les of Data Describing Water-Column Profiles, Camp Far ... · les of Data Describing Water-Column...
34
Appendix C 101 Appendix C. Tables of Data Describing Water-Column Profiles, Camp Far West Reservoir, California. Station Date Approximate time Depth, in feet below reservoir surface Elevation of reservoir surface, in feet above NGVD 29 Elevation of observation, in feet above NGVD 29 Elevation of reservoir bottom, in feet above NGVD 29 Water temperature, in degrees Celsius Specific conductance, in microsiemens per centimeter Dissolved oxygen, in percent of saturation Dissolved oxygen, in milligrams per liter pH site 01 11/28/2001 8:15 16 234.6 218.6 – 13.3 143 – 8.6 7.2 site 01 11/28/2001 8:15 33 234.6 201.6 – 13.2 147 – 8.2 7.1 site 01 11/28/2001 8:15 49 234.6 185.6 – 12.9 225 – 7.6 7.1 site 01 08/06/2002 16:00 5 263.0 258.0 – 26.4 85 – 7.5 7.6 site 01 08/06/2002 16:00 10 263.0 253.0 – 26.0 85 – 7.3 7.9 site 01 08/06/2002 16:00 15 263.0 248.0 – 26.0 85 – 7.2 7.9 site 01 08/06/2002 16:00 20 263.0 243.0 – 26.0 85 – 6.9 7.8 site 01 08/06/2002 16:00 21 263.0 242.0 – 26.0 85 – 6.7 7.8 site 01 08/06/2002 16:00 22 263.0 241.0 – 26.0 85 – 6.6 7.7 site 01 11/06/2002 – 1 204.4 203.4 – 14.0 120 78 8.1 7.3 site 01 11/06/2002 – 5 204.4 199.4 – 13.8 120 76 7.9 7.3 site 01 11/06/2002 – 10 204.4 194.4 – 13.8 120 76 7.8 7.3 site 01 11/06/2002 – 15 204.4 189.4 – 13.8 119 76 7.8 7.3 site 01 11/06/2002 – 20 204.4 184.4 – 13.8 120 76 7.9 7.3 site 01 11/06/2002 – 25 204.4 179.4 – 13.8 119 76 7.9 7.4 site 02 11/01/2001 8:00 5 225.2 220.2 140.2 17.3 144 – 7.8 7.1 site 02 11/01/2001 8:00 10 225.2 215.2 140.2 17.3 144 – 7.7 7.1 site 02 11/01/2001 8:00 15 225.2 210.2 140.2 17.3 144 – 7.8 7.2 site 02 11/01/2001 8:00 20 225.2 205.2 140.2 17.3 144 – 7.8 7.2 site 02 11/01/2001 8:00 25 225.2 200.2 140.2 17.2 144 – 8.0 7.2 site 02 11/01/2001 8:00 30 225.2 195.2 140.2 17.2 144 – 7.9 7.2 site 02 11/01/2001 8:00 35 225.2 190.2 140.2 17.2 144 – 7.9 7.2 site 02 11/01/2001 8:00 40 225.2 185.2 140.2 17.1 144 – 7.2 7.1 site 02 11/01/2001 8:00 45 225.2 180.2 140.2 16.6 144 – 5.2 7.0 site 02 11/01/2001 8:00 50 225.2 175.2 140.2 16.1 144 – 3.6 7.0 site 02 11/01/2001 8:00 55 225.2 170.2 140.2 15.6 151 – 2.1 6.9 site 02 11/01/2001 8:00 60 225.2 165.2 140.2 13.0 145 – 0.62 6.9 site 02 11/01/2001 8:00 65 225.2 160.2 140.2 12.0 143 – 0.27 6.8 site 02 11/01/2001 8:00 70 225.2 155.2 140.2 11.4 150 – 0.18 6.8 site 02 11/01/2001 8:00 75 225.2 150.2 140.2 11.3 161 – 0.15 6.7 site 02 11/01/2001 8:00 80 225.2 145.2 140.2 11.2 177 – 0.14 6.6 site 02 11/01/2001 8:00 85 225.2 140.2 140.2 11.2 198 – 0.13 6.7 site 02 11/28/2001 8:00 16 234.6 218.6 140.2 13.3 134 – 8.6 7.2 site 02 11/28/2001 8:00 33 234.6 201.6 140.2 13.2 136 – 8.2 7.1 site 02 11/28/2001 8:00 49 234.6 185.6 140.2 12.9 225 – 7.6 7.1 site 02 11/28/2001 8:00 66 234.6 168.6 140.2 12.1 139 – 5.5 7.0 site 02 11/28/2001 8:00 82 234.6 152.6 140.2 11.8 238 – 2.3 6.7 site 02 11/28/2001 8:00 92 234.6 142.6 140.2 11.2 – – 0.8 6.7 site 02 01/02/2002 – 5 281.3 276.3 140.2 10.2 110 – 11.1 6.6 site 02 01/02/2002 – 10 281.3 271.3 140.2 9.9 119 – 11.1 6.8 site 02 01/02/2002 – 15 281.3 266.3 140.2 9.4 129 – 11.1 6.8 Table C1. Field measurements for water-column profiles, Camp Far West Reservoir, California. [Station locations shown in figure 5 and described in table B1. NGVD 29, National Geodetic Vertical Datum of 1929; –, not determined; E, estimated]
Transcript of les of Data Describing Water-Column Profiles, Camp Far ... · les of Data Describing Water-Column...
Appendix C 101Ap
pend
ix C
. Ta
bles
of D
ata
Desc
ribin
g W
ater
-Col
umn
Prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.
Tabl
e C1
. Fi
eld
mea
sure
men
ts fo
r wat
er-c
olum
n pr
ofile
s, C
amp
Far W
est R
eser
voir,
Cal
iforn
ia.—
Cont
inue
d
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
01
11/2
8/20
018:
1516
234.
621
8.6
–13
.314
3–
8.6
7.2
site
01
11/2
8/20
018:
1533
234.
620
1.6
–13
.214
7–
8.2
7.1
site
01
11/2
8/20
018:
1549
234.
618
5.6
–12
.922
5–
7.6
7.1
site
01
08/0
6/20
0216
:00
526
3.0
258.
0–
26.4
85–
7.5
7.6
site
01
08/0
6/20
0216
:00
1026
3.0
253.
0–
26.0
85–
7.3
7.9
site
01
08/0
6/20
0216
:00
1526
3.0
248.
0–
26.0
85–
7.2
7.9
site
01
08/0
6/20
0216
:00
2026
3.0
243.
0–
26.0
85–
6.9
7.8
site
01
08/0
6/20
0216
:00
2126
3.0
242.
0–
26.0
85–
6.7
7.8
site
01
08/0
6/20
0216
:00
2226
3.0
241.
0–
26.0
85–
6.6
7.7
site
01
11/0
6/20
02–
120
4.4
203.
4–
14.0
120
788.
17.
3si
te 0
111
/06/
2002
–5
204.
419
9.4
–13
.812
076
7.9
7.3
site
01
11/0
6/20
02–
1020
4.4
194.
4–
13.8
120
767.
87.
3si
te 0
111
/06/
2002
–15
204.
418
9.4
–13
.811
976
7.8
7.3
site
01
11/0
6/20
02–
2020
4.4
184.
4–
13.8
120
767.
97.
3si
te 0
111
/06/
2002
–25
204.
417
9.4
–13
.811
976
7.9
7.4
site
02
11/0
1/20
018:
005
225.
222
0.2
140.
217
.314
4–
7.8
7.1
site
02
11/0
1/20
018:
0010
225.
221
5.2
140.
217
.314
4–
7.7
7.1
site
02
11/0
1/20
018:
0015
225.
221
0.2
140.
217
.314
4–
7.8
7.2
site
02
11/0
1/20
018:
0020
225.
220
5.2
140.
217
.314
4–
7.8
7.2
site
02
11/0
1/20
018:
0025
225.
220
0.2
140.
217
.214
4–
8.0
7.2
site
02
11/0
1/20
018:
0030
225.
219
5.2
140.
217
.214
4–
7.9
7.2
site
02
11/0
1/20
018:
0035
225.
219
0.2
140.
217
.214
4–
7.9
7.2
site
02
11/0
1/20
018:
0040
225.
218
5.2
140.
217
.114
4–
7.2
7.1
site
02
11/0
1/20
018:
0045
225.
218
0.2
140.
216
.614
4–
5.2
7.0
site
02
11/0
1/20
018:
0050
225.
217
5.2
140.
216
.114
4–
3.6
7.0
site
02
11/0
1/20
018:
0055
225.
217
0.2
140.
215
.615
1–
2.1
6.9
site
02
11/0
1/20
018:
0060
225.
216
5.2
140.
213
.014
5–
0.62
6.9
site
02
11/0
1/20
018:
0065
225.
216
0.2
140.
212
.014
3–
0.27
6.8
site
02
11/0
1/20
018:
0070
225.
215
5.2
140.
211
.415
0–
0.18
6.8
site
02
11/0
1/20
018:
0075
225.
215
0.2
140.
211
.316
1–
0.15
6.7
site
02
11/0
1/20
018:
0080
225.
214
5.2
140.
211
.217
7–
0.14
6.6
site
02
11/0
1/20
018:
0085
225.
214
0.2
140.
211
.219
8–
0.13
6.7
site
02
11/2
8/20
018:
0016
234.
621
8.6
140.
213
.313
4–
8.6
7.2
site
02
11/2
8/20
018:
0033
234.
620
1.6
140.
213
.213
6–
8.2
7.1
site
02
11/2
8/20
018:
0049
234.
618
5.6
140.
212
.922
5–
7.6
7.1
site
02
11/2
8/20
018:
0066
234.
616
8.6
140.
212
.113
9–
5.5
7.0
site
02
11/2
8/20
018:
0082
234.
615
2.6
140.
211
.823
8–
2.3
6.7
site
02
11/2
8/20
018:
0092
234.
614
2.6
140.
211
.2–
–0.
86.
7si
te 0
201
/02/
2002
–5
281.
327
6.3
140.
210
.211
0–
11.1
6.6
site
02
01/0
2/20
02–
1028
1.3
271.
314
0.2
9.9
119
–11
.16.
8si
te 0
201
/02/
2002
–15
281.
326
6.3
140.
29.
412
9–
11.1
6.8
Tabl
e C1
. Fi
eld
mea
sure
men
ts fo
r wat
er-c
olum
n pr
ofile
s, C
amp
Far W
est R
eser
voir,
Cal
iforn
ia.
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
102 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–2003Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
01/0
2/20
02–
2028
1.3
261.
314
0.2
9.1
132
–10
.86.
8si
te 0
201
/02/
2002
–25
281.
325
6.3
140.
28.
612
2–
10.8
6.8
site
02
01/0
2/20
02–
3028
1.3
251.
314
0.2
8.5
118
–10
.86.
8si
te 0
201
/02/
2002
–35
281.
324
6.3
140.
28.
411
7–
10.8
6.8
site
02
01/0
2/20
02–
4028
1.3
241.
314
0.2
8.4
116
–10
.86.
8si
te 0
202
/12/
2002
–8
298.
829
0.8
140.
29.
511
1–
13.3
7.9
site
02
02/1
2/20
02–
1029
8.8
288.
814
0.2
8.9
110
–12
.07.
6si
te 0
202
/12/
2002
–60
298.
823
8.8
140.
27.
510
8–
12.1
7.4
site
02
02/1
2/20
02–
6529
8.8
233.
814
0.2
7.6
99–
12.5
7.4
site
02
02/1
2/20
02–
120
298.
817
8.8
140.
26.
793
–12
.37.
4si
te 0
204
/22/
2002
–1
299.
929
8.9
140.
218
.415
310
910
.1–
site
02
04/2
2/20
02–
1029
9.9
289.
914
0.2
17.2
154
107
10.3
–si
te 0
204
/22/
2002
–20
299.
927
9.9
140.
215
.815
110
210
.1–
site
02
04/2
2/20
02–
3029
9.9
269.
914
0.2
13.2
144
949.
8–
site
02
04/2
2/20
02–
4029
9.9
259.
914
0.2
12.6
141
929.
8–
site
02
04/2
2/20
02–
5029
9.9
249.
914
0.2
11.8
151
989.
7–
site
02
04/2
2/20
02–
6029
9.9
239.
914
0.2
11.3
155
899.
7–
site
02
04/2
2/20
02–
7029
9.9
229.
914
0.2
10.8
156
889.
7–
site
02
04/2
2/20
02–
8029
9.9
219.
914
0.2
10.1
155
879.
8–
site
02
04/2
2/20
02–
9029
9.9
209.
914
0.2
9.7
154
879.
8–
site
02
04/2
2/20
02–
100
299.
919
9.9
140.
29.
415
486
9.9
–si
te 0
204
/22/
2002
–10
529
9.9
194.
914
0.2
9.4
154
869.
7–
site
02
04/2
2/20
02–
110
299.
918
9.9
140.
29.
315
485
9.8
–si
te 0
204
/22/
2002
–11
529
9.9
184.
914
0.2
9.2
154
859.
8–
site
02
04/2
2/20
02–
120
299.
917
9.9
140.
29.
215
485
9.8
–si
te 0
204
/22/
2002
–12
529
9.9
174.
914
0.2
9.2
154
859.
7–
site
02
04/2
2/20
02–
130
299.
916
9.9
140.
29.
215
485
9.7
–si
te 0
204
/22/
2002
–13
529
9.9
164.
914
0.2
9.2
154
849.
6–
site
02
04/2
2/20
02–
140
299.
915
9.9
140.
29.
215
583
9.6
–si
te 0
204
/22/
2002
–14
529
9.9
154.
914
0.2
9.1
155
839.
6–
site
02
04/2
2/20
02–
150
299.
914
9.9
140.
29.
115
682
9.4
–si
te 0
206
/18/
2002
12:1
51
298.
029
7.0
140.
225
.876
–8.
88.
3si
te 0
206
/18/
2002
12:1
55
298.
029
3.0
140.
225
.276
–9.
08.
4si
te 0
206
/18/
2002
12:1
510
298.
028
8.0
140.
224
.876
–9.
08.
3si
te 0
206
/18/
2002
12:1
515
298.
028
3.0
140.
223
.975
–9.
28.
4si
te 0
206
/18/
2002
12:1
520
298.
027
8.0
140.
221
.672
–10
.08.
5si
te 0
206
/18/
2002
12:1
525
298.
027
3.0
140.
221
.271
–9.
78.
4si
te 0
206
/18/
2002
12:1
530
298.
026
8.0
140.
220
.569
–9.
07.
2si
te 0
206
/18/
2002
12:1
535
298.
026
3.0
140.
219
.568
–8.
77.
3si
te 0
206
/18/
2002
12:1
540
298.
025
8.0
140.
218
.867
–8.
06.
9si
te 0
206
/18/
2002
12:1
550
298.
024
8.0
140.
217
.867
–7.
86.
8si
te 0
206
/18/
2002
12:1
560
298.
023
8.0
140.
216
.667
–7.
66.
8
Appendix C 103
Tabl
e C1
. Fi
eld
mea
sure
men
ts fo
r wat
er-c
olum
n pr
ofile
s, C
amp
Far W
est R
eser
voir,
Cal
iforn
ia.—
Cont
inue
d
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
06/1
8/20
0212
:15
7029
8.0
228.
014
0.2
15.5
67–
7.5
6.7
site
02
06/1
8/20
0212
:15
8029
8.0
218.
014
0.2
14.1
68–
7.7
6.7
site
02
06/1
8/20
0212
:15
9029
8.0
208.
014
0.2
12.3
71–
7.8
6.4
site
02
06/1
8/20
0212
:15
100
298.
019
8.0
140.
211
.275
–7.
96.
4si
te 0
206
/18/
2002
12:1
511
029
8.0
188.
014
0.2
10.7
78–
7.7
6.3
site
02
06/1
8/20
0212
:15
120
298.
017
8.0
140.
210
.579
–7.
76.
4si
te 0
206
/18/
2002
12:1
513
029
8.0
168.
014
0.2
10.4
79–
7.6
6.4
site
02
06/1
8/20
0212
:15
140
298.
015
8.0
140.
210
.381
–7.
96.
4si
te 0
208
/07/
2002
–1
263.
026
2.0
140.
226
.089
987.
97.
5si
te 0
208
/07/
2002
–5
263.
025
8.0
140.
225
.589
967.
97.
3si
te 0
208
/07/
2002
–15
263.
024
8.0
140.
225
.589
827.
67.
1si
te 0
208
/07/
2002
–25
263.
023
8.0
140.
225
.588
877.
27.
0si
te 0
208
/07/
2002
–35
263.
022
8.0
140.
224
.589
545.
06.
8si
te 0
208
/07/
2002
–44
263.
021
9.0
140.
223
.080
252.
26.
4si
te 0
208
/07/
2002
–45
263.
021
8.0
140.
221
.074
211.
96.
6si
te 0
208
/07/
2002
–45
263.
021
8.0
140.
220
.574
232.
06.
7si
te 0
208
/07/
2002
–46
263.
021
7.0
140.
220
.570
222.
06.
6si
te 0
208
/07/
2002
–47
263.
021
6.0
140.
220
.074
232.
06.
6si
te 0
208
/07/
2002
–48
263.
021
5.0
140.
218
.971
252.
36.
8si
te 0
208
/07/
2002
–49
263.
