48.6
548
.65
48.6
5
48.6
542
.85
42.8
542
.85
42.8
5
42.8
549
.00
49.0
049
.00
49.0
0
Wat
er
leve
l, (f
eet
belo
w
land
su
rfac
e)
11.2
710
.93
222.
3521
8.10
209.
84 10
7.58
133.
2512
2.33
38.9
837
.71
61.5
042
.48
15.3
914
.14
14.1
315
.98
14.2
814
.84
13.4
0"
13.6
214
.47
12.7
99.
8710
.19
10.1
710
.34
Wat
er
tem
pera
ture
5.5
12.0 8.5
11.0 8.5
12.0 8.0
9.5
8.0
9.0
7.5
8.0
7.5
9.5
10.0
10.0
10.0 9.5
11.0 9.5
11.0 8.0
8.0
10.5 8.0
10.5 8.0
9.5
8.0
11.0
Spec
ific
cond
ucta
nce
199
205
131
145
228
176 80 79 78 78 59 53 60 57 220
200
165
220
171
198
122
139
127
141
135
135 95 95 91 62
pH
(sta
ndar
d un
its)
7.6
7.6
8.6
8.6
8.6
8.5
9.2
9.0
9.1
8.8
6.6
6.9
6.8
6.8
7.7
7.8
8.2
8.2
8.3
8.3
9.0
8.1
7.7
7.8
7.9
7.8
8.8
8.9
9.0
9.3
Solid
s,
Har
dnes
s,
Alk
alin
ity,
sum
of
Har
dnes
s,
nonc
arbo
nate
to
tal
cons
titue
nts,
to
tal
tota
l fie
ld
(mg/
L as
di
ssol
ved
(mg/
L as
(m
g/L
as
CaC
O3)
(m
g/L)
C
aCO
3)
CaC
O3)
90
90
\j
£
- ----
-
70
86
as
_
_
_
\j\j 38
38
70
__
Js
'
40
98
_
_4*\J 27
30
28
10
7 11
7 10
0 0
90
103
96
584
_
_
_11
3
90
99
_
_
_
76
68
56
72
71
_
_
_
74
47
49
_
_
_49
35
Tabl
e 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
48N
-115
W-1
6CC
116
CC
116
CC
116
CC
121
BB
1*
21BB
121
BB1
21BB
121
BB
2*21
BB
2
21B
B2
21B
B2
21B
C1
21B
C1
21B
C1
21B
C1
21B
C1
46N
-115
W-2
3CC
C1*
23C
CC
123
CC
C1
23C
CC
146
N-1
14W
-29D
B1*
29D
B129
DB1
29D
B1
29D
B2*
29D
B2
29D
B2
Dat
esa
mpl
ed
6- 2
-89
9- 8
-89
6- 2
-90
9- 5
-90
6- 2
-89
9- 8
-89
6- 2
-90
9- 6
-90
6- 2
-89
9- 8
-89
6- 2
-90
9- 6
-90
9- 7
-88
6- 2
-89
9- 8
-89
6- 2
-90
9- 5
-90
6- 2
-89
9-
8-89
6-
1-90
9- 6
-90
6- 2
-89
9-
7-89
6-
1-90
9- 6
-90
6- 2
-89
9- 7
-89
6-
1-90
Chl
orid
e,C
alci
um,
Mag
nesi
um,
Sodi
um,
Pota
ssiu
m,
Sulfa
te,
diss
olve
d,
Chl
orid
e,
Fluo
ride,
diss
olve
d di
ssol
ved
diss
olve
d di
ssol
ved
diss
olve
d to
tal f
ield
di
ssol
ved
diss
olve
d(m
g/L
as
(mg/
L as
(m
g/L
as
(mg/
L as
(m
g/L
as
(mg/
L as
(m
g/L
as
(mg/
L as
Ca)
M
g)
Na)
K
) SO
4)
Cl)
Cl)
F)