021
4.0
140.
216
.071
333.
17.
1si
te 0
208
/07/
2002
–50
263.
021
3.0
140.
216
.578
404.
27.
3si
te 0
208
/07/
2002
–55
263.
020
8.0
140.
213
.079
444.
76.
5si
te 0
208
/07/
2002
–65
263.
019
8.0
140.
211
.084
434.
76.
5si
te 0
208
/07/
2002
–75
263.
018
8.0
140.
211
.087
414.
66.
5si
te 0
208
/07/
2002
–80
263.
018
3.0
140.
210
.587
394.
66.
5si
te 0
208
/07/
2002
–85
263.
017
8.0
140.
210
.588
374.
16.
5si
te 0
208
/07/
2002
–90
263.
017
3.0
140.
210
.588
353.
96.
6si
te 0
208
/07/
2002
–95
263.
016
8.0
140.
210
.589
303.
46.
8si
te 0
208
/07/
2002
–10
026
3.0
163.
014
0.2
10.5
8933
3.6
7.0
site
02
08/0
7/20
02–
113
263.
015
0.0
140.
210
.589
323.
57.
0si
te 0
209
/06/
2002
9:45
122
7.8
226.
814
0.2
23.4
101
837.
17.
4si
te 0
209
/06/
2002
9:45
522
7.8
222.
814
0.2
23.4
101
837.
17.
4si
te 0
209
/06/
2002
9:45
1022
7.8
217.
814
0.2
23.4
100
837.
17.
4si
te 0
209
/06/
2002
9:45
2022
7.8
207.
814
0.2
23.4
100
837.
17.
4si
te 0
209
/06/
2002
9:45
2522
7.8
202.
814
0.2
23.3
100
827.
07.
3si
te 0
209
/06/
2002
9:45
3022
7.8
197.
814
0.2
23.3
100
806.
87.
2si
te 0
209
/06/
2002
9:45
3522
7.8
192.
814
0.2
22.2
100
554.
76.
8si
te 0
209
/06/
2002
9:45
4022
7.8
187.
814
0.2
20.2
914.
80.
46.
4si
te 0
209
/06/
2002
9:45
4522
7.8
182.
814
0.2
16.0
816.
70.
76.
5si
te 0
209
/06/
2002
9:45
5022
7.8
177.
814
0.2
11.9
948.
00.
96.
6si
te 0
209
/06/
2002
9:45
5622
7.8
171.
814
0.2
11.2
953.
70.
46.
5si
te 0
209
/06/
2002
9:45
5722
7.8
170.
814
0.2
11.3
953.
70.
46.
5
104 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
06/1
8/20
0212
:15
7029
8.0
228.
014
0.2
15.5
67–
7.5
6.7
site
02
06/1
8/20
0212
:15
8029
8.0
218.
014
0.2
14.1
68–
7.7
6.7
site
02
06/1
8/20
0212
:15
9029
8.0
208.
014
0.2
12.3
71–
7.8
6.4
site
02
06/1
8/20
0212
:15
100
298.
019
8.0
140.
211
.275
–7.
96.
4si
te 0
206
/18/
2002
12:1
511
029
8.0
188.
014
0.2
10.7
78–
7.7
6.3
site
02
06/1
8/20
0212
:15
120
298.
017
8.0
140.
210
.579
–7.
76.
4si
te 0
206
/18/
2002
12:1
513
029
8.0
168.
014
0.2
10.4
79–
7.6
6.4
site
02
06/1
8/20
0212
:15
140
298.
015
8.0
140.
210
.381
–7.
96.
4si
te 0
208
/07/
2002
–1
263.
026
2.0
140.
226
.089
987.
97.
5si
te 0
208
/07/
2002
–5
263.
025
8.0
140.
225
.589
967.
97.
3si
te 0
208
/07/
2002
–15
263.
024
8.0
140.
225
.589
827.
67.
1si
te 0
208
/07/
2002
–25
263.
023
8.0
140.
225
.588
877.
27.
0si
te 0
208
/07/
2002
–35
263.
022
8.0
140.
224
.589
545.
06.
8si
te 0
208
/07/
2002
–44
263.
021
9.0
140.
223
.080
252.
26.
4si
te 0
208
/07/
2002
–45
263.
021
8.0
140.
221
.074
211.
96.
6si
te 0
208
/07/
2002
–45
263.
021
8.0
140.
220
.574
232.
06.
7si
te 0
208
/07/
2002
–46
263.
021
7.0
140.
220
.570
222.
06.
6si
te 0
208
/07/
2002
–47
263.
021
6.0
140.
220
.074
232.
06.
6si
te 0
208
/07/
2002
–48
263.
021
5.0
140.
218
.971
252.
36.
8si
te 0
208
/07/
2002
–49
263.
021
4.0
140.
216
.071
333.
17.
1si
te 0
208
/07/
2002
–50
263.
021
3.0
140.
216
.578
404.
27.
3si
te 0
208
/07/
2002
–55
263.
020
8.0
140.
213
.079
444.
76.
5si
te 0
208
/07/
2002
–65
263.
019
8.0
140.
211
.084
434.
76.
5si
te 0
208
/07/
2002
–75
263.
018
8.0
140.
211
.087
414.
66.
5si
te 0
208
/07/
2002
–80
263.
018
3.0
140.
210
.587
394.
66.
5si
te 0
208
/07/
2002
–85
263.
017
8.0
140.
210
.588
374.
16.
5si
te 0
208
/07/
2002
–90
263.
017
3.0
140.
210
.588
353.
96.
6si
te 0
208
/07/
2002
–95
263.
016
8.0
140.
210
.589
303.
46.
8si
te 0
208
/07/
2002
–10
026
3.0
163.
014
0.2
10.5
8933
3.6
7.0
site
02
08/0
7/20
02–
113
263.
015
0.0
140.
210
.589
323.
57.
0si
te 0
209
/06/
2002
9:45
122
7.8
226.
814
0.2
23.4
101
837.
17.
4si
te 0
209
/06/
2002
9:45
522
7.8
222.
814
0.2
23.4
101
837.
17.
4si
te 0
209
/06/
2002
9:45
1022
7.8
217.
814
0.2
23.4
100
837.
17.
4si
te 0
209
/06/
2002
9:45
2022
7.8
207.
814
0.2
23.4
100
837.
17.
4si
te 0
209
/06/
2002
9:45
2522
7.8
202.
814
0.2
23.3
100
827.
07.
3si
te 0
209
/06/
2002
9:45
3022
7.8
197.
814
0.2
23.3
100
806.
87.
2si
te 0
209
/06/
2002
9:45
3522
7.8
192.
814
0.2
22.2
100
554.
76.
8si
te 0
209
/06/
2002
9:45
4022
7.8
187.
814
0.2
20.2
914.
80.
46.
4si
te 0
209
/06/
2002
9:45
4522
7.8
182.
814
0.2
16.0
816.
70.
76.
5si
te 0
209
/06/
2002
9:45
5022
7.8
177.
814
0.2
11.9
948.
00.
96.
6si
te 0
209
/06/
2002
9:45
5622
7.8
171.
814
0.2
11.2
953.
70.
46.
5si
te 0
209
/06/
2002
9:45
5722
7.8
170.
814
0.2
11.3
953.
70.
46.
5
Appendix C 105Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
09/2
5/20
0215
:30
6521
4.0
149.
014
0.2
10.8
107
1.5
0.2
6.8
site
02
09/2
5/20
0215
:30
7021
4.0
144.
014
0.2
10.7
116
2.9
0.3
6.9
site
02
11/0
4/20
02–
120
4.0
203.
014
0.2
15.1
114
757.
67.
1si
te 0
211
/04/
2002
–5
204.
019
9.0
140.
214
.511
474
7.5
7.1
site
02
11/0
4/20
02–
1020
4.0
194.
014
0.2
14.2
114
717.
37.
1si
te 0
211
/04/
2002
–15
204.
018
9.0
140.
214
.211
470
7.2
7.1
site
02
11/0
4/20
02–
2020
4.0
184.
014
0.2
14.2
113
707.
17.
0si
te 0
211
/04/
2002
–25
204.
017
9.0
140.
214
.111
569
7.1
7.0
site
02
11/0
4/20
02–
3020
4.0
174.
014
0.2
14.1
114
697.
17.
0si
te 0
211
/04/
2002
–35
204.
016
9.0
140.
214
.111
468
7.0
6.9
site
02
11/0
4/20
02–
4020
4.0
164.
014
0.2
14.1
114
646.
66.
8si
te 0
211
/04/
2002
–45
204.
015
9.0
140.
213
.711
455
5.7
6.6
site
02
11/0
4/20
02–
5020
4.0
154.
014
0.2
11.3
106
343.
76.
5si
te 0
211
/04/
2002
–55
204.
014
9.0
140.
211
.012
435
3.9
6.5
site
02
11/0
4/20
02–
5720
4.0
147.
014
0.2
11.0
134
434.
86.
6si
te 0
211
/06/
2002
–1
204.
420
3.4
140.
214
.012
078
8.1
7.3
site
02
11/0
6/20
02–
520
4.4
199.
414
0.2
13.8
120
767.
97.
3si
te 0
211
/06/
2002
–10
204.
419
4.4
140.
213
.812
076
7.8
7.3
site
02
11/0
6/20
02–
1520
4.4
189.
414
0.2
13.8
119
767.
87.
3si
te 0
211
/06/
2002
–20
204.
418
4.4
140.
213
.812
076
7.9
7.3
site
02
11/0
6/20
02–
2520
4.4
179.
414
0.2
13.8
119
767.
97.
4si
te 0
211
/06/
2002
–30
204.
417
4.4
140.
213
.812
071
7.3
7.3
site
02
11/0
6/20
02–
3520
4.4
169.
414
0.2
13.7
121
687.
17.
3si
te 0
211
/06/
2002
–40
204.
416
4.4
140.
213
.712
165
6.7
7.3
site
02
11/0
6/20
02–
4220
4.4
162.
414
0.2
13.7
121
646.
77.
3si
te 0
211
/06/
2002
–43
204.
416
1.4
140.
213
.612
247
4.9
7.3
site
02
11/0
6/20
02–
4420
4.4
160.
414
0.2
13.5
121
434.
47.
4si
te 0
211
/06/
2002
–45
204.
415
9.4
140.
213
.412
118
1.9
7.4
site
02
11/0
6/20
02–
4620
4.4
158.
414
0.2
13.0
121
7.0
0.7
7.4
site
02
11/0
6/20
02–
4720
4.4
157.
414
0.2
12.6
120
3.2
0.3
7.4
site
02
11/0
6/20
02–
4820
4.4
156.
414
0.2
12.6
118
3.3
0.4
7.4
site
02
11/0
6/20
02–
4920
4.4
155.
414
0.2
12.5
121
3.4
0.4
7.4
site
02
11/0
6/20
02–
5020
4.4
154.
414
0.2
11.8
118
3.6
0.4
7.4
site
02
11/0
6/20
02–
5120
4.4
153.
414
0.2
11.7
117
3.8
0.4
7.4
site
02
11/0
6/20
02–
5220
4.4
152.
414
0.2
11.1
120
4.0
0.4
7.4
site
02
11/0
6/20
02–
5320
4.4
151.
414
0.2
11.1
126
4.2
0.5
7.4
site
02
11/0
6/20
02–
5420
4.4
150.
414
0.2
11.1
129
4.5
0.5
7.4
site
02
11/0
6/20
02–
5520
4.4
149.
414
0.2
11.0
134
4.9
0.5
6.9
site
02
11/2
1/20
02–
121
1.3
210.
314
0.2
13.6
135
838.
77.
3si
te 0
211
/21/
2002
–5
211.
320
6.3
140.
213
.013
482
8.5
7.3
site
02
11/2
1/20
02–
1021
1.3
201.
314
0.2
12.9
134
757.
97.
2si
te 0
211
/21/
2002
–15
211.
319
6.3
140.
212
.813
472
7.7
7.2
106 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
11/2
1/20
02–
2021
1.3
191.
314
0.2
12.8
134
727.
67.
2si
te 0
211
/21/
2002
–25
211.
318
6.3
140.
212
.813
470
7.4
7.1
site
02
11/2
1/20
02–
3021
1.3
181.
314
0.2
12.8
135
667.
07.
1si
te 0
211
/21/
2002
–35
211.
317
6.3
140.
212
.813
666
7.0
7.1
site
02
11/2
1/20
02–
4021
1.3
171.
314
0.2
12.7
144
545.
77.
0si
te 0
211
/21/
2002
–45
211.
316
6.3
140.
212
.715
049
5.2
7.0
site
02
11/2
1/20
02–
4921
1.3
162.
314
0.2
12.6
150
495.
27.
0si
te 0
211
/21/
2002
–50
211.
316
1.3
140.
212
.615
041
4.4
7.0
site
02
11/2
1/20
02–
5121
1.3
160.
314
0.2
12.6
150
404.
37.
0si
te 0
211
/21/
2002
–52
211.
315
9.3
140.
212
.615
031
3.3
6.9
site
02
11/2
1/20
02–
5321
1.3
158.
314
0.2
12.6
150
283.
06.
9si
te 0
211
/21/
2002
–54
211.
315
7.3
140.
212
.615
135
3.8
7.0
site
02
11/2
1/20
02–
5521
1.3
156.
314
0.2
12.6
152
343.
66.
9si
te 0
211
/21/
2002
–60
211.
315
1.3
140.
212
.515
348
5.1
7.0
site
02
11/2
1/20
02–
6221
1.3
149.
314
0.2
12.5
153
495.
27.
0si
te 0
211
/21/
2002
–63
211.
314
8.3
140.
212
.515
244
4.7
7.0
site
02
11/2
1/20
02–
6421
1.3
147.
314
0.2
12.5
152
293.
06.
9si
te 0
211
/21/
2002
–65
211.
314
6.3
140.
212
.315
45.
10.
56.
9si
te 0
212
/04/
2002
–1
213.
021
2.0
140.
212
.214
472
7.7
7.2
site
02
12/0
4/20
02–
521
3.0
208.
014
0.2
11.7
143
727.
87.
2si
te 0
212
/04/
2002
–10
213.
020
3.0
140.
211
.614
370
7.6
7.2
site
02
12/0
4/20
02–
1521
3.0
198.
014
0.2
11.6
143
707.
67.
2si
te 0
212
/04/
2002
–20
213.
019
3.0
140.
211
.614
270
7.6
7.1
site
02
12/0
4/20
02–
2521
3.0
188.
014
0.2
11.6
144
687.
47.
1si
te 0
212
/04/
2002
–30
213.
018
3.0
140.
211
.614
467
7.3
7.1
site
02
12/0
4/20
02–
3521
3.0
178.
014
0.2
11.6
143
677.
37.
1si
te 0
212
/04/
2002
–40
213.
017
3.0
140.
211
.614
367
7.3
7.1
site
02
12/0
4/20
02–
4521
3.0
168.
014
0.2
11.6
148
657.
17.
1si
te 0
212
/04/
2002
–50
213.
016
3.0
140.
211
.515
066
7.1
7.1
site
02
12/0
4/20
02–
5521
3.0
158.
014
0.2
11.5
156
626.
87.
1si
te 0
212
/04/
2002
–60
213.
015
3.0
140.
211
.516
048
5.2
7.0
site
02
12/2
3/20
02–
126
2.2
261.
214
0.2
9.9
120
859.
67.
4si
te 0
212
/23/
2002
–5
262.
225
7.2
140.
29.
411
884
9.6
7.4
site
02
12/2
3/20
02–
1026
2.2
252.
214
0.2
9.4
117
849.
67.
4si
te 0
212
/23/
2002
–15
262.
224
7.2
140.
29.
311
585
9.7
7.4
site
02
12/2
3/20
02–
2526
2.2
237.
214
0.2
9.2
114
859.
87.
4si
te 0
212
/23/
2002
–35
262.
222
7.2
140.
29.
110
586
9.9
7.4
site
02
12/2
3/20
02–
4526
2.2
217.
214
0.2
9.0
109
8710
.17.
4si
te 0
212
/23/
2002
–55
262.
220
7.2
140.
29.
010
388
10.2
7.4
site
02
12/2
3/20
02–
6526
2.2
197.
214
0.2
8.8
9689
10.3
7.5
site
02
12/2
3/20
02–
7526
2.2
187.
214
0.2
8.7
9089
10.4
7.5
site
02
12/2
3/20
02–
8526
2.2
177.
214
0.2
8.7
9089
10.4
7.5
Appendix C 107Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
12/2
3/20
02–
9526
2.2
167.
214
0.2
8.6
8989
10.4
7.5
site
02
12/2
3/20
02–
105
262.
215
7.2
140.
28.
687
8910
.47.
5si
te 0
212
/23/
2002
–11
526
2.2
147.
214
0.2
8.6
8490
10.5
7.5
site
02
01/1
7/20
03–
129
4.2
293.
214
0.2
9.6
89–
–7.
3si
te 0
201
/17/
2003
–5
294.
228
9.2
140.
29.
490
––
7.3
site
02
01/1
7/20
03–
1029
4.2
284.
214
0.2
9.2
89–
–7.
3si
te 0
201
/17/
2003
–15
294.
227
9.2
140.
29.
286
––
7.3
site
02
01/1
7/20
03–
2029
4.2
274.
214
0.2
9.2
87–
–7.
3si
te 0
201
/17/
2003
–25
294.
226
9.2
140.
29.
186
––
7.3
site
02
01/1
7/20
03–
3029
4.2
264.
214
0.2
8.9
90–
–7.
3si
te 0
201
/17/
2003
–35
294.
225
9.2
140.
28.
991
––
7.3
site
02
01/1
7/20
03–
4529
4.2
249.
214
0.2
8.7
90–
–7.
3si
te 0
201
/17/
2003
–55
294.
223
9.2
140.
28.
790
––
7.3
site
02
01/1
7/20
03–
6529
4.2
229.
214
0.2
8.5
88–
–7.
3si
te 0
201
/17/
2003
–75
294.
221
9.2
140.
28.
380
––
7.3
site
02
01/1
7/20
03–
8529
4.2
209.
214
0.2
8.2
79–
–7.
3si
te 0
201
/17/
2003
–95
294.
219
9.2
140.
28.
276
––
7.3
site
02
01/1
7/20
03–
105
294.
218
9.2
140.
28.
176
––
7.4
site
02
01/1
7/20
03–
115
294.
217
9.2
140.
28.
176
––
7.4
site
02
01/1
7/20
03–
125
294.
216
9.2
140.
28.
176
––
7.4
site
02
01/1
7/20
03–
135
294.
215
9.2
140.
28.
176
––
7.4
site
02
01/1
7/20
03–
145
294.
214
9.2
140.
28.
176
––
7.5
site
02
01/2
8/20
0316
:40
129
7.5
296.
514
0.2
12.0
7011
812
.88.
3si
te 0
201
/28/
2003
16:4
010
297.
528
7.5
140.
210
.669
108
12.0
7.6
site
02
01/2
8/20
0316
:40
2029
7.5
277.
514
0.2
9.7
7196
10.9
7.2
site
02
01/2
8/20
0316
:40
3029
7.5
267.
514
0.2
9.2
7192
10.6
7.2
site
02
01/2
8/20
0316
:40
4029
7.5
257.
514
0.2
9.0
7191
10.5
7.1
site
02
01/2
8/20
0316
:40
5029
7.5
247.
514
0.2
8.8
7090
10.4
7.1
site
02
01/2
8/20
0316
:40
6029
7.5
237.
514
0.2
8.7
7091
10.6
7.1
site
02
01/2
8/20
0316
:40
7029
7.5
227.
514
0.2
8.4
7393
10.9
7.1
site
02
01/2
8/20
0316
:40
8029
7.5
217.
514
0.2
8.3
7894
11.1
7.2
site
02
01/2
8/20
0316
:40
9029
7.5
207.
514
0.2
8.2
8196
11.3
7.2
site
02
01/2
8/20
0316
:40
100
297.
519
7.5
140.
28.
284
9611
.47.
2si
te 0
201
/28/
2003
16:4
011
029
7.5
187.
514
0.2
8.1
8997
11.4
7.2
site
02
01/2
8/20
0316
:40
115
297.
518
2.5
140.
28.
187
9711
.47.
3si
te 0
201
/28/
2003
16:4
012
029
7.5
177.
514
0.2
8.1
8897
11.4
7.3
site
02
01/2
8/20
0316
:40
130
297.
516
7.5
140.
28.
188
9711
.57.
3si
te 0
201
/28/
2003
16:4
014
029
7.5
157.
514
0.2
8.1
8897
11.5
7.3
site
02
03/0
7/20
03–
130
0.1
299.
114
0.2
12.5
8295
10.1
8.0
site
02
03/0
7/20
03–
530
0.1
295.
114
0.2
12.3
8195
10.1
7.9
site
02
03/0
7/20
03–
1030
0.1
290.
114
0.2
12.1
8293
10.0
7.8
site
02
03/0
7/20
03–
2030
0.1
280.
114
0.2
11.3
8191
10.0
7.8
108 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
03/0
7/20
03–
3030
0.1
270.
114
0.2
10.9
8189
9.8
7.6
site
02
03/0
7/20
03–
4030
0.1
260.
114
0.2
10.1
7985
9.6
7.4
site
02
03/0
7/20
03–
5030
0.1
250.
114
0.2
9.5
7784
9.6
7.3
site
02
03/0
7/20
03–
6030
0.1
240.
114
0.2
9.2
7683
9.6
7.3
site
02
03/0
7/20
03–
7030
0.1
230.
114
0.2
8.8
7684
9.8
7.3
site
02
03/0
7/20
03–
8030
0.1
220.
114
0.2
8.6
7585
9.9
7.4
site
02
03/0
7/20
03–
9030
0.1
210.
114
0.2
8.5
7485
10.0
7.4
site
02
03/0
7/20
03–
100
300.
120
0.1
140.
28.
574
8510
.07.
4si
te 0
203
/07/
2003
–11
030
0.1
190.
114
0.2
8.5
7485
10.0
7.4
site
02
03/0
7/20
03–
120
300.
118
0.1
140.
28.
474
8610
.07.
3si
te 0
203
/07/
2003
–13
030
0.1
170.
114
0.2
8.4
7486
10.1
7.1
site
02
03/0
7/20
03–
140
300.
116
0.1
140.
28.
474
8910
.17.
0si
te 0
203
/07/
2003
–15
030
0.1
150.
114
0.2
8.4
7488
10.4
6.9
site
02
04/1
6/20
03–
130
0.8
299.
814
0.2
15.7
8185
8.4
7.5
site
02
04/1
6/20
03–
530
0.8
295.
814
0.2
15.4
8188
8.3
7.5
site
02
04/1
6/20
03–
1530
0.8
285.
814
0.2
14.8
8179
7.9
7.3
site
02
04/1
6/20
03–
2530
0.8
275.
814
0.2
12.7
8074
7.8
7.2
site
02
04/1
6/20
03–
3530
0.8
265.
814
0.2
11.8
8075
8.1
7.3
site
02
04/1
6/20
03–
4530
0.8
255.
814
0.2
11.5
7976
8.3
7.3
site
02
04/1
6/20
03–
5530
0.8
245.
814
0.2
11.1
8178
8.5
7.2
site
02
04/1
6/20
03–
6530
0.8
235.
814
0.2
10.8
8277
8.5
7.2
site
02
04/1
6/20
03–
7030
0.8
230.
814
0.2
10.7
8177
8.5
7.2
site
02
04/1
6/20
03–
7530
0.8
225.
814
0.2
10.5
8176
8.5
7.2
site
02
04/1
6/20
03–
8030
0.8
220.
814
0.2
10.5
8074
8.4
7.2
site
02
04/1
6/20
03–
8530
0.8
215.
814
0.2
10.3
7872
8.1
7.2
site
02
04/1
6/20
03–
9030
0.8
210.
814
0.2
10.2
7772
8.1
7.2
site
02
04/1
6/20
03–
9530
0.8
205.
814
0.2
10.1
7771
8.0
7.2
site
02
04/1
6/20
03–
100
300.
820
0.8
140.
210
.177
718.
07.
2si
te 0
204
/16/
2003
–10
530
0.8
195.
814
0.2
9.9
7669
7.9
7.3
site
02
04/1
6/20
03–
110
300.
819
0.8
140.
29.
875
697.
87.
3si
te 0
204
/16/
2003
–11
530
0.8
185.
814
0.2
9.8
7569
7.8
7.3
site
02
04/1
6/20
03–
120
300.
818
0.8
140.
29.
775
687.
87.
3si
te 0
204
/16/
2003
–12
530
0.8
175.
814
0.2
9.7
7568
7.8
7.3
site
02
04/1
6/20
03–
130
300.
817
0.8
140.
29.
675
687.
87.
4si
te 0
204
/16/
2003
–13
530
0.8
165.
814
0.2
9.6
7568
7.8
7.4
site
02
04/1
6/20
03–
140
300.
816
0.8
140.
29.
675
667.
87.
5si
te 0
204
/16/
2003
–14
530
0.8
155.
814
0.2
9.6
7569
7.9
7.5
site
02
04/1
6/20
03–
150
300.
815
0.8
140.
29.
675
708.
07.
6si
te 0
204
/16/
2003
–15
530
0.8
145.
814
0.2
9.6
7572
8.1
7.7
site
02
07/0
7/20
03–
129
4.2
293.
214
0.2
26.4
7310
08.
08.
1si
te 0
207
/07/
2003
–5
294.
228
9.2
140.
226
.473
100
8.0
7.8
site
02
07/0
7/20
03–
1029
4.2
284.
214
0.2
26.4
7310
08.
17.
8
Appendix C 109Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
02
07/0
7/20
03–
2029
4.2
274.
214
0.2
26.3
7110
08.
17.
6si
te 0
207
/07/
2003
–30
294.
226
4.2
140.
226
.071
101
8.2
7.4
site
02
07/0
7/20
03–
4029
4.2
254.
214
0.2
22.3
6795
8.1
7.4
site
02
07/0
7/20
03–
5029
4.2
244.
214
0.2
21.0
6688
7.8
7.3
site
02
07/0
7/20
03–
6029
4.2
234.
214
0.2
20.4
6971
6.5
6.9
site
02
07/0
7/20
03–
7029
4.2
224.
214
0.2
20.3
6876
6.9
7.0
site
02
07/0
7/20
03–
8029
4.2
214.
214
0.2
19.2
7069
6.9
6.9
site
02
07/0
7/20
03–
9029
4.2
204.
214
0.2
11.9
7962
6.6
6.8
site
02
07/0
7/20
03–
100
294.
219
4.2
140.
211
.477
616.
76.
9si
te 0
207
/07/
2003
–11
029
4.2
184.
214
0.2
11.1
8161
6.7
6.9
site
02
07/0
7/20
03–
115
294.
217
9.2
140.
211
.081
576.
36.
9si
te 0
207
/07/
2003
–12
029
4.2
174.
214
0.2
11.0
8158
6.4
6.9
site
02
07/0
7/20
03–
125
294.
216
9.2
140.
211
.081
596.
56.
9si
te 0
207
/07/
2003
–13
029
4.2
164.
214
0.2
11.0
8159
6.5
6.9
site
02
07/0
7/20
03–
135
294.
215
9.2
140.
211
.081
586.
46.
9si
te 0
207
/07/
2003
–14
029
4.2
154.
214
0.2
11.1
8258
6.4
6.9
site
02
07/0
7/20
03–
145
294.
214
9.2
140.
210
.982
546.
06.
9si
te 0
210
/10/
2003
14:0
01
237.
023
6.0
140.
221
.899
817.
17.
3si
te 0
210
/10/
2003
14:0
05
237.
023
2.0
140.
221
.899
807.
07.
3si
te 0
210
/10/
2003
14:0
010
237.
022
7.0
140.
221
.899
917.
17.
3si
te 0
210
/10/
2003
14:0
020
237.
021
7.0
140.
221
.899
807.
07.
3si
te 0
210
/10/
2003
14:0
030
237.
020
7.0
140.
221
.899
807.
17.
2si
te 0
210
/10/
2003
14:0
040
237.
019
7.0
140.
221
.899
786.
87.
2si
te 0
210
/10/
2003
14:0
050
237.
018
7.0
140.
221
.810
075
6.6
7.2
site
02
10/1
0/20
0314
:00
6023
7.0
177.
014
0.2
21.8
100
766.
77.
2si
te 0
210
/10/
2003
14:0
070
237.
016
7.0
140.
221
.699
675.
77.
2si
te 0
210
/10/
2003
14:0
075
237.
016
2.0
140.
220
.810
542
3.8
7.1
site
02
10/1
0/20
0314
:00
8023
7.0
157.
014
0.2
11.8
100
282.
57.
1si
te 0
210
/10/
2003
14:0
085
237.
015
2.0
140.
211
.610
327
2.3
7.1
site
02
10/1
0/20
0314
:00
9023
7.0
147.
014
0.2
11.2
102
141.
47.
2
site
03
08/0
7/20
02–
126
3.0
262.
0–
27.0
8911
79.
37.
0si
te 0
308
/07/
2002
–5
263.
025
8.0
–27
.089
120
9.6
7.2
site
03
08/0
7/20
02–
1026
3.0
253.
0–
26.9
8911
69.
67.
2si
te 0
308
/07/
2002
–15
263.
024
8.0
–26
.091
115
9.3
7.2
site
03
08/0
7/20
02–
2026
3.0
243.
0–
25.7
9011
69.
57.
2si
te 0
308
/07/
2002
–25
263.
023
8.0
–25
.690
113
9.2
7.2
site
03
08/0
7/20
02–
3026
3.0
233.
0–
25.5
9211
39.
27.
2si
te 0
308
/07/
2002
–35
263.
022
8.0
–25
.395
111
9.1
7.1
site
03
08/0
7/20
02–
4026
3.0
223.
0–
24.1
9268
6.3
7.0
site
03
08/0
7/20
02–
4526
3.0
218.
0–
23.9
238.
01.
56.
5si
te 0
308
/07/
2002
–47
263.
021
6.0
–17
.375
5.8
0.6
6.4
110 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
03
04/1
7/20
03–
130
0.6
299.
6–
15.1
8199
9.9
7.9
site
03
04/1
7/20
03–
530
0.6
295.
6–
15.1
8196
9.7
7.9
site
03
04/1
7/20
03–
1030
0.6
290.
6–
15.1
8196
9.7
7.9
site
03
04/1
7/20
03–
1530
0.6
285.
6–
15.1
8196
9.7
7.9
site
03
04/1
7/20
03–
2030
0.6
280.
6–
15.1
8197
9.7
7.9
site
03
04/1
7/20
03–
2530
0.6
275.
6–
15.1
8196
9.7
7.8
site
03
04/1
7/20
03–
2830
0.6
272.
6–
15.1
8194
9.5
7.8
site
03
04/1
7/20
03–
3030
0.6
270.
6–
15.0
8391
9.3
7.8
site
03
04/1
7/20
03–
3230
0.6
268.
6–
15.0
8195
9.6
7.9
site
04
11/2
8/20
019:
4016
234.
621
8.6
163.
013
.314
1–
8.4
7.1
site
04
11/2
8/20
019:
4033
234.
620
1.6
163.
013
.229
4–
7.6
7.1
site
04
11/2
8/20
019:
4049
234.
618
5.6
163.
012
.226
8–
7.1
7.0
site
04
11/2
8/20
019:
4059
234.
617
5.6
163.
010
.829
8–
6.8
7.1
site
04
01/0
2/20
02–
528
1.3
276.
316
3.0
10.4
110
–11
.37.
0si
te 0
401
/02/
2002
–10
281.
327
1.3
163.
09.
811
5–
11.2
7.0
site
04
01/0
2/20
02–
1528
1.3
266.
316
3.0
9.6
128
–11
.07.
0si
te 0
401
/02/
2002
–20
281.
326
1.3
163.
09.
313
0–
10.8
7.0
site
04
01/0
2/20
02–
2528
1.3
256.
316
3.0
8.8
120
–10
.77.
0si
te 0
401
/02/
2002
–30
281.
325
1.3
163.
08.
511
7–
10.7
7.0
site
04
01/0
2/20
02–
3528
1.3
246.
316
3.0
8.5
117
–10
.87.
0si
te 0
401
/02/
2002
–40
281.
324
1.3
163.
08.
411
6–
10.7
7.0
site
04
02/1
2/20
02–
1029
8.8
288.
816
3.0
8.7
103
–13
.67.
7si
te 0
402
/12/
2002
–60
298.
823
8.8
163.
07.
188
–14
.07.
5si
te 0
402
/12/
2002
–12
029
8.8
178.
816
3.0
6.8
93–
13.5
7.4
site
04
04/2
2/20
0211
:40
129
9.9
298.
916
3.0
18.3
152
116
10.9
–si
te 0
404
/22/
2002
11:4
010
299.
928
9.9
163.
016
.715
011
311
.0–
site
04
04/2
2/20
0211
:40
2029
9.9
279.
916
3.0
15.7
150
110
10.9
–si
te 0
404
/22/
2002
11:4
030
299.
926
9.9
163.
013
.613
510
611
.0–
site
04
04/2
2/20
0211
:40
4029
9.9
259.
916
3.0
12.5
133
103
11.0
–si
te 0
404
/22/
2002
11:4
050
299.
924
9.9
163.
012
.013
610
110
.9–
site
04
04/2
2/20
0211
:40
6029
9.9
239.
916
3.0
11.3
142
9810
.7–
site
04
04/2
2/20
0211
:40
7029
9.9
229.
916
3.0
10.8
151
9610
.6–
site
04
04/2
2/20
0211
:40
8029
9.9
219.
916
3.0
10.2
152
9410
.5–
site
04
04/2
2/20
0211
:40
9029
9.9
209.
916
3.0
9.9
151
9110
.3–
site
04
04/2
2/20
0211
:40
100
299.
919
9.9
163.
09.
715
290
10.2
–si
te 0
404
/22/
2002
11:4
010
529
9.9
194.
916
3.0
9.5
152
8910
.2–
site
04
04/2
2/20
0211
:40
110
299.
918
9.9
163.
09.
515
389
10.2
–si
te 0
404
/22/
2002
11:4
011
529
9.9
184.
916
3.0
9.4
153
8910
.1–
site
04
04/2
2/20
0211
:40
120
299.
917
9.9
163.
09.
315
488
10.1
–si
te 0
404
/22/
2002
11:4
012
529
9.9
174.
916
3.0
9.3
154
8810
.1–
site
04
06/1
8/20
0213
:00
129
8.0
297.