_
_
_
_
_
2 _
_
_
__
___
__
_
___
77
0
___
___
^"^^
*j
*j a
m _
__ .
__
_
__
__
__
__
_
_
_
_
_
22
_
__
_
_
_
_
33 a
_
_
_
_ _
_
_
_
_
_
_
1
_
_
_
_
_
2 _
_
65
14
6.9
2.1
9.0
24
20
0.40
_
_
_
_
_
2 _
_
80
17
14
2.7
7.5
30
28
.30
_
_
_
_
_
3 _
__
_
_
_
_
4 _
_
4
_
_
_
_
_
4 _
_
_
_
_
_
_
_
_
_
\
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
46N
-114
W-2
9DB
231
CA
1*31
CA
131
CA
131
CA
1
45N
-115
W-
2AA
BD
12A
AB
D1
2AA
BD
12A
AB
D1
2AA
BD
1
2AA
BD
12A
AB
D1
2AA
CC
12A
AC
C1
2AA
CC
1
2AA
CC
12A
AC
C1
2AA
CC
12A
AC
C1
2AA
CC
2
2AA
CC
22A
AC
C2
2AA
CC
22A
AC
C2
2AA
CC
2
2AA
CC
22A
BBA
12A
BBA
12A
BBA
1
Dat
e sa
mpl
ed
9- 6
-90
6- 2
-89
9- 7
-89
6- 2
-90
9- 6
-90
7-15
-75
9-15
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
7-15
-75
8-13
-75
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
8-13
-75
9-16
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
7-15
-75
9-15
-76
9- 7
-88
Cal
cium
, di
ssol
ved
(mg/
Las
C
a) 13 12 _ 8.6
9.7 _ 13
- 12 _ 8.
57.
3
Mag
nesi
um,
diss
olve
d (m
g/L
as
Mg) 1.8
2.6 _ 1.3
2.0 _ 2.3
2.9 _ 1.7
2.0
Sodi
um,
diss
olve
d (m
g/L
as
Na)
2.1
2.3
_ 1.8
1.8
_ 2.2
2.0
_ 2.2
2.4
Pota
ssiu
m,
diss
olve
d (m
g/L
as
K)
0.90 .8
0 _
.90
.80
_ .9
0
.80
_.7
0.7
0
Sulfa
te,
diss
olve
d (m
g/L
as
S04
)
2.3
4.7
_ 2.4
2.8
_ 2.6
5.1
_ 2.8
5.7
Chl
orid
e,
diss
olve
d,
Chl
orid
e,
Fluo
ride,
to
tal f
ield
di
ssol
ved
diss
olve
d (m
g/L
as
(mg/
L as
(m
g/L
as
Cl)
Cl)
F)
2 _
_2
_
_2
2
_
_
0.50
0.
10
.80
.10
3 _
_1
_
_3
_
_
2 _
_2
_
_
.70
.10
.90
.10
2
1 _
_2
3
_
_2
.50
.10
.50
.10
2 _
_2
_
_3
2
_
_
2 _
_
.50
.10
.80
.10
\ __
__
Tabl
e 1.
Hyd
rolo
gic
and
wat
er-q
ualit
y da
ta fo
r in
vent
orie
d w
ells
Con
tinue
d
00
Wel
l No.
45N
-115
W-
2ABB
A1
2ABB
A1
2ABB
A1
2ABB
A1
2AB
CD
1
2AB
CD
12A
BC
D1
2AB
CD
12A
BC
D1
2AB
CD
1
2AB
CD
136
BC
CB
136
BC
CB
136
BC
CB
136
BC
DB
1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36C
AC
1
36C
AC
145
N-1
14W
-23C
CD
1*23
CC
D1
23C
CD
123
CC
D1
44N
-116
W-1
3AB
D1*
13A
BD1
13A
BD1
Cal
cium
, M
agne
sium
, So
dium
, Po
tass
ium
, Su
lfate
,di
ssol
ved
diss
olve
d di
ssol
ved
diss
olve
d di
ssol
ved
Dat
e (m
g/L
as
(mg/
Las
(m
g/L
as
(mg/
Las
(m
g/L
assa
mpl
ed
Ca)
M
g)
Na)
K
) SO
4)
6-
1-89
_____
9. 7
.89 _____
5-30
-90 _____
9. 5
.90 _____
9-10
-75
14
3.2
12
1.5
3.0
9-16
-76
27
6.2
19
2.1
7.7
9-
8-88
b _____
6-
1-89
_____
9- 7
-89
27
6.0
42
6.5
6.0
5-30
-90 _____
9- 5
-90 _____
9- 8
-89 _____
5-31
-90 _____
Q 4
on7
fcr
--7\/
9- 8
-88 _____
5-31
-89 _____
9- 8
-89 _____
5-31
-90 _____
9. 4
-90 _____
9. 4
.90 _____
9- 5
-90
-37
8.1
2.9
2.6
4.1
6-
3-89
_____
Q
Q
__
-7
-7
OZ
7
6-
1-90
_____
9. 7
-90 _____
6-
3-89
_____
9. 9
.89 _____
6-
1-90
_____
Chl
orid
e,di
ssol
ved,
C
hlor
ide,
tota
l fie
ld
diss
olve
d(m
g/L
as
(mg/
L as
Cl)
Cl)
1
1 _
1
1
5.9
4873
14
63
59
30
65
11
7
7
1 _
2
2 1.