016
3.0
26.0
75–
8.8
8.3
Appendix C 111Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
04
06/1
8/20
0213
:00
529
8.0
293.
016
3.0
25.3
75–
8.9
8.3
site
04
06/1
8/20
0213
:00
1529
8.0
283.
016
3.0
23.5
74–
9.4
8.2
site
04
06/1
8/20
0213
:00
2529
8.0
273.
016
3.0
21.1
61–
9.3
7.5
site
04
06/1
8/20
0213
:00
3529
8.0
263.
016
3.0
19.7
59–
8.6
7.1
site
04
06/1
8/20
0213
:00
4529
8.0
253.
016
3.0
18.7
58–
8.4
7.1
site
04
06/1
8/20
0213
:00
5529
8.0
243.
016
3.0
17.4
63–
8.0
7.0
site
04
06/1
8/20
0213
:00
6529
8.0
233.
016
3.0
16.0
64–
7.7
7.0
site
04
06/1
8/20
0213
:00
7529
8.0
223.
016
3.0
15.3
64–
7.4
7.0
site
04
06/1
8/20
0213
:00
8529
8.0
213.
016
3.0
13.1
69–
7.3
7.4
site
04
06/1
8/20
0213
:00
9529
8.0
203.
016
3.0
11.5
74–
7.4
7.5
site
04
06/1
8/20
0213
:00
105
298.
019
3.0
163.
010
.977
–8.
37.
7si
te 0
406
/18/
2002
13:0
011
029
8.0
188.
016
3.0
10.6
78–
6.5
7.0
site
04
06/1
8/20
0213
:00
115
298.
018
3.0
163.
010
.580
–6.
97.
2si
te 0
406
/18/
2002
13:0
012
029
8.0
178.
016
3.0
10.4
80–
6.5
7.1
site
04
08/0
7/20
0211
:00
126
3.0
262.
016
3.0
26.1
8911
29.
07.
8si
te 0
408
/07/
2002
11:0
05
263.
025
8.0
163.
025
.989
112
9.1
7.8
site
04
08/0
7/20
0211
:00
1026
3.0
253.
016
3.0
25.8
8911
19.
17.
8si
te 0
408
/07/
2002
11:0
015
263.
024
8.0
163.
025
.788
109
8.9
7.7
site
04
08/0
7/20
0211
:00
2026
3.0
243.
016
3.0
25.6
8910
28.
37.
6si
te 0
408
/07/
2002
11:0
025
263.
023
8.0
163.
025
.589
957.
77.
4si
te 0
408
/07/
2002
11:0
030
263.
023
3.0
163.
025
.589
937.
67.
4si
te 0
408
/07/
2002
11:3
040
263.
022
3.0
163.
024
.889
564.
76.
9si
te 0
408
/07/
2002
11:3
041
263.
022
2.0
163.
024
.389
332.
76.
8si
te 0
408
/07/
2002
11:3
042
263.
022
1.0
163.
023
.585
171.
66.
7si
te 0
408
/07/
2002
11:3
043
263.
022
0.0
163.
022
.580
161.
46.
7si
te 0
408
/07/
2002
11:3
044
263.
021
9.0
163.
021
.578
121.
06.
6si
te 0
408
/07/
2002
11:3
045
263.
021
8.0
163.
021
.076
141.
26.
6si
te 0
408
/07/
2002
11:3
047
263.
021
6.0
163.
020
.074
171.
56.
6si
te 0
408
/07/
2002
11:3
048
263.
021
5.0
163.
019
.071
181.
76.
6si
te 0
408
/07/
2002
11:3
049
263.
021
4.0
163.
017
.270
242.
36.
6si
te 0
408
/07/
2002
11:3
050
263.
021
3.0
163.
017
.272
191.
96.
6si
te 0
408
/07/
2002
11:3
055
263.
020
8.0
163.
013
.880
323.
36.
7si
te 0
408
/07/
2002
11:3
060
263.
020
3.0
163.
012
.383
384.
16.
7si
te 0
408
/07/
2002
11:3
065
263.
019
8.0
163.
011
.684
363.
96.
8si
te 0
408
/07/
2002
11:3
070
263.
019
3.0
163.
011
.384
343.
86.
8si
te 0
408
/07/
2002
11:3
075
263.
018
8.0
163.
011
.188
303.
46.
7si
te 0
408
/07/
2002
11:3
080
263.
018
3.0
163.
010
.990
252.
86.
7si
te 0
408
/07/
2002
11:3
085
263.
017
8.0
163.
010
.791
202.
26.
7si
te 0
408
/07/
2002
11:3
090
263.
017
3.0
163.
010
.794
101.
16.
7si
te 0
408
/09/
2002
–1
261.
026
0.0
163.
027
.586
104
8.2
7.8
site
04
08/0
9/20
02–
1026
1.0
251.
016
3.0
26.0
8599
8.2
7.6
site
04
08/0
9/20
02–
2026
1.0
241.
016
3.0
25.5
8584
6.8
7.2
112 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
04
08/0
9/20
02–
3026
1.0
231.
016
3.0
25.5
8582
6.8
7.1
site
04
08/0
9/20
02–
4026
1.0
221.
016
3.0
25.0
8354
4.6
6.9
site
04
08/0
9/20
02–
5026
1.0
211.
016
3.0
16.0
6928
2.7
6.6
site
04
08/0
9/20
02–
6026
1.0
201.
016
3.0
12.0
7838
4.2
6.6
site
04
08/0
9/20
02–
7026
1.0
191.
016
3.0
11.0
8132
3.6
6.6
site
04
08/0
9/20
02–
8026
1.0
181.
016
3.0
10.5
8521
2.5
6.9
site
04
08/0
9/20
02–
9026
1.0
171.
016
3.0
10.5
8718
2.1
7.1
site
04
08/0
9/20
02–
9826
1.0
163.
016
3.0
10.5
8821
2.3
7.2
site
04
09/0
6/20
0212
:45
122
7.8
226.
816
3.0
23.2
103
806.
97.
2si
te 0
409
/06/
2002
12:4
55
227.
822
2.8
163.
023
.210
380
6.8
7.2
site
04
09/0
6/20
0212
:45
1022
7.8
217.
816
3.0
23.2
103
806.
87.
2si
te 0
409
/06/
2002
12:4
520
227.
820
7.8
163.
023
.210
279
6.8
7.2
site
04
09/0
6/20
0212
:45
2522
7.8
202.
816
3.0
23.2
102
776.
67.
2si
te 0
409
/06/
2002
12:4
530
227.
819
7.8
163.
023
.010
466
5.8
7.1
site
04
09/0
6/20
0212
:45
3522
7.8
192.
816
3.0
21.7
108
131.
16.
7si
te 0
409
/06/
2002
12:4
536
227.
819
1.8
163.
021
.710
413
1.1
6.7
site
04
09/0
6/20
0212
:45
3722
7.8
190.
816
3.0
21.9
108
131.
36.
6si
te 0
409
/06/
2002
12:4
538
227.
818
9.8
163.
020
.810
93.
60.
36.
6si
te 0
409
/06/
2002
12:4
539
227.
818
8.8
163.
020
.710
24.
30.
46.
5si
te 0
409
/06/
2002
12:4
540
227.
818
7.8
163.
020
.110
53.
70.
36.
5si
te 0
409
/06/
2002
12:4
541
227.
818
6.8
163.
019
.090
2.8
0.3
6.4
site
04
09/0
6/20
0212
:45
4222
7.8
185.
816
3.0
18.0
913.
00.
36.
4si
te 0
409
/06/
2002
12:4
543
227.
818
4.8
163.
016
.493
3.1
0.3
6.5
site
04
09/0
6/20
0212
:45
4422
7.8
183.
816
3.0
16.5
933.
20.
36.
5si
te 0
409
/06/
2002
12:4
545
227.
818
2.8
163.
015
.899
3.5
0.4
6.5
site
04
09/0
6/20
0212
:45
4622
7.8
181.
816
3.0
14.4
102
3.7
0.4
6.6
site
04
09/0
6/20
0212
:45
4722
7.8
180.
816
3.0
13.9
106
4.0
0.4
6.6
site
04
09/0
6/20
0212
:45
4822
7.8
179.
816
3.0
13.9
107
4.3
0.5
6.6
site
04
09/0
6/20
0212
:45
4922
7.8
178.
816
3.0
12.9
110
5.0
0.5
6.6
site
04
09/0
6/20
0212
:45
5022
7.8
177.
816
3.0
12.9
106
6.6
0.7
6.9
site
04
09/2
5/20
0214
:20
121
4.0
213.
016
3.0
24.4
109
104
8.7
7.5
site
04
09/2
5/20
0214
:20
521
4.0
209.
016
3.0
23.4
108
776.
57.
0si
te 0
409
/25/
2002
14:2
010
214.
020
4.0
163.
022
.210
749
4.3
6.9
site
04
09/2
5/20
0214
:20
1521
4.0
199.
016
3.0
22.1
107
413.
66.
9si
te 0
409
/25/
2002
14:2
020
214.
019
4.0
163.
021
.910
739
3.4
6.9
site
04
09/2
5/20
0214
:00
2521
4.0
189.
016
3.0
21.8
110
312.
86.
8si
te 0
409
/25/
2002
14:0
030
214.
018
4.0
163.
021
.711
230
2.6
6.8
site
04
09/2
5/20
0214
:00
3121
4.0
183.
016
3.0
21.6
113
252.
26.
8si
te 0
409
/25/
2002
14:0
032
214.
018
2.0
163.
021
.611
423
2.1
6.8
site
04
09/2
5/20
0214
:00
3321
4.0
181.
016
3.0
21.6
115
221.
96.
8si
te 0
409
/25/
2002
14:0
034
214.
018
0.0
163.
021
.611
521
1.8
6.8
site
04
09/2
5/20
0214
:00
3521
4.0
179.
016
3.0
21.6
116
191.
66.
7
Appendix C 113Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
04
09/2
5/20
0214
:00
3621
4.0
178.
016
3.0
21.4
118
121.
16.
7si
te 0
409
/25/
2002
14:0
036
214.
017
8.0
163.
021
.611
520
1.7
6.7
site
04
09/2
5/20
0214
:00
3721
4.0
177.
016
3.0
21.5
117
9.5
0.82
6.7
site
04
09/2
5/20
0214
:00
3821
4.0
176.
016
3.0
21.2
124
7.2
0.64
6.7
site
04
09/2
5/20
0214
:00
4021
4.0
174.
016
3.0
21.2
127
3.6
0.63
6.7
site
04
09/2
5/20
0214
:00
4421
4.0
170.
016
3.0
17.8
131
2.5
0.23
6.8
site
04
10/1
8/20
02–
119
9.8
198.
816
3.0
19.2
112
115
10.6
8.1
site
04
10/1
8/20
02–
519
9.8
194.
816
3.0
18.6
111
116
10.8
7.8
site
04
10/1
8/20
02–
1019
9.8
189.
816
3.0
18.1
112
777.
57.
2si
te 0
410
/18/
2002
–15
199.
818
4.8
163.
017
.811
266
6.3
7.2
site
04
10/1
8/20
02–
2019
9.8
179.
816
3.0
17.8
113
656.
27.
2si
te 0
410
/18/
2002
–25
199.
817
4.8
163.
017
.411
463
6.1
7.3
site
04
10/1
8/20
02–
3019
9.8
169.
816
3.0
16.9
116
626.
07.
5si
te 0
411
/06/
2002
–1
204.
420
3.4
163.
014
.412
286
8.8
7.4
site
04
11/0
6/20
02–
520
4.4
199.
416
3.0
14.4
122
818.
37.
3si
te 0
411
/06/
2002
–10
204.
419
4.4
163.
014
.012
281
8.3
7.2
site
04
11/0
6/20
02–
1520
4.4
189.
416
3.0
13.9
124
676.
97.
2si
te 0
411
/06/
2002
–20
204.
418
4.4
163.
013
.912
569
7.2
7.2
site
04
11/0
6/20
02–
2520
4.4
179.
416
3.0
13.7
130
767.
87.
2si
te 0
411
/06/
2002
–30
204.
417
4.4
163.
013
.613
777
8.1
7.3
site
04
11/2
1/20
02–
121
1.3
210.
316
3.0
14.0
138
909.
37.
3si
te 0
411
/21/
2002
–5
211.
320
6.3
163.
013
.213
979
8.3
7.2
site
04
11/2
1/20
02–
1021
1.3
201.
316
3.0
12.9
138
737.
77.
1si
te 0
411
/21/
2002
–15
211.
319
6.3
163.
012
.813
870
7.4
7.1
site
04
11/2
1/20
02–
2021
1.3
191.
316
3.0
12.8
137
667.
07.
0si
te 0
411
/21/
2002
–25
211.
318
6.3
163.
012
.814
762
6.5
7.0
site
04
11/2
1/20
02–
3021
1.3
181.
316
3.0
12.7
149
737.
87.
0si
te 0
411
/21/
2002
–35
211.
317
6.3
163.
012
.515
374
7.9
7.2
site
04
12/0
4/20
02–
121
3.0
212.
016
3.0
12.6
142
818.
67.
2si
te 0
412
/04/
2002
–5
213.
020
8.0
163.
012
.014
280
8.6
7.3
site
04
12/0
4/20
02–
1021
3.0
203.
016
3.0
11.8
142
768.
27.
2si
te 0
412
/04/
2002
–15
213.
019
8.0
163.
011
.714
175
8.2
7.2
site
04
12/0
4/20
02–
2021
3.0
193.
016
3.0
11.7
142
748.
07.
2si
te 0
412
/04/
2002
–25
213.
018
8.0
163.
011
.614
273
8.0
7.2
site
04
12/0
4/20
02–
3021
3.0
183.
016
3.0
11.6
144
748.
07.
2si
te 0
412
/04/
2002
–35
213.
017
8.0
163.
011
.415
274
8.1
7.2
site
04
12/0
4/20
02–
4021
3.0
173.
016
3.0
10.7
163
778.
57.
2si
te 0
412
/04/
2002
–42
213.
017
1.0
163.
010
.416
677
8.6
7.2
site
04
12/2
3/20
02–
126
2.2
261.
216
3.0
9.5
106
869.
87.
4si
te 0
412
/23/
2002
–5
262.
225
7.2
163.
09.
310
486
9.9
7.4
site
04
12/2
3/20
02–
1026
2.2
252.
216
3.0
9.3
102
869.
97.
4si
te 0
412
/23/
2002
–15
262.
224
7.2
163.
09.
210
186
9.9
7.4
114 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
04
12/2
3/20
02–
2026
2.2
242.
216
3.0
9.2
100
869.
97.
4si
te 0
412
/23/
2002
–25
262.
223
7.2
163.
09.
199
869.
97.
4si
te 0
412
/23/
2002
–30
262.
223
2.2
163.
09.
197
8710
.07.
4si
te 0
412
/23/
2002
–35
262.
222
7.2
163.
08.
993
8810
.27.
4si
te 0
412
/23/
2002
–40
262.
222
2.2
163.
08.
993
8910
.37.
4si
te 0
412
/23/
2002
–45
262.
221
7.2
163.
08.
891
9010
.47.
5si
te 0
412
/23/
2002
–50
262.
221
2.2
163.
08.
787
9010
.57.
5si
te 0
412
/23/
2002
–55
262.
220
7.2
163.
08.
787
9110
.67.
5si
te 0
412
/23/
2002
–60
262.
220
2.2
163.
08.
686
9110
.67.
5si
te 0
412
/23/
2002
–65
262.
219
7.2
163.
08.
586
9210
.87.
5si
te 0
412
/23/
2002
–70
262.
219
2.2
163.
08.
485
9310
.97.
5si
te 0
412
/23/
2002
–75
262.
218
7.2
163.
08.
383
9311
.07.
5si
te 0
412
/23/
2002
–80
262.
218
2.2
163.
08.
283
9411
.07.
5si
te 0
412
/23/
2002
–85
262.
217
7.2
163.
08.
182
9311
.07.
5si
te 0
412
/23/
2002
–90
262.
217
2.2
163.
08.
181
9411
.17.
5si
te 0
401
/28/
2003
15:3
01
297.
529
6.5
163.
011
.883
118
12.8
8.0
site
04
01/2
8/20
0315
:30
529
7.5
292.
516
3.0
10.5
8211
012
.37.
5si
te 0
401
/28/
2003
15:3
010
297.
528
7.5
163.
09.
875
107
12.1
7.4
site
04
01/2
8/20
0315
:30
2029
7.5
277.
516
3.0
9.6
7810
512
.07.
4si
te 0
401
/28/
2003
15:3
030
297.
526
7.5
163.
09.
476
104
11.9
7.3
site
04
01/2
8/20
0315
:30
4029
7.5
257.
516
3.0
9.2
7910
211
.77.
2si
te 0
401
/28/
2003
15:3
050
297.
524
7.5
163.
08.
981
9611
.17.
2si
te 0
401
/28/
2003
15:3
060
297.
523
7.5
163.
08.
779
9511
.17.
2si
te 0
401
/28/
2003
15:3
070
297.
522
7.5
163.
08.
679
9511
.17.
2si
te 0
401
/28/
2003
15:3
080
297.
521
7.5
163.
08.
577
9611
.37.
2si
te 0
401
/28/
2003
15:3
090
297.
520
7.5
163.
08.
372
9811
.57.
3si
te 0
401
/28/
2003
15:3
010
029
7.5
197.
516
3.0
8.2
7010
111
.87.
3si
te 0
401
/28/
2003
15:3
011
029
7.5
187.
516
3.0
8.2
7010
111
.87.
3si
te 0
401
/28/
2003
15:3
012
029
7.5
177.
516
3.0
8.2
6910
011
.87.
4si
te 0
403
/07/
2003
–1
300.
129
9.1
163.
011
.680
9510
.37.
9si
te 0
403
/07/
2003
–5
300.
129
5.1
163.
011
.680
9510
.37.
9si
te 0
403
/07/
2003
–10
300.
129
0.1
163.
011
.680
9510
.37.
9si
te 0
403
/07/
2003
–20
300.
128
0.1
163.
011
.480
9410
.37.
8si
te 0
403
/07/
2003
–30
300.
127
0.1
163.
011
.380
9110
.07.
5si
te 0
403
/07/
2003
–40
300.
126
0.1
163.
09.
675
8810
.07.
4si
te 0
403
/07/
2003
–50
300.
125
0.1
163.
09.
274
8810
.27.
4si
te 0
403
/07/
2003
–60
300.
124
0.1
163.
09.
173
8910
.37.
4si
te 0
403
/07/
2003
–70
300.
123
0.1
163.
08.
872
8910
.47.
4si
te 0
403
/07/
2003
–80
300.
122
0.1
163.
08.
673
8810
.37.
4si
te 0
403
/07/
2003
–90
300.
121
0.1
163.
08.
573
8810
.37.
4si
te 0
403
/07/
2003
–10
030
0.1
200.
116
3.0
8.5
7387
10.2
7.4
site
04
03/0
7/20
03–
105
300.
119
5.1
163.
08.
573
8710
.27.
2
Appendix C 115Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
04
03/0
7/20
03–
115
300.
118
5.1
163.
08.
474
8710
.27.
0si
te 0
403
/07/
2003
–12
530
0.1
175.
116
3.0
8.4
7488
10.3
6.8
site
04
04/1
7/20
039:
501
300.
629
9.6
163.
015
.580
101
10.0
7.7
site
04
04/1
7/20
039:
505
300.
629
5.6
163.
015
.480
100
10.0
7.6
site
04
04/1
7/20
039:
5010
300.
629
0.6
163.
015
.080
989.
97.
5si
te 0
404
/17/
2003
9:50
2030
0.6
280.
616
3.0
13.5
8193
9.6
7.4
site
04
04/1
7/20
039:
5030
300.
627
0.6
163.
012
.280
9510
.17.
4si
te 0
404
/17/
2003
9:50
4030
0.6
260.
616
3.0
11.7
8098
10.6
7.4
site
04
04/1
7/20
039:
5050
300.
625
0.6
163.
011
.380
9710
.77.
4si
te 0
404
/17/
2003
9:50
6030
0.6
240.
616
3.0
11.1
8195
10.5
7.4
site
04
04/1
7/20
039:
5070
300.
623
0.6
163.
010
.881
9510
.57.
4si
te 0
404
/17/
2003
9:50
7530
0.6
225.
616
3.0
10.6
7994
10.4
7.4
site
04
04/1
7/20
039:
5080
300.
622
0.6
163.
010
.579
9310
.37.
4si
te 0
404
/17/
2003
9:50
8530
0.6
215.
616
3.0
10.4
7890
10.1
7.4
site
04
04/1
7/20
039:
5090
300.
621
0.6
163.
010
.278
879.
87.
3si
te 0
404
/17/
2003
9:50
9530
0.6
205.
616
3.0
10.1
7885
9.6
7.4
site
04
04/1
7/20
039:
5010
030
0.6
200.
616
3.0
10.0
7782
9.3
7.4
site
04
04/1
7/20
039:
5010
530
0.6
195.
616
3.0
9.9
7779
8.9
7.5
site
04
04/1
7/20
039:
5011
030
0.6
190.
616
3.0
9.8
7675
8.5
7.5
site
04
04/1
7/20
039:
5011
530
0.6
185.
616
3.0
9.7
7673
8.3
7.6
site
04
04/1
7/20
039:
5012
030
0.6
180.
616
3.0
9.7
7672
8.2
7.7
site
04
04/1
7/20
039:
5012
530
0.6
175.
616
3.0
9.7
7674
8.5
7.8
site
05
11/2
8/20
019:
5016
234.
621
8.6
204.
013
.013
4–
10.3
7.2
site
05
11/2
8/20
019:
5026
234.
620
8.6
204.
011
.211
7–
9.5
7.2
site
05
04/2
2/20
0210
:00
129
9.9
298.
920
4.0
16.6
150
115
11.2
–si
te 0
504
/22/
2002
10:0
010
299.
928
9.9
204.
016
.312
811
411
.2–
site
05
04/2
2/20
0210
:00
2029
9.9
279.
920
4.0
14.0
142
113
11.4
–si
te 0
504
/22/
2002
10:0
030
299.
926
9.9
204.
013
.712
611
411
.8–
site
05
04/2
2/20
0210
:00
4029
9.9
259.
920
4.0
12.7
123
114
12.1
–si
te 0
504
/22/
2002
10:0
050
299.
924
9.9
204.
011
.712
210
911
.9–
site
05
04/2
2/20
0210
:00
5529
9.9
244.
920
4.0
11.5
125
107
11.7
–si
te 0
504
/22/
2002
10:0
060
299.
923
9.9
204.
011
.212
710
311
.3–
site
05
04/2
2/20
0210
:00
6529
9.9
234.
920
4.0
10.9
133
100
11.9
–si
te 0
504
/22/
2002
10:0
070
299.
922
9.9
204.
010
.813
695
10.6
–si
te 0
504
/22/
2002
10:0
075
299.
922
4.9
204.
010
.713
982
9.1
–si
te 0
504
/22/
2002
10:0
080
299.
921
9.9
204.
010
.314
438
4.2
–si
te 0
504
/22/
2002
10:0
085
299.
921
4.9
204.
010
.016
058
6.2
–si
te 0
504
/22/
2002
10:0
090
299.
920
9.9
204.
010
.017
618
2.0
–si
te 0
506
/18/
2002
13:3
01
298.
029
7.0
204.
026
.174
–9.
28.
0si
te 0
506
/18/
2002
13:3
05
298.
029
3.0
204.
025
.474
–9.
58.
2si
te 0
506
/18/
2002
13:3
015
298.
028
3.0
204.
022
.669
–10
.58.
6
116 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
05
06/1
8/20
0213
:30
2529
8.0
273.
020
4.0
21.1
47–
9.8
8.0
site
05
06/1
8/20
0213
:30
3529
8.0
263.
020
4.0
19.7
47–
9.9
7.8
site
05
06/1
8/20
0213
:30
4529
8.0
253.
020
4.0
18.5
49–
9.5
7.7
site
05
06/1
8/20
0213
:30
5529
8.0
243.
020
4.0
17.6
57–
8.7
7.5
site
05
06/1
8/20
0213
:30
6529
8.0
233.
020
4.0
16.3
60–
7.7
7.2
site
05
06/1
8/20
0213
:30
7529
8.0
223.
020
4.0
15.2
65–
6.5
7.0
site
05
06/1
8/20
0213
:30
8529
8.0
213.
020
4.0
12.1
74–
6.0
6.9
site
05
06/1
8/20
0213
:30
9029
8.0
208.
020
4.0
11.5
76–
6.0
6.8
site
05
06/1
8/20
0213
:30
9229
8.0
206.
020
4.0
11.4
77–
6.0
6.8
site
05
08/0
6/20
0217
:00
526
4.0
259.
020
4.0
27.0
8892
7.3
6.8
site
05
08/0
6/20
0217
:00
1026
4.0
254.
020
4.0
26.0
8883
6.7
7.1
site
05
08/0
6/20
0217
:00
1526
4.0
249.
020
4.0
25.8
8872
5.8
7.0
site
05
08/0
6/20
0217
:00
2026
4.0
244.
020
4.0
25.7
9063
5.1
6.9
site
05
08/0
6/20
0217
:00
2526
4.0
239.
020
4.0
25.6
9255
E4.4
6.8
site
05
08/0
6/20
0217
:00
3026
4.0
234.
020
4.0
25.5
9547
E3.8
6.8
site
05
08/0
6/20
0217
:00
3526
4.0
229.
020
4.0
25.4
101
33E2
.66.
7si
te 0
508
/06/
2002
18:2
040
264.
022
4.0
204.
025
.210
821
E1.6
6.8
site
05
08/0
6/20
0218
:20
4126
4.0
223.
020
4.0
25.2
109
191.
66.
8si
te 0
508
/06/
2002
18:2
042
264.
022
2.0
204.
025
.010
911
0.87
6.7
site
05
08/0
6/20
0218
:20
4326
4.0
221.
020
4.0
24.7
105
3.7
0.31
6.7
site
05
08/0
6/20
0218
:20
4426
4.0
220.
020
4.0
24.0
970.
30.
026.
7si
te 0
508
/06/
2002
18:2
045
264.
021
9.0
204.
023
.298
0.2
0.02
6.6
site
05
08/0
6/20
0218
:20
4626
4.0
218.
020
4.0
22.1
920.
20.
026.
6si
te 0
508
/06/
2002
18:2
047
264.
021
7.0
204.
020
.888
0.2
0.02
6.6
site
05
08/0
6/20
0218
:20
4826
4.0
216.
020
4.0
20.3
850.
20.
026.
6si
te 0
508
/06/
2002
18:2
049
264.
021
5.0
204.
017
.988
0.2
0.02
6.6
site
05
08/0
6/20
0218
:20
5026
4.0
214.
020
4.0
16.0
960.
20.
026.
5si
te 0
508
/06/
2002
18:2
051
264.
021
3.0
204.
014
.992
0.1
0.01
6.5
site
05
08/0
6/20
0218
:20
5226
4.0
212.
020
4.0
13.9
910.
20.
026.
6si
te 0
508
/06/
2002
18:2
053
264.
021
1.0
204.
013
.391
0.2
0.02
6.6
site
05
08/0
6/20
0218
:20
5426
4.0
210.
020
4.0
12.9
920.
20.
026.
6si
te 0
508
/06/
2002
18:2
055
264.
020
9.0
204.
012
.992
0.2
0.02
6.6
site
05
09/2
5/20
0212
:40
121
4.0
213.
020
4.0
23.2
118
927.
86.
8si
te 0
509
/25/
2002
12:4
05
214.
020
9.0
204.
022
.512
165
6.0
6.7
site
05
09/2
5/20
0212
:40
1021
4.0
204.
020
4.0
20.8
129
262.
36.
9si
te 0
512
/23/
2002
–1
262.
226
1.2
204.
09.
898
8810
.07.
4si
te 0
512
/23/
2002
–5
262.
225
7.2
204.
09.
599
8810
.07.
5si
te 0
512
/23/
2002
–10
262.
225
2.2
204.
09.
298
8710
.07.
5
Appendix C 117Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
05
12/2
3/20
02–
1526
2.2
247.
220
4.0
9.2
9987
10.1
7.5
site
05
12/2
3/20
02–
2026
2.2
242.
220
4.0
9.1
9888
10.1
7.5
site
05
12/2
3/20
02–
2526
2.2
237.
220
4.0
8.9
9689
10.3
7.5
site
05
01/1
7/20
03–
129
4.2
293.
220
4.0
9.1
72–
–7.
3si
te 0
501
/17/
2003
–5
294.
228
9.2
204.
08.
972
––
7.3
site
05
01/1
7/20
03–
1029
4.2
284.
220
4.0
8.8
71–
–7.
3si
te 0
501
/17/
2003
–15
294.
227
9.2
204.
08.
673
––
7.3
site
05
01/1
7/20
03–
2029
4.2
274.
220
4.0
8.6
70–
–7.
3si
te 0
501
/17/
2003
–25
294.
226
9.2
204.
08.
670
––
7.3
site
05
01/1
7/20
03–
3029
4.2
264.
220
4.0
8.5
70–
–7.
3si
te 0
501
/17/
2003
–35
294.
225
9.2
204.
08.
570
––
7.3
site
05
01/1
7/20
03–
4029
4.2
254.
220
4.0
8.5
72–
–7.
3si
te 0
501
/17/
2003
–45
294.
224
9.2
204.
08.
368
––
7.3
site
05
01/1
7/20
03–
5029
4.2
244.
220
4.0
8.2
68–
–7.
3si
te 0
501
/17/
2003
–55
294.
223
9.2
204.
08.
268
––
7.3
site
05
01/2
8/20
0311
:00
129
5.5
294.
520
4.0
11.0
7779
7.9
7.6
site
05
01/2
8/20
0311
:00
529
5.5
290.
520
4.0
10.4
7578
8.1
7.4
site
05
01/2
8/20
0311
:00
1029
5.5
285.
520
4.0
9.9
7276
8.1
7.3
site
05
01/2
8/20
0311
:00
1529
5.5
280.
520
4.0
9.6
6975
8.1
7.3
site
05
01/2
8/20
0311
:00
2529
5.5
270.
520
4.0
9.4
7074
8.3
7.2
site
05
01/2
8/20
0311
:00
3529
5.5
260.
520
4.0
9.2
7273
8.4
7.1
site
05
01/2
8/20
0311
:00
4529
5.5
250.
520
4.0
8.9
7772
8.5
7.0
site
05
01/2
8/20
0311
:00
5529
5.5
240.
520
4.0
8.7
7770
8.5
7.0
site
05
01/2
8/20
0311
:00
6529
5.5
230.
520
4.0
8.5
7570
8.5
6.9
site
05
01/2
8/20
0311
:00
7529
5.5
220.
520
4.0
8.3
7169
8.7
6.8
site
05
01/2
8/20
0311
:00
8529
5.5
210.
520
4.0
8.2
7267
8.8
6.7
site
05
03/0
7/20
03–
130
0.1
299.
120
4.0
11.2
7893
10.2
7.8
site
05
03/0
7/20
03–
530
0.1
295.
120
4.0
11.2
7893
10.2
7.8
site
05
03/0
7/20
03–
1030
0.1
290.
120
4.0
11.1
7893
10.2
7.8
site
05
03/0
7/20
03–
2030
0.1
280.
120
4.0
10.4
7789
10.0
7.6
site
05
03/0
7/20
03–
3030
0.1
270.
120
4.0
10.2
7491
10.2
7.6
site
05
03/0
7/20
03–
4030
0.1
260.
120
4.0
9.7
6994
10.6
7.6
site
05
03/0
7/20
03–
5030
0.1
250.
120
4.0
9.3
6894
10.8
7.5
site
05
03/0
7/20
03–
6030
0.1
240.
120
4.0
8.9
6794
10.9
7.6
site
05
03/0
7/20
03–
7030
0.1
230.
120
4.0
8.7
6793
10.9
7.6
site
05
03/0
7/20
03–
7530
0.1
225.
120
4.0
8.5
6794
11.0
7.6
site
05
03/0
7/20
03–
8030
0.1
220.
120
4.0
8.5
6794
11.0
7.5
site
05
03/0
7/20
03–
8530
0.1
215.
120
4.0
8.5
6695
11.1
7.3
site
05
03/0
7/20
03–
9030
0.1
210.
120
4.0
8.4
6794
11.0
7.1
site
05
04/1
7/20
0311
:00
130
0.6
299.
620
4.0
15.5
8010
410
.47.
7si
te 0
504
/17/
2003
11:0
05
300.
629
5.6
204.
015
.380
102
10.2
7.6
site
05
04/1
7/20
0311
:00
1030
0.6
290.
620
4.0
14.1
8098
10.1
7.5
118 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
05
04/1
7/20
0311
:00
2030
0.6
280.
620
4.0
13.3
7910
010
.37.
5si
te 0
504
/17/
2003
11:0
030
300.
627
0.6
204.
012
.279
104
11.1
7.5
site
05
04/1
7/20
0311
:00
4030
0.6
260.
620
4.0
11.5
7910
411
.37.
5si
te 0
504
/17/
2003
11:0
050
300.
625
0.6
204.
011
.279
103
11.4
7.5
site
05
04/1
7/20
0311
:00
5530
0.6
245.
620
4.0
11.1
7910
311
.37.
5si
te 0
504
/17/
2003
11:0
060
300.
624
0.6
204.
010
.979
102
11.3
7.4
site
05
04/1
7/20
0311
:00
6530
0.6
235.
620
4.0
10.7
7910
011
.17.
4si
te 0
504
/17/
2003
11:0
070
300.
623
0.6
204.
010
.679
9710
.87.
4si
te 0
504
/17/
2003
11:0
075
300.
622
5.6
204.
010
.478
9410
.57.
4si
te 0
504
/17/
2003
11:0
080
300.
622
0.6
204.
010
.378
9310
.47.
4si
te 0
504
/17/
2003
11:0
085
300.
621
5.6
204.
010
.278
889.
97.
4si
te 0
504
/17/
2003
11:0
090
300.
621
0.6
204.
010
.077
879.
87.
5si
te 0
507
/07/
2003
–1
294.
229
3.2
204.
026
.081
104
8.4
8.1
site
05
07/0
7/20
03–
529
4.2
289.
220
4.0
26.0
8110
38.
48.
1si
te 0
507
/07/
2003
–10
294.
228
4.2
204.