63c
4c
4
c _
8c
2 _
2
2 _
Fluo
ride,
diss
olve
d(m
g/L
asF) 0.
10 .10
.20
_ _ _ <.10
_
Tabl
e 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
CD
Wel
l No.
44N
-116
W-1
3AB
D1
26D
AA
1*26
DA
A1
26D
AA
126
DA
A1
43N
-116
W-1
4AB
C1*
14A
BC
114
AB
C1
14A
BC
125
DB
DB
1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
CA
125
CC
A1
25C
CA
125
CC
A1
Dat
esa
mpl
ed
9- 6
-90
6- 3
-89
9- 6
-89
6- 2
-90
9- 6
-90
6- 3
-89
9- 6
-89
6- 2
-90
9- 6
-90
6-28
-76
8-22
-76
9- 8
-88
5-31
-89
9- 6
-89
5-31
-90
9- 4
-90
9- 8
-88
5-31
-89
9- 6
-89
5-31
-90
9- 4
-90
5-31
-89
9- 6
-89
5-31
-90
9- 4
-90
Chl
orid
e,C
alci
um,
Mag
nesi
um,
Sodi
um,
Pota
ssiu
m,
Sulfa
te,
diss
olve
d,
Chl
orid
e,di
ssol
ved
diss
olve
d di
ssol
ved
diss
olve
d di
ssol
ved
tota
l fie
ld
diss
olve
d(m
g/L
as
(mg/
Las
(m
g/L
as
(mg/
L as
(m
g/L
as
(mg/
Las
(m
g/L
asC
a)
Mg)
N
a)
K)
SO4)
C
l) C
l)
3
2
2c
2c
3c
2
_____
i _
2c
2c
32
5.
7 1.
1 1.
1 3.
9
1.2
30
5.0
1.4
1.3
2.0
.60
_____
i _
_
_
_
_
_
2 _
_
_
_
_
_
2 _
_
_
_
_
_
2 _
2
_
_
_
_
_
1 _
_
_
_
_
_
2 _
_
_
_
_
_
1 _
_____
i _
_
_
_
_
_
i _
2
2
_
_
_
_
_
2 _
_
_
_
_
_
2 _
Fluo
ride,
diss
olve
d(m
g/L
asF) _ 0.
10 .20
_ _
Tabl
e 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
48N
-115
W-1
6CC
116
CC
116
CC
116
CC
121
BB
1*
21B
B1
21B
B1
21B
B1
21B
B2*
21B
B2
21B
B2
21B
B2
21B
C1
21B
C1
21B
C1
21B
C1
21B
C1
46N
-115
W-2
3CC
C1*
23C
CC
123
CC
C1
23C
CC
146
N-1
14W
-29D
B1*
29D
B1
29D
B1
29D
B1
29D
B2*
29D
B2
29D
B2
Nitr
ogen
,am
mon
ia,
diss
olve
dD
ate
(mg/
L as
sam
pled
N
)
6- 2
-89
9-
8-8
9
6- 2
-90
9-
5-9
0
6- 2
-89
9- 8
-89
6-
2-9
0
9- 6
-90
6-
2-8
9
9- 8
-89
6- 2
-90
9-
6-9
0
9- 7
-88
6-
2-8
9
9- 8
-89
<0.0
1
6- 2
-90
<.01
9- 5
-90
.03
6- 2
-89
9-
8-8
9
6-
1-90
9- 6
-90
6-
2-8
9
9- 7
-89
6-
1-
90
9-
6-9
0
6- 2
-89
9-
7-8
9
6-
1-90
Nitr
ogen
, N
itrog
en,
amm
onia
am
mon
ia+
orga
nic,
+
orga
nic,
diss
olve
d to
tal
(mg/
L as
(m
g/L
asN
) N
)
<0.2
0
_
_
_
__
<.