026
.081
103
8.3
8.0
site
05
07/0
7/20
03–
2029
4.2
274.
220
4.0
24.1
7298
8.3
7.5
site
05
07/0
7/20
03–
3029
4.2
264.
220
4.0
23.0
6495
8.2
7.2
site
05
07/0
7/20
03–
4029
4.2
254.
220
4.0
21.1
6385
7.6
7.0
site
05
07/0
7/20
03–
5029
4.2
244.
220
4.0
19.9
6476
7.0
6.9
site
05
07/0
7/20
03–
5529
4.2
239.
220
4.0
19.4
6573
6.8
6.9
site
05
07/0
7/20
03–
6029
4.2
234.
220
4.0
18.9
6669
6.4
6.8
site
05
07/0
7/20
03–
6529
4.2
229.
220
4.0
18.4
6765
6.1
6.7
site
05
07/0
7/20
03–
7029
4.2
224.
220
4.0
17.7
6955
5.3
6.7
site
05
07/0
7/20
03–
7129
4.2
223.
220
4.0
17.6
6953
5.1
6.7
site
05
07/0
7/20
03–
7229
4.2
222.
220
4.0
17.2
7047
4.5
6.6
site
05
07/0
7/20
03–
7329
4.2
221.
220
4.0
16.6
7336
3.6
6.6
site
05
07/0
7/20
03–
7429
4.2
220.
220
4.0
16.3
7935
3.4
6.6
site
05
07/0
7/20
03–
7529
4.2
219.
220
4.0
15.6
7631
3.1
6.6
site
05
07/0
7/20
03–
7629
4.2
218.
220
4.0
14.8
7830
3.1
6.6
site
05
07/0
7/20
03–
7729
4.2
217.
220
4.0
14.1
7731
3.1
6.5
site
05
07/0
7/20
03–
7829
4.2
216.
220
4.0
14.4
7529
2.8
6.6
site
05
07/0
7/20
03–
7929
4.2
215.
220
4.0
13.4
8131
3.2
6.6
site
05
07/0
7/20
03–
8029
4.2
214.
220
4.0
12.5
8232
3.4
6.6
site
05
10/1
0/20
0311
:30
123
7.0
236.
020
4.0
21.9
100
857.
47.
1si
te 0
510
/10/
2003
11:3
05
237.
023
2.0
204.
021
.810
085
7.4
7.1
site
05
10/1
0/20
0311
:30
1023
7.0
227.
020
4.0
21.1
100
857.
57.
0si
te 0
510
/10/
2003
11:3
015
237.
022
2.0
204.
021
.810
085
7.5
7.0
site
05
10/1
0/20
0311
:30
2023
7.0
217.
020
4.0
21.8
100
847.
46.
9si
te 0
510
/10/
2003
11:3
025
237.
021
2.0
204.
021
.810
384
7.4
6.8
site
05
10/1
0/20
0311
:30
3023
7.0
207.
020
4.0
20.5
115
867.
56.
5
site
06
04/2
3/20
0213
:20
129
9.9
298.
9–
19.6
8611
410
.4–
Appendix C 119Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
06
04/2
3/20
0213
:20
529
9.9
294.
9–
19.4
8611
310
.4–
site
06
04/2
3/20
0213
:20
1029
9.9
289.
9–
18.4
8611
110
.4–
site
06
04/2
3/20
0213
:20
1529
9.9
284.
9–
17.2
8511
010
.6–
site
06
04/2
3/20
0213
:20
2029
9.9
279.
9–
16.1
8410
410
.3–
site
06
04/2
3/20
0213
:20
2529
9.9
274.
9–
15.2
8396
9.7
–si
te 0
604
/23/
2002
13:2
030
299.
926
9.9
–13
.877
9710
.1–
site
06
08/0
7/20
0218
:50
126
3.0
262.
0–
27.0
8911
79.
37.
0si
te 0
608
/07/
2002
18:5
05
263.
025
8.0
–27
.089
120
9.6
7.2
site
06
08/0
7/20
0218
:50
1026
3.0
253.
0–
26.9
8911
69.
67.
2si
te 0
608
/07/
2002
18:5
015
263.
024
8.0
–26
.091
115
8.3
7.2
site
06
08/0
7/20
0218
:50
2026
3.0
243.
0–
25.7
9011
69.
57.
2si
te 0
608
/07/
2002
18:5
025
263.
023
8.0
–25
.690
113
9.2
7.2
site
06
08/0
7/20
0218
:50
3026
3.0
233.
0–
25.5
9211
39.
27.
2si
te 0
608
/07/
2002
18:5
035
263.
022
8.0
–25
.395
111
9.1
7.1
site
06
08/0
7/20
0218
:50
4026
3.0
223.
0–
24.1
9268
6.3
7.0
site
06
08/0
7/20
0218
:50
4526
3.0
218.
0–
23.9
8828
1.5
6.8
site
06
08/0
7/20
0218
:50
4726
3.0
216.
0–
17.5
765.
00.
56.
5si
te 0
608
/07/
2002
18:5
050
263.
021
3.0
–15
.588
6.9
0.7
6.8
site
06
09/2
5/20
0213
:00
121
4.0
213.
0–
24.5
111
109
9.1
7.7
site
06
09/2
5/20
0213
:00
521
4.0
209.
0–
24.2
110
107
9.0
7.4
site
06
09/2
5/20
0213
:00
1021
4.0
204.
0–
22.7
112
847.
37.
1si
te 0
609
/25/
2002
13:0
015
214.
019
9.0
–22
.311
672
6.4
7.1
site
06
09/2
5/20
0213
:00
1721
4.0
197.
0–
22.2
126
686.
97.
1ai
te 0
601
/30/
2003
15:3
01
299.
029
8.0
–12
.282
122
13.1
8.6
aite
06
01/3
0/20
0315
:30
529
9.0
294.
0–
11.9
8312
213
.18.
4ai
te 0
601
/30/
2003
15:3
010
299.
028
9.0
–11
.682
118
12.8
8.1
aite
06
01/3
0/20
0315
:30
1529
9.0
284.
0–
10.4
8010
611
.97.
3ai
te 0
601
/30/
2003
15:3
025
299.
027
4.0
–9.
680
9811
.17.
0ai
te 0
601
/30/
2003
15:3
035
299.
026
4.0
–9.
383
9610
.96.
9ai
te 0
601
/30/
2003
15:3
045
299.
025
4.0
–9.
282
9310
.86.
8ai
te 0
601
/30/
2003
15:3
055
299.
024
4.0
–8.
785
9210
.76.
8si
te 0
603
/07/
2003
–1
300.
129
9.1
–11
.480
9510
.47.
8si
te 0
603
/07/
2003
–5
300.
129
5.1
–11
.380
9510
.47.
7si
te 0
603
/07/
2003
–10
300.
129
0.1
–10
.879
9210
.27.
6si
te 0
603
/07/
2003
–15
300.
128
5.1
–10
.579
9110
.17.
5si
te 0
603
/07/
2003
–25
300.
127
5.1
–10
.479
9010
.17.
4si
te 0
603
/07/
2003
–35
300.
126
5.1
–9.
574
9010
.37.
4si
te 0
603
/07/
2003
–45
300.
125
5.1
–8.
971
9210
.67.
4si
te 0
603
/07/
2003
–55
300.
124
5.1
–8.
870
9310
.86.
9si
te 0
604
/17/
2003
14:0
01
300.
629
9.6
–16
.081
105
10.4
7.6
site
06
04/1
7/20
0314
:00
530
0.6
295.
6–
15.3
8010
310
.37.
5si
te 0
604
/17/
2003
14:0
015
300.
628
5.6
–14
.580
979.
97.
3
120 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
06
04/1
7/20
0314
:00
2530
0.6
275.
6–
12.8
8296
10.1
7.3
site
06
04/1
7/20
0314
:00
3530
0.6
265.
6–
11.7
8199
10.7
7.4
site
06
04/1
7/20
0314
:00
4030
0.6
260.
6–
11.7
8199
10.7
7.4
site
06
04/1
7/20
0314
:00
4530
0.6
255.
6–
11.6
8199
10.7
7.4
site
06
04/1
7/20
0314
:00
5030
0.6
250.
6–
11.4
8298
10.7
7.4
site
06
04/1
7/20
0314
:00
5530
0.6
245.
6–
11.1
8410
010
.97.
4si
te 0
604
/17/
2003
14:0
056
300.
624
4.6
–11
.184
101
11.1
7.5
site
06
10/1
0/20
0312
:00
123
7.0
236.
0–
21.8
102
887.
87.
3si
te 0
610
/10/
2003
12:0
05
237.
023
2.0
–21
.810
289
7.8
7.3
site
06
10/1
0/20
0312
:00
1023
7.0
227.
0–
21.8
103
897.
87.
3si
te 0
610
/10/
2003
12:0
012
237.
022
5.0
–21
.810
490
7.9
7.3
site
07
08/0
7/20
0214
:40
126
3.0
262.
0–
26.9
8910
28.
17.
2si
te 0
708
/07/
2002
14:4
05
263.
025
8.0
–26
.289
103
8.3
7.5
site
07
08/0
7/20
0214
:40
1026
3.0
253.
0–
25.8
8994
7.7
7.3
site
07
08/0
7/20
0214
:40
1526
3.0
248.
0–
25.6
8993
7.6
7.3
site
07
08/0
7/20
0214
:40
2026
3.0
243.
0–
25.6
8993
7.6
7.3
site
07
08/0
7/20
0214
:40
2526
3.0
238.
0–
25.5
9089
7.3
7.2
site
07
08/0
7/20
0214
:40
3026
3.0
233.
0–
25.4
9280
6.6
7.1
site
07
08/0
7/20
0214
:40
3526
3.0
228.
0–
25.4
9277
6.3
7.0
site
07
08/0
7/20
0214
:40
3726
3.0
226.
0–
25.3
9371
6.1
7.0
site
07
04/1
7/20
0312
:50
130
0.6
299.
6–
17.0
8510
310
.07.
5si
te 0
704
/17/
2003
12:5
05
300.
629
5.6
–16
.084
100
9.9
7.3
site
07
04/1
7/20
0312
:50
1530
0.6
285.
6–
14.5
8195
9.7
7.2
site
07
04/1
7/20
0312
:50
2530
0.6
275.
6–
12.7
8386
9.1
7.2
site
07
04/1
7/20
0312
:50
3530
0.6
265.
6–
11.9
8092
9.9
7.2
site
07
04/1
7/20
0312
:50
4530
0.6
255.
6–
11.6
8193
10.1
7.1
site
07
04/1
7/20
0312
:50
5030
0.6
250.
6–
11.4
8091
9.9
7.1
site
07
04/1
7/20
0312
:50
5530
0.6
245.
6–
11.2
8089
9.8
7.1
site
07
04/1
7/20
0312
:50
6030
0.6
240.
6–
11.1
7990
9.9
7.2
site
07
04/1
7/20
0312
:50
6530
0.6
235.
6–
11.0
7991
10.0
7.2
site
07
04/1
7/20
0312
:50
7030
0.6
230.
6–
10.8
7991
10.1
7.3
site
07
04/1
7/20
0312
:50
7530
0.6
225.
6–
10.7
7990
10.0
7.3
site
07
04/1
7/20
0312
:50
8030
0.6
220.
6–
10.6
7990
10.0
7.6
site
08
01/3
0/20
0313
:20
129
9.0
298.
0–
11.6
8581
8.8
7.1
site
08
01/3
0/20
0313
:20
529
9.0
294.
0–
11.0
8680
8.9
7.0
site
08
01/3
0/20
0313
:20
1029
9.0
289.
0–
11.0
8578
8.7
6.5
site
08
01/3
0/20
0313
:20
1529
9.0
284.
0–
9.9
8374
8.5
6.4
site
08
01/3
0/20
0313
:20
2029
9.0
279.
0–
9.6
8572
8.2
6.2
site
08
01/3
0/20
0313
:20
2529
9.0
274.
0–
9.0
9268
7.9
5.9
site
08
01/3
0/20
0313
:20
3029
9.0
269.
0–
9.0
106
687.
85.
6
Appendix C 121Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
08
01/3
0/20
0313
:20
3129
9.0
268.
0–
9.1
187
677.
74.
8si
te 0
801
/30/
2003
13:2
032
299.
026
7.0
–9.
119
667
7.8
4.7
site
08
01/3
0/20
0313
:20
3329
9.0
266.
0–
9.1
201
677.
84.
7si
te 0
801
/30/
2003
13:2
034
299.
026
5.0
–9.
120
368
7.9
4.7
site
08
01/3
0/20
0313
:20
3529
9.0
264.
0–
9.2
203
708.
14.
7si
te 0
801
/30/
2003
13:2
036
299.
026
3.0
–9.
220
287
10.0
4.7
site
08
01/3
0/20
0313
:20
3729
9.0
262.
0–
9.2
203
8810
.14.
7si
te 0
801
/30/
2003
13:2
038
299.
026
1.0
–9.
220
388
10.2
4.6
site
08
01/3
0/20
0313
:20
3929
9.0
260.
0–
9.2
202
8910
.34.
6si
te 0
801
/30/
2003
13:2
040
299.
025
9.0
–9.
220
190
10.4
4.6
site
08
04/1
7/20
0315
:30
130
0.6
299.
6–
16.3
8110
610
.46.
9si
te 0
804
/17/
2003
15:3
05
300.
629
5.6
–15
.180
105
10.6
6.8
site
08
04/1
7/20
0315
:30
1030
0.6
290.
6–
14.7
8010
310
.46.
7si
te 0
804
/17/
2003
15:3
015
300.
628
5.6
–14
.480
9810
.06.
4si
te 0
804
/17/
2003
15:3
020
300.
628
0.6
–13
.881
959.
86.
1si
te 0
804
/17/
2003
15:3
025
300.
627
5.6
–12
.383
889.
56.
1si
te 0
804
/17/
2003
15:3
030
300.
627
0.6
–11
.787
808.
75.
7si
te 0
804
/17/
2003
15:3
035
300.
626
5.6
–10
.310
073
8.2
5.4
site
08
04/1
7/20
0315
:30
4030
0.6
260.
6–
10.3
165
717.
85.
0
site
10
01/2
8/20
018:
4516
234.
622
9.6
145.
813
.314
7–
8.7
7.3
site
10
01/2
8/20
018:
4533
234.
622
4.6
145.
813
.214
3–
7.1
7.1
site
10
01/2
8/20
018:
4549
234.
621
9.6
145.
812
.814
2–
7.1
7.1
site
10
01/2
8/20
018:
4566
234.
621
4.6
145.
812
.114
9–
6.4
7.1
site
10
01/2
8/20
018:
4582
234.
620
9.6
145.
811
.917
8–
4.2
6.9
site
10
08/0
9/20
02–
126
1.0
260.
014
5.8
27.0
8510
28.
17.
7si
te 1
008
/09/
2002
–10
261.
025
1.0
145.
826
.085
101
8.2
7.6
site
10
08/0
9/20
02–
2026
1.0
241.
014
5.8
26.0
8495
7.8
7.4
site
10
08/0
9/20
02–
3026
1.0
231.
014
5.8
25.5
8488
7.2
7.2
site
10
08/0
9/20
02–
4026
1.0
221.
014
5.8
24.0
8143
4.0
6.8
site
10
08/0
9/20
02–
4526
1.0
216.
014
5.8
21.0
7023
2.1
6.8
site
10
08/0
9/20
02–
5026
1.0
211.
014
5.8
17.0
6827
2.7
6.9
site
10
08/0
9/20
02–
5526
1.0
206.
014
5.8
13.0
7642
4.5
7.3
site
10
08/0
9/20
02–
5926
1.0
202.
014
5.8
12.0
7747
5.0
7.5
site
10
10/1
8/20
02–
119
9.8
198.
814
5.8
18.8
111
104
9.7
7.7
site
10
10/1
8/20
02–
219
9.8
197.
814
5.8
18.7
111
101
9.4
7.6
site
10
10/1
8/20
02–
719
9.8
192.
814
5.8
18.5
110
969.
07.
4si
te 1
010
/18/
2002
–12
199.
818
7.8
145.
818
.411
089
8.3
7.3
site
10
10/1
8/20
02–
1719
9.8
182.
814
5.8
18.2
111
787.
47.
1si
te 1
010
/18/
2002
–22
199.
817
7.8
145.
818
.111
455
5.2
6.9
site
10
10/1
8/20
02–
2319
9.8
176.
814
5.8
17.9
114
403.
86.
9si
te 1
010
/18/
2002
–24
199.
817
5.8
145.
817
.811
730
2.8
6.9
122 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
10
10/1
8/20
02–
2519
9.8
174.
814
5.8
17.8
117
282.
76.
9si
te 1
010
/18/
2002
–26
199.
817
3.8
145.
817
.711
823
2.2
6.9
site
10
10/1
8/20
02–
2719
9.8
172.
814
5.8
17.6
118
201.
96.
9si
te 1
010
/18/
2002
–28
199.
817
1.8
145.
817
.511
819
1.8
6.9
site
10
10/1
8/20
02–
2919
9.8
170.
814
5.8
17.4
119
161.
66.
8si
te 1
010
/18/
2002
–30
199.
816
9.8
145.
817
.311
915
1.5
6.8
site
10
10/1
8/20
02–
3119
9.8
168.
814
5.8
17.3
120
151.
56.
8si
te 1
010
/18/
2002
–32
199.