20
.3
0
.40
.9
0
.20
_
_
_
_
Nitr
ogen
,N
O2
+ N
O3
field
(mg/
L as
N)
0.7
.3
_.8 1.3
_ .7 .5 1.2
1.0
11.5 .8 .5 1.3
_ .5
Nitr
ogen
,N
O2
+ N
O3
Phos
phor
us,
Silic
a,di
ssol
ved
diss
olve
d di
ssol
ved
(mg/
L as
(m
g/L
as
(mg/
L as
N)
P)
Si0
2)
0.88
_
_
_
_ _ __,
_____
_
.4
4
2.
80
0.02
23
.80
14
.0
.02
25.5
0
.6
7
_
_
_
_
_
_
Iron
, M
anga
nese
diss
olve
d di
ssol
ved
Oig
/L a
s (|i
g/L
as
Fe)
Mn)
_
_
_
_
5
4
_
_
_
_
_
_
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
46N
-114
W-2
9DB
2 31
CA
1*
31C
A1
31C
A1
31C
A1
45N
-115
W-
2AA
BD
12A
AB
D1
2AA
BD
12A
AB
D1
2AA
BD
1
2AA
BD
12A
AB
D1
2AA
CC
12A
AC
C1
2AA
CC
1
2AA
CC
12A
AC
C1
2AA
CC
12A
AC
C1
2AA
CC
2
2AA
CC
22A
AC
C2
2AA
CC
22A
AC
C2
2AA
CC
2
2AA
CC
22A
BB
A1
2AB
BA
12 A
BB
A 1
Nitr
ogen
, am
mon
ia,
diss
olve
d D
ate
(mg/
L as
sa
mpl
ed
N)
9- 6
-90
6- 2
-89
9- 7
-89
6- 2
-90
9- 6
-90
7-15
-75
9-15
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
7-15
-75
8-13
-75
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
8-13
-75
9-16
-76
9- 7
-88
6-
1-89
9- 7
-89
5-30
-90
9- 5
-90
7-15
-75
9-15
-76
9- 7
-88
_ 0.01 .0
4.0
3 _
.03
<.01 .0
7 _
.02
<.01 .0
2
Nitr
ogen
, am
mon
ia
+ or
gani
c,
diss
olve
d (m
g/L
as
N)
<0.2
0
_ .2
0
.80
<.20
_ 2.0
<.20 .40
_ .7
0.3
0
<.20
Nitr
ogen
, am
mon
ia
Nitr
ogen
, +
orga
nic,
N
O2
+ N
O3
tota
l fie
ld
(mg/
L as
(m
g/L
as
N)
N)
0.3
'.3
.4
0.12
<.10
.6
.5
.4
.4
.4.3
4
.07
.4
.8
.3_
2
3.0
4
<.10
-
.3_
7_
3
0
.4.3
0 0
<.10
_
7
Nitr
ogen
, NC
>2 +
NC>
3 Ph
osph
orus
, di
ssol
ved
diss
olve
d (m
g/L
as
(mg/
L as
N
) P)
0.16
.17
.15
.2
7 0.
04
.2
1
.25
.10
.2
0
.04
.0
9 .0
3
.78
.3
4
.30
.1
0
.15
.20
.13
.19
.8
4
.34
.2
0
.30
.11
.1
3.1
7 .0
6
Silic
a,
diss
olve
d (m
g/L
as
SiO
2)
16 17 _ 8.8
13 _ 16 17 _ 17 16
Iron
, M
anga
nese
, di
ssol
ved
diss
olve
d (H
g/L
as
(ng/
L as
Fe
) M
n)
700
40
_
_
3,
600
3,
600
_
_
51
0
90
510
13
0
_
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
Wel
l No.
45N
-115
W-
2AB
BA
12A
BB
A1
2AB
BA
12A
BB
A1
2AB
CD
1
2AB
CD
12A
BC
D1
2AB
CD
12A
BC
D1
2AB
CD
1
2AB
CD
136
BC
CB
136
BC
CB
136
BC
CB
136
BC
DB
1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36B
CD
B1
36C
AC
1
36C
AC
145
N-1
14W
-23C
CD
1*23
CC
D1
23C
CD
123
CC
D1
44N
-116
W-1
3AB
D1*
13A
BD
113
AB
D1
Nitr
ogen
, am
mon
ia,
diss
olve
d D
ate
(mg/
L as
sa
mpl
ed
N)
6- 1
-89
9-
7-8
9 0.
035-
30-9
0 <.
019-
5-9
0 .0
69-
10-7
5
9-16
-76
9.
8-8
8 b
6- 1
-89
9-
7-8
9 3.