816
7.8
145.
817
.211
914
1.3
6.8
site
10
10/1
8/20
02–
3319
9.8
166.
814
5.8
17.0
122
121.
26.
8si
te 1
010
/18/
2002
–34
199.
816
5.8
145.
816
.912
08.
50.
86.
9si
te 1
010
/18/
2002
–35
199.
816
4.8
145.
816
.611
66.
30.
66.
9si
te 1
010
/18/
2002
–36
199.
816
3.8
145.
816
.111
65.
20.
56.
8si
te 1
010
/18/
2002
–37
199.
816
2.8
145.
815
.711
0–
–6.
6si
te 1
010
/18/
2002
–38
199.
816
1.8
145.
814
.210
5–
–6.
6si
te 1
010
/18/
2002
–39
199.
816
0.8
145.
812
.810
2–
–6.
7si
te 1
010
/18/
2002
–40
199.
815
9.8
145.
812
.099
––
6.8
site
10
10/1
8/20
02–
4219
9.8
157.
814
5.8
11.2
98–
–6.
6si
te 1
010
/18/
2002
–43
199.
815
6.8
145.
811
.299
––
6.7
site
10
10/1
8/20
02–
4419
9.8
155.
814
5.8
11.1
101
––
6.7
site
10
10/1
8/20
02–
4519
9.8
154.
814
5.8
11.1
104
––
6.6
site
10
10/1
8/20
02–
4619
9.8
153.
814
5.8
11.1
104
––
6.7
site
10
10/1
8/20
02–
4719
9.8
152.
814
5.8
11.0
105
––
6.6
site
10
10/1
8/20
02–
4819
9.8
151.
814
5.8
11.0
108
––
6.6
site
10
10/1
8/20
02–
4919
9.8
150.
814
5.8
10.9
109
––
6.6
site
10
10/1
8/20
02–
5019
9.8
149.
814
5.8
11.1
114
––
6.7
site
10
04/1
6/20
03–
130
0.8
299.
814
5.8
15.7
8185
8.4
7.5
site
10
04/1
6/20
03–
530
0.8
295.
814
5.8
15.4
8183
8.3
7.5
site
10
04/1
6/20
03–
1530
0.8
285.
814
5.8
14.8
8179
7.9
7.3
site
10
04/1
6/20
03–
2530
0.8
275.
814
5.8
12.7
8074
7.8
7.2
site
10
04/1
6/20
03–
3530
0.8
265.
814
5.8
11.8
8075
8.1
7.3
site
10
04/1
6/20
03–
4530
0.8
255.
814
5.8
11.5
7976
8.3
7.3
site
10
04/1
6/20
03–
5530
0.8
245.
814
5.8
11.1
8178
8.5
7.2
site
10
04/1
6/20
03–
6530
0.8
235.
814
5.8
10.8
8277
8.5
7.2
site
10
04/1
6/20
03–
7030
0.8
230.
814
5.8
10.7
8177
8.5
7.2
site
10
04/1
6/20
03–
7530
0.8
225.
814
5.8
10.5
8176
8.5
7.2
site
10
04/1
6/20
03–
8030
0.8
220.
814
5.8
10.5
8074
8.4
7.2
site
10
04/1
6/20
03–
8530
0.8
215.
814
5.8
10.3
7872
8.1
7.2
site
10
04/1
6/20
03–
9030
0.8
210.
814
5.8
10.2
7772
8.1
7.2
site
10
04/1
6/20
03–
9530
0.8
205.
814
5.8
10.1
7771
8.0
7.2
site
10
04/1
6/20
03–
100
300.
820
0.8
145.
810
.177
718.
07.
2si
te 1
004
/16/
2003
–10
530
0.8
195.
814
5.8
9.9
7669
7.9
7.3
site
10
04/1
6/20
03–
110
300.
819
0.8
145.
89.
875
697.
87.
3
Appendix C 123Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
10
04/1
6/20
03–
115
300.
818
5.8
145.
89.
875
697.
87.
3si
te 1
004
/16/
2003
–12
030
0.8
180.
814
5.8
9.7
7568
7.8
7.3
site
10
04/1
6/20
03–
125
300.
817
5.8
145.
89.
775
687.
87.
3si
te 1
004
/16/
2003
–13
030
0.8
170.
814
5.8
9.6
7568
7.8
7.4
site
10
04/1
6/20
03–
135
300.
816
5.8
145.
89.
675
687.
87.
4si
te 1
004
/16/
2003
–14
030
0.8
160.
814
5.8
9.6
7569
7.8
7.5
site
10
04/1
6/20
03–
145
300.
815
5.8
145.
89.
675
697.
97.
5si
te 1
004
/16/
2003
–15
030
0.8
150.
814
5.8
9.6
7570
8.0
7.6
site
10
04/1
6/20
03–
155
300.
814
5.8
145.
89.
675
728.
17.
7si
te 1
004
/17/
2003
–1
300.
629
9.6
145.
815
.181
949.
57.
7si
te 1
004
/17/
2003
–5
300.
629
5.6
145.
815
.181
949.
57.
7si
te 1
004
/17/
2003
–10
300.
629
0.6
145.
815
.081
949.
57.
7si
te 1
004
/17/
2003
–15
300.
628
5.6
145.
814
.981
949.
57.
7si
te 1
004
/17/
2003
–20
300.
628
0.6
145.
814
.981
949.
57.
7si
te 1
004
/17/
2003
–25
300.
627
5.6
145.
814
.181
949.
57.
5si
te 1
004
/17/
2003
–30
300.
627
0.6
145.
814
.181
949.
57.
8si
te 1
004
/17/
2003
–35
300.
626
5.6
145.
814
.181
939.
47.
8si
te 1
004
/17/
2003
–40
300.
626
0.6
145.
814
.080
909.
67.
8si
te 1
007
/07/
2003
–1
294.
229
3.2
145.
826
.581
100
8.1
8.2
site
10
07/0
7/20
03–
529
4.2
289.
214
5.8
26.5
8110
08.
18.
2si
te 1
007
/07/
2003
–10
294.
228
4.2
145.
826
.582
100
8.1
8.2
site
10
07/0
7/20
03–
2029
4.2
274.
214
5.8
26.4
8110
08.
18.
2si
te 1
007
/07/
2003
–30
294.
226
4.2
145.
825
.880
100
8.0
8.1
site
11
01/2
8/20
019:
2016
234.
621
8.6
146.
013
.313
4–
8.8
7.1
site
11
01/2
8/20
019:
2033
234.
620
1.6
146.
013
.314
3–
8.3
7.1
site
11
01/2
8/20
019:
2049
234.
618
5.6
146.
012
.522
2–
8.0
7.1
site
11
01/2
8/20
019:
2066
234.
616
8.6
146.
012
.023
8–
7.4
7.1
site
11
01/2
8/20
019:
2075
234.
615
9.6
146.
011
.728
4–
7.3
7.1
site
11
08/0
9/20
02–
126
1.0
260.
014
6.0
27.0
8510
18.
07.
7si
te 1
108
/09/
2002
–10
261.
025
1.0
146.
026
.084
100
8.1
7.6
site
11
08/0
9/20
02–
2026
1.0
241.
014
6.0
25.5
8492
7.6
7.3
site
11
08/0
9/20
02–
3026
1.0
231.
014
6.0
25.5
8482
6.9
7.1
site
11
08/0
9/20
02–
4026
1.0
221.
014
6.0
24.0
8135
3.0
6.7
site
11
08/0
9/20
02–
4526
1.0
216.
014
6.0
20.0
6921
1.9
6.7
site
11
08/0
9/20
02–
5526
1.0
206.
014
6.0
13.0
7546
4.9
6.8
site
11
08/0
9/20
02–
6526
1.0
196.
014
6.0
11.0
8043
4.8
6.8
site
11
08/0
9/20
02–
7526
1.0
186.
014
6.0
11.0
8235
3.9
6.8
site
11
08/0
9/20
02–
8526
1.0
176.
014
6.0
10.5
8431
3.5
6.9
site
11
08/0
9/20
02–
9526
1.0
166.
014
6.0
10.5
8427
3.1
6.9
site
11
08/0
9/20
02–
105
261.
015
6.0
146.
010
.586
172.
07.
1si
te 1
108
/09/
2002
–11
026
1.0
151.
014
6.0
10.5
8711
1.2
7.2
124 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
11
08/0
9/20
02–
115
261.
014
6.0
146.
010
.590
171.
87.
3si
te 1
109
/06/
2002
11:0
01
227.
822
6.8
146.
023
.310
179
6.7
7.3
site
11
09/0
6/20
0211
:00
522
7.8
222.
814
6.0
23.3
101
796.
77.
3si
te 1
109
/06/
2002
11:0
010
227.
821
7.8
146.
023
.310
479
6.7
7.3
site
11
09/0
6/20
0211
:00
2022
7.8
207.
814
6.0
23.3
101
807.
07.
2si
te 1
109
/06/
2002
11:0
025
227.
820
2.8
146.
023
.210
274
6.3
7.2
site
11
09/0
6/20
0211
:00
3022
7.8
197.
814
6.0
23.1
102
695.
97.
0si
te 1
109
/06/
2002
11:0
035
227.
819
2.8
146.
022
.710
558
5.1
6.9
site
11
09/0
6/20
0211
:00
4022
7.8
187.
814
6.0
20.0
952.
80.
246.
4si
te 1
109
/06/
2002
11:0
045
227.
818
2.8
146.
015
.684
2.9
0.29
6.4
site
11
09/0
6/20
0211
:00
4822
7.8
179.
814
6.0
13.6
952.
00.
216.
4si
te 1
109
/06/
2002
11:0
049
227.
817
8.8
146.
013
.496
2.0
0.21
6.4
site
11
09/0
6/20
0211
:00
5022
7.8
177.
814
6.0
12.5
992.
20.
236.
4si
te 1
109
/06/
2002
11:0
051
227.
817
6.8
146.
011
.810
02.
30.
256.
4si
te 1
109
/06/
2002
11:0
052
227.
817
5.8
146.
011
.699
2.4
0.26
6.5
site
11
09/0
6/20
0211
:00
5322
7.8
174.
814
6.0
11.5
992.
52.
706.
5si
te 1
109
/06/
2002
11:0
054
227.
817
3.8
146.
011
.499
2.6
0.28
6.5
site
11
09/0
6/20
0211
:00
5522
7.8
172.
814
6.0
11.4
992.
70.
296.
5si
te 1
109
/06/
2002
11:0
056
227.
817
1.8
146.
011
.399
2.9
0.32
6.5
site
11
09/0
6/20
0211
:00
5722
7.8
170.
814
6.0
11.2
993.
20.
346.
5si
te 1
109
/06/
2002
11:0
058
227.
816
9.8
146.
011
.299
3.6
0.40
6.6
site
11
09/0
6/20
0211
:00
5922
7.8
168.
814
6.0
11.0
986.
50.
716.
7si
te 1
109
/06/
2002
11:0
060
227.
816
7.8
146.
011
.098
9.0
1.0
6.8
site
11
09/0
6/20
0211
:00
6522
7.8
162.
814
6.0
11.0
9721
2.3
6.9
site
11
10/1
8/20
02–
119
9.8
198.
814
6.0
19.9
111
103
9.6
7.5
site
11
10/1
8/20
02–
519
9.8
194.
814
6.0
18.6
109
969.
07.
5si
te 1
110
/18/
2002
–10
199.
818
9.8
146.
018
.111
376
7.1
7.2
site
11
10/1
8/20
02–
1519
9.8
184.
814
6.0
18.1
112
686.
47.
1si
te 1
110
/18/
2002
–18
199.
818
1.8
146.
018
.011
557
5.4
7.0
site
11
10/1
8/20
02–
1919
9.8
180.
814
6.0
18.0
117
413.
96.
9si
te 1
110
/18/
2002
–20
199.
817
9.8
146.
018
.011
536
3.4
6.9
site
11
10/1
8/20
02–
2119
9.8
178.
814
6.0
18.0
116
323.
06.
9si
te 1
110
/18/
2002
–22
199.
817
7.8
146.
017
.911
332
3.1
6.9
site
11
10/1
8/20
02–
2319
9.8
176.
814
6.0
17.9
118
282.
76.
9si
te 1
110
/18/
2002
–24
199.
817
5.8
146.
017
.911
729
2.7
6.9
site
11
10/1
8/20
02–
2519
9.8
174.
814
6.0
17.8
117
232.
26.
8si
te 1
110
/18/
2002
–26
199.
817
3.8
146.
017
.711
822
2.1
6.8
site
11
10/1
8/20
02–
2719
9.8
172.
814
6.0
17.6
120
201.
96.
8si
te 1
110
/18/
2002
–28
199.
817
1.8
146.
017
.611
919
1.8
6.9
site
11
10/1
8/20
02–
2919
9.8
170.
814
6.0
17.5
118
252.
46.
9si
te 1
110
/18/
2002
–30
199.
816
9.8
146.
017
.511
822
2.1
6.9
site
11
10/1
8/20
02–
3119
9.8
168.
814
6.0
17.4
118
191.
86.
9
Appendix C 125Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
11
10/1
8/20
02–
3219
9.8
167.
814
6.0
17.3
120
101.
07.
0si
te 1
110
/18/
2002
–33
199.
816
6.8
146.
017
.412
012
1.1
7.0
site
11
10/1
8/20
02–
3419
9.8
165.
814
6.0
17.2
120
141.
37.
0si
te 1
110
/18/
2002
–35
199.
816
4.8
146.
016
.412
1–
–7.
0si
te 1
110
/18/
2002
–40
199.
815
9.8
146.
012
.010
8–
–7.
0si
te 1
110
/18/
2002
–45
199.
815
4.8
146.
011
.211
3–
–7.
0si
te 1
110
/18/
2002
–50
199.
814
9.8
146.
011
.211
4–
–7.
1si
te 1
111
/06/
2002
–1
204.
420
3.4
146.
015
.012
081
8.2
7.3
site
11
11/0
6/20
02–
520
4.4
199.
414
6.0
14.4
120
798.
07.
2si
te 1
111
/06/
2002
–10
204.
419
4.4
146.
013
.912
173
7.5
7.2
site
11
11/0
6/20
02–
1520
4.4
189.
414
6.0
13.8
120
717.
47.
2si
te 1
111
/06/
2002
–20
204.
418
4.4
146.
013
.812
072
7.4
7.2
site
11
11/0
6/20
02–
2520
4.4
179.
414
6.0
13.8
120
727.
47.
2si
te 1
111
/06/
2002
–30
204.
417
4.4
146.
013
.712
270
7.3
7.2
site
11
11/0
6/20
02–
3520
4.4
169.
414
6.0
13.7
122
697.
17.
2si
te 1
111
/06/
2002
–40
204.
416
4.4
146.
013
.712
269
7.1
7.2
site
11
11/0
6/20
02–
4520
4.4
159.
414
6.0
13.5
130
646.
77.
1si
te 1
111
/06/
2002
–49
204.
415
5.4
146.
012
.913
159
6.2
7.2
site
11
12/2
3/20
02–
126
2.2
261.
214
6.0
10.2
115
879.
77.
4si
te 1
112
/23/
2002
–5
262.
225
7.2
146.
09.
310
485
9.7
7.4
site
11
12/2
3/20
02–
1026
2.2
252.
214
6.0
9.2
105
859.
77.
4si
te 1
112
/23/
2002
–15
262.
224
7.2
146.
09.
210
784
9.7
7.4
site
11
12/2
3/20
02–
2026
2.2
242.
214
6.0
9.2
107
859.
77.
4si
te 1
112
/23/
2002
–25
262.
223
7.2
146.
09.
210
784
9.7
7.4
site
11
12/2
3/20
02–
3026
2.2
232.
214
6.0
9.1
106
859.
77.
4si
te 1
112
/23/
2002
–35
262.
222
7.2
146.
09.
110
485
9.8
7.4
site
11
12/2
3/20
02–
4026
2.2
222.
214
6.0
9.1
104
869.
97.
4si
te 1
112
/23/
2002
–45
262.
221
7.2
146.
09.
110
386
9.9
7.4
site
11
12/2
3/20
02–
5026
2.2
212.
214
6.0
9.0
100
8710
.17.
4si
te 1
112
/23/
2002
–55
262.
220
7.2
146.
08.
993
8810
.27.
4si
te 1
112
/23/
2002
–60
262.
220
2.2
146.
08.
993
8810
.37.
4si
te 1
112
/23/
2002
–65
262.
219
7.2
146.
08.
891
8910
.37.
4si
te 1
112
/23/
2002
–70
262.
219
2.2
146.
08.
890
8910
.47.
4si
te 1
112
/23/
2002
–75
262.
218
7.2
146.
08.
889
8910
.37.
4si
te 1
112
/23/
2002
–80
262.
218
2.2
146.
08.
788
9010
.57.
5si
te 1
112
/23/
2002
–85
262.
217
7.2
146.
08.
685
9010
.67.
5si
te 1
112
/23/
2002
–90
262.
217
2.2
146.
08.
687
9010
.67.
5si
te 1
112
/23/
2002
–95
262.
216
7.2
146.
08.
686
9110
.67.
5si
te 1
112
/23/
2002
–10
026
2.2
162.
214
6.0
8.6
8691
10.6
7.5
site
11
12/2
3/20
02–
105
262.
215
7.2
146.
08.
686
9210
.77.