405-
30-9
0 1.
80
9- 5
-90
2.60
9- 8
-89
.03
5-31
-90
<.01
9- 4
-90
.02
9- 8
-88
5-31
-89
9-
8-8
9
5-31
-90
_9-
4-9
0
9- 4
-90
9- 5
-90
.03
'6-
3-8
9
9- 9
-89
6-
1-9
0
9- 7
-90
6- 3
-89
9-
9-8
9
6-
1-90
Nitr
ogen
, N
itrog
en,
amm
onia
am
mon
ia
+ or
gani
c,
+ or
gani
c,
diss
olve
d to
tal
(mg/
L as
(m
g/L
as
N)
N)
<0.2
0
.40
.4
0
<.20
0.81
.63
1.
5
3.8
2.
3
3.0
.6
0
.20
<.
20
.30
.30
.2
0
<.20
Nitr
ogen
, N
O2
+ N
O3
field
(m
g/L
asN
)
0.3 .4 .4 .6
_1.
2 .3 .4 .3 .6 1.4 .6 .8 1.4 .6
3.1 .4 .3 .5 .4 .3 .2 0.4
Nitr
ogen
, N
O2
+ N
O3
Phos
phor
us,
diss
olve
d di
ssol
ved
(mg/
L as
(m
g/L
as
N)
P)
<0.1
0
.14
.1
0
<.10
.08
0.15
.01
.03
<.
10
<.
10
.05
<.10
<.10
1.40
.30
.1
0
.69
3.00
.0
2.2
1
.12
<.10
.11
Silic
a,
Iron
, M
anga
nese
, di
ssol
ved
diss
olve
d di
ssol
ved
(mg/
L as
(|i
g/L
as
(|ig/
L a
s Si
O2)
Fe
) M
n)
12
22
0
12
890
23
3,
800
5,50
0
_
_
_
_
_
_
30
_
_
_
Tab
le 1
. H
ydro
logi
c an
d w
ater
-qua
lity
data
for
inve
ntor
ied
wel
ls C
ontin
ued
K9
CO
Wel
l No.
44N
-116
W-1
3AB
D1
26D
AA
1*26
DA
A1
26D
AA
126
DA
A1
43N
-116
W-1
4AB
C1*
14A
BC
114
AB
C1
14A
BC
125
DB
DB
1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25D
BD
B1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
AA
D1
25C
CA
125
CC
A1
25C
CA
125
CC
A1
Nitr
ogen
,am
mon
ia,
diss
olve
dD
ate
(mg/
L as
sam
pled
N
)
9- 6
-90
6-
3-8
9
9- 6
-89
6-
2-9
0
9- 6
-90
6- 3
-89
9-
6-8
9
6- 2
-90
9-
6-9
0
6-28
-76
8-22
-76
9-
8-8
8
5.31
-89
9-
6-8
9
5-31
-90
<0.0
1
9- 4
-90
.02
9- 8
-88
5.
31-8
9
9- 6
-89
5-
31-9
0 <.
01
9- 4
-90
.03
5-31
-89
9-
6-8
9
5-31
-90
<.01
9- 4
-90
.02
Nitr
ogen
, N
itrog
en,
amm
onia
am
mon
ia+
orga
nic,
+
orga
nic,
diss
olve
d to
tal
(mg/
L as
(m
g/L
asN
) N
)
_
_
0.05
.40
<0
.20
<.20
.8
0
<.20
.20
<.
20
<.
20
Nitr
ogen
,N
O2
-i- N
O3
field
(mg/
L as
N)
0.6 .3 .3 .4 .3 .3 .3 .4 .4
_.4 .4 .3 .5 .3 .8 .5 .3 .4 .4 .4 .3 .4 .1
Nitr
ogen
,N
O2
-i- N
O3
Phos
phor
us,
Silic
a,di
ssol
ved
diss
olve
d di
ssol
ved
(mg/
L as
(m
g/L
as
(mg/
L as
N)
P)
SiO
2)
0.15
.1
5
14
_
_.1
8
0.03
7.
8
.16
<01
7.3
.3
4
<
10
^»*
1 V
.20
<.10
91 X*
1 14
_
_.2
0
<.10
.2
7
.2
3
.2
0
.1
0
Iron
, M
anga
nese
,di
ssol
ved
diss
olve
d(H
g/L
as
(|ig/
L a
sFe
) M
n)
_
_
<1
0
30
_
_
_
_