5si
te 1
101
/17/
2003
–1
294.
229
3.2
146.
010
.091
––
7.4
126 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
11
01/1
7/20
03–
529
4.2
289.
214
6.0
9.9
91–
–7.
4si
te 1
101
/17/
2003
–10
294.
228
4.2
146.
09.
791
––
7.3
site
11
01/1
7/20
03–
2029
4.2
274.
214
6.0
9.3
90–
–7.
3si
te 1
101
/17/
2003
–30
294.
226
4.2
146.
08.
892
––
7.3
site
11
01/1
7/20
03–
4029
4.2
254.
214
6.0
8.8
90–
–7.
2si
te 1
101
/17/
2003
–50
294.
224
4.2
146.
08.
490
––
7.2
site
11
01/1
7/20
03–
6029
4.2
234.
214
6.0
8.7
90–
–7.
2si
te 1
101
/17/
2003
–70
294.
222
4.2
146.
08.
689
––
7.2
site
11
01/1
7/20
03–
8029
4.2
214.
214
6.0
8.4
80–
–7.
3si
te 1
101
/17/
2003
–90
294.
220
4.2
146.
08.
277
––
7.3
site
11
01/1
7/20
03–
100
294.
219
4.2
146.
08.
275
––
7.3
site
11
01/1
7/20
03–
110
294.
218
4.2
146.
08.
275
––
7.3
site
11
01/1
7/20
03–
120
294.
217
4.2
146.
08.
175
––
7.4
site
11
01/1
7/20
03–
130
294.
216
4.2
146.
08.
175
––
7.4
site
11
01/1
7/20
03–
140
294.
215
4.2
146.
08.
174
––
7.5
site
12
09/0
6/20
0212
:00
122
7.8
226.
816
2.0
23.3
102
827.
07.
3si
te 1
209
/06/
2002
12:0
05
227.
822
2.8
162.
023
.310
281
6.9
7.3
site
12
09/0
6/20
0212
:00
1522
7.8
212.
816
2.0
23.3
102
806.
87.
2si
te 1
209
/06/
2002
12:0
025
227.
820
2.8
162.
023
.210
278
6.6
7.2
site
12
09/0
6/20
0212
:00
3022
7.8
197.
816
2.0
23.1
102
726.
37.
1si
te 1
209
/06/
2002
12:0
035
227.
819
2.8
162.
022
.910
647
4.2
6.7
site
12
09/0
6/20
0212
:00
4022
7.8
187.
816
2.0
18.9
903.
20.
296.
5si
te 1
209
/06/
2002
12:0
041
227.
818
6.8
162.
018
.789
3.3
0.31
6.5
site
12
09/0
6/20
0212
:00
4222
7.8
185.
816
2.0
18.6
893.
40.
316.
5si
te 1
209
/06/
2002
12:0
043
227.
818
4.8
162.
018
.386
3.6
0.35
6.5
site
12
09/0
6/20
0212
:00
4422
7.8
183.
816
2.0
16.4
883.
90.
376.
6si
te 1
209
/06/
2002
12:0
045
227.
818
2.8
162.
015
.588
4.6
0.45
6.6
site
12
09/0
6/20
0212
:00
4622
7.8
181.
816
2.0
16.7
901.
60.
166.
5si
te 1
209
/06/
2002
12:0
047
227.
818
0.8
162.
015
.291
1.7
0.17
6.6
site
12
09/0
6/20
0212
:00
4822
7.8
179.
816
2.0
15.2
901.
80.
186.
5si
te 1
209
/06/
2002
12:0
049
227.
817
8.8
162.
014
.693
2.0
0.21
6.5
site
12
09/0
6/20
0212
:00
5022
7.8
177.
816
2.0
14.1
101
3.8
0.33
6.6
site
12
09/0
6/20
0212
:00
5122
7.8
176.
816
2.0
13.6
104
9.0
0.81
6.7
site
12
09/0
6/20
0212
:00
5222
7.8
175.
816
2.0
12.8
104
2.2
0.23
6.5
site
12
09/0
6/20
0212
:00
5322
7.8
174.
816
2.0
11.9
103
2.4
0.26
6.6
site
12
09/0
6/20
0212
:00
5422
7.8
173.
816
2.0
12.9
103
2.5
0.27
6.5
site
12
09/0
6/20
0212
:00
5522
7.8
172.
816
2.0
11.7
103
3.4
0.36
6.6
site
12
09/0
6/20
0212
:00
5722
7.8
170.
816
2.0
11.9
103
4.4
0.45
6.7
site
12
09/0
6/20
0212
:00
5822
7.8
169.
816
2.0
11.7
103
6.9
0.67
6.7
site
12
09/0
6/20
0212
:00
6022
7.8
167.
816
2.0
11.3
104
151.
46.
8si
te 1
209
/25/
2002
–1
214.
021
3.0
162.
024
.210
911
19.
38.
1
Appendix C 127Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
12
09/2
5/20
02–
521
4.0
209.
016
2.0
24.2
110
106
8.9
7.9
site
12
09/2
5/20
02–
1021
4.0
204.
016
2.0
22.5
105
827.
17.
1si
te 1
209
/25/
2002
–15
214.
019
9.0
162.
022
.210
568
5.9
7.0
site
12
09/2
5/20
02–
2021
4.0
194.
016
2.0
21.9
106
464.
06.
9si
te 1
209
/25/
2002
–25
214.
018
9.0
162.
021
.810
645
4.0
6.9
site
12
09/2
5/20
02–
3021
4.0
184.
016
2.0
21.7
107
423.
86.
9si
te 1
209
/25/
2002
–31
214.
018
3.0
162.
021
.610
739
3.4
6.9
site
12
09/2
5/20
02–
3221
4.0
182.
016
2.0
21.6
108
373.
36.
9si
te 1
209
/25/
2002
–33
214.
018
1.0
162.
021
.610
934
3.0
6.9
site
12
09/2
5/20
02–
3421
4.0
180.
016
2.0
21.6
110
322.
86.
9si
te 1
209
/25/
2002
–35
214.
017
9.0
162.
021
.511
017
1.5
6.8
site
12
09/2
5/20
02–
4021
4.0
174.
016
2.0
21.1
117
7.8
0.7
6.7
site
12
09/2
5/20
02–
4521
4.0
169.
016
2.0
15.7
118
1.3
0.1
6.7
site
12
09/2
5/20
02–
5021
4.0
164.
016
2.0
11.4
127
1.5
0.2
6.7
site
12
09/2
5/20
02–
5221
4.0
162.
016
2.0
11.4
127
2.5
0.3
6.8
site
12
11/0
6/20
02–
120
4.4
203.
416
2.0
14.8
122
868.
87.
3si
te 1
211
/06/
2002
–5
204.
419
9.4
162.
014
.012
279
8.1
7.3
site
12
11/0
6/20
02–
1020
4.4
194.
416
2.0
14.0
122
788.
07.
3si
te 1
211
/06/
2002
–15
204.
418
9.4
162.
013
.912
278
8.0
7.3
site
12
11/0
6/20
02–
2020
4.4
184.
416
2.0
13.9
122
778.
07.
2si
te 1
211
/06/
2002
–25
204.
417
9.4
162.
013
.712
970
7.3
7.2
site
12
11/0
6/20
02–
3020
4.4
174.
416
2.0
12.9
137
717.
57.
2si
te 1
211
/06/
2002
–35
204.
416
9.4
162.
012
.613
871
7.5
7.3
site
13
09/2
5/20
02–
121
4.0
213.
017
6.0
24.2
108
988.
37.
3si
te 1
309
/25/
2002
–5
214.
020
9.0
176.
023
.210
876
6.5
7.1
site
13
09/2
5/20
02–
1021
4.0
204.
017
6.0
22.2
108
504.
36.
9si
te 1
309
/25/
2002
–15
214.
019
9.0
176.
022
.011
042
3.7
6.9
site
13
09/2
5/20
02–
2021
4.0
194.
017
6.0
21.9
112
383.
46.
8si
te 1
309
/25/
2002
–25
214.
018
9.0
176.
021
.911
235
3.0
6.8
site
13
09/2
5/20
02–
3021
4.0
184.
017
6.0
21.7
112
262.
36.
8si
te 1
309
/25/
2002
–35
214.
017
9.0
176.
021
.511
715
1.4
6.8
site
13
09/2
5/20
02–
3821
4.0
176.
017
6.0
21.3
123
151.
56.
9si
te 1
301
/17/
2003
–1
294.
229
3.2
176.
09.
980
––
7.4
site
13
01/1
7/20
03–
529
4.2
289.
217
6.0
9.8
80–
–7.
3si
te 1
301
/17/
2003
–10
294.
228
4.2
176.
09.
178
––
7.3
site
13
01/1
7/20
03–
1529
4.2
279.
217
6.0
9.1
78–
–7.
3si
te 1
301
/17/
2003
–20
294.
227
4.2
176.
09.
077
––
7.3
site
13
01/1
7/20
03–
2529
4.2
269.
217
6.0
8.9
79–
–7.
2si
te 1
301
/17/
2003
–30
294.
226
4.2
176.
08.
878
––
7.2
site
13
01/1
7/20
03–
3529
4.2
259.
217
6.0
8.8
80–
–7.
2si
te 1
301
/17/
2003
–40
294.
225
4.2
176.
08.
885
––
7.2
128 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
13
01/1
7/20
03–
4529
4.2
249.
217
6.0
8.7
87–
–7.
2si
te 1
301
/17/
2003
–50
294.
224
4.2
176.
08.
787
––
7.2
site
13
01/1
7/20
03–
5529
4.2
239.
217
6.0
8.7
87–
–7.
2si
te 1
301
/17/
2003
–60
294.
223
4.2
176.
08.
686
––
7.2
site
13
01/1
7/20
03–
6529
4.2
229.
217
6.0
8.6
85–
–7.
2si
te 1
301
/17/
2003
–70
294.
222
4.2
176.
08.
578
––
7.3
site
13
01/1
7/20
03–
7529
4.2
219.
217
6.0
8.4
77–
–7.
3si
te 1
301
/17/
2003
–80
294.
221
4.2
176.
08.
477
––
7.3
site
13
01/1
7/20
03–
8529
4.2
209.
217
6.0
8.4
77–
–7.
4si
te 1
301
/17/
2003
–90
294.
220
4.2
176.
08.
377
––
7.4
site
13
01/1
7/20
03–
9529
4.2
199.
217
6.0
8.2
76–
–7.
5si
te 1
301
/17/
2003
–10
029
4.2
194.
217
6.0
8.2
75–
–7.
5si
te 1
307
/07/
2003
–1
294.
229
3.2
176.
026
.180
102
8.3
8.3
site
13
07/0
7/20
03–
529
4.2
289.
217
6.0
26.1
8010
28.
38.
2si
te 1
307
/07/
2003
–10
294.
228
4.2
176.
026
.181
102
8.3
8.3
site
13
07/0
7/20
03–
1529
4.2
279.
217
6.0
25.8
8010
58.
68.
3si
te 1
307
/07/
2003
–20
294.
227
4.2
176.
025
.780
102
8.3
8.2
site
13
07/0
7/20
03–
3029
4.2
264.
217
6.0
22.8
6910
18.
27.
5si
te 1
307
/07/
2003
–40
294.
225
4.2
176.
021
.166
887.
87.
2si
te 1
307
/07/
2003
–50
294.
224
4.2
176.
019
.967
777.
07.
0si
te 1
307
/07/
2003
–60
294.
223
4.2
176.
018
.967
706.
56.
9si
te 1
307
/07/
2003
–70
294.
222
4.2
176.
018
.869
656.
26.
9si
te 1
307
/07/
2003
–80
294.
221
4.2
176.
018
.470
706.
57.
0si
te 1
307
/07/
2003
–90
294.
220
4.2
176.
018
.079
666.
16.
8si
te 1
307
/07/
2003
–10
029
4.2
194.
217
6.0
11.6
8055
6.0
6.8
site
13
07/0
7/20
03–
105
294.
218
9.2
176.
011
.679
545.
86.
9si
te 1
307
/07/
2003
–11
029
4.2
184.
217
6.0
11.2
8251
5.6
6.9
site
13
07/0
7/20
03–
115
294.
217
9.2
176.
011
.282
515.
67.
0si
te 1
310
/10/
2003
12:1
51
237.
023
6.0
176.
021
.998
837.
37.
5si
te 1
310
/10/
2003
12:1
55
237.
023
2.0
176.
021
.998
837.
37.
4si
te 1
310
/10/
2003
12:1
510
237.
022
7.0
176.
021
.998
837.
37.
4si
te 1
310
/10/
2003
12:1
520
237.
021
7.0
176.
021
.998
837.
37.
4si
te 1
310
/10/
2003
12:1
530
237.
020
7.0
176.
021
.998
847.
47.
4si
te 1
310
/10/
2003
12:1
540
237.
019
7.0
176.
021
.998
847.
47.
4si
te 1
310
/10/
2003
12:1
550
237.
018
7.0
176.
021
.899
837.
37.
4si
te 1
310
/10/
2003
12:1
560
237.
017
7.0
176.
021
.798
877.
67.
5
site
14
01/0
2/20
02–
528
1.3
276.
318
1.0
10.7
88–
11.2
7.2
site
14
01/0
2/20
02–
1028
1.3
271.
318
1.0
9.9
106
–11
.37.
2si
te 1
401
/02/
2002
–15
281.
326
6.3
181.
09.
012
2–
11.3
7.2
site
14
01/0
2/20
02–
2028
1.3
261.
318
1.0
8.7
115
–10
.97.
2si
te 1
402
/12/
2002
–10
298.
828
8.8
181.
08.
697
–13
.27.
6
Appendix C 129Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
14
02/1
2/20
02–
4029
8.8
258.
818
1.0
7.7
96–
13.7
7.4
site
14
02/1
2/20
02–
8029
8.8
218.
818
1.0
6.9
84–
14.2
7.5
site
14
04/2
2/20
02–
129
9.9
298.
918
1.0
16.6
150
115
11.2
–si
te 1
404
/22/
2002
–10
299.
928
9.9
181.
016
.314
811
411
.2–
site
14
04/2
2/20
02–
2029
9.9
279.
918
1.0
14.0
142
113
11.4
–si
te 1
404
/22/
2002
–30
299.
926
9.9
181.
013
.812
611
411
.8–
site
14
04/2
2/20
02–
4029
9.9
259.
918
1.0
12.7
123
114
12.1
–si
te 1
404
/22/
2002
–50
299.
924
9.9
181.
011
.712
210
911
.9–
site
14
04/2
2/20
02–
5529
9.9
244.
918
1.0
11.5
125
107
11.7
–si
te 1
404
/22/
2002
–60
299.
923
9.9
181.
011
.212
710
311
.3–
site
14
04/2
2/20
02–
6529
9.9
234.
918
1.0
10.9
133
100
11.9
–si
te 1
404
/22/
2002
–70
299.
922
9.9
181.
010
.813
695
10.6
–si
te 1
404
/22/
2002
–75
299.
922
4.9
181.
010
.713
982
9.1
–si
te 1
404
/22/
2002
–80
299.
921
9.9
181.
010
.315
538
4.2
–si
te 1
404
/22/
2002
–85
299.
921
4.9
181.
010
.016
058
6.2
–si
te 1
404
/22/
2002
–90
299.
920
9.9
181.
010
.017
618
2.0
–si
te 1
406
/18/
2002
–1
298.
029
7.0
181.
026
.174
–9.
28
site
14
06/1
8/20
02–
529
8.0
293.
018
1.0
25.4
74–
9.5
8si
te 1
406
/18/
2002
–15
298.
028
3.0
181.
022
.669
–10
.59
site
14
06/1
8/20
02–
2529
8.0
273.
018
1.0
21.1
47–
9.8
8si
te 1
406
/18/
2002
–35
298.
026
3.0
181.
019
.747
–9.
98
site
14
06/1
8/20
02–
4529
8.0
253.
018
1.0
18.5
49–
9.5
8si
te 1
406
/18/
2002
–55
298.
024
3.0
181.
017
.657
–8.
78
site
14
06/1
8/20
02–
6529
8.0
233.
018
1.0
16.3
60–
7.7
7si
te 1
406
/18/
2002
–75
298.
022
3.0
181.
015
.265
–6.
57
site
14
06/1
8/20
02–
8529
8.0
213.
018
1.0
12.1
74–
6.0
7si
te 1
406
/18/
2002
–90
298.
020
8.0
181.
011
.576
–6.
07
site
14
06/1
8/20
02–
9229
8.0
206.
018
1.0
11.4
77–
6.0
7si
te 1
408
/09/
2002
–1
261.
026
0.0
181.
027
.086
102
8.2
7.6
site
14
08/0
9/20
02–
1026
1.0
251.
018
1.0
26.0
8797
7.9
7.3
site
14
08/0
9/20
02–
2026
1.0
241.
018
1.0
25.5
8681
6.6
7.1
site
14
08/0
9/20
02–
3026
1.0
231.
018
1.0
25.0
8564
5.4
6.9
site
14
08/0
9/20
02–
4026
1.0
221.
018
1.0
24.5
8934
3.0
6.8
site
14
08/0
9/20
02–
4526
1.0
216.
018
1.0
22.5
805.
30.
56.
6si
te 1
408
/09/
2002
–50
261.
021
1.0
181.
016
.573
6.0
0.6
6.6
site
14
08/0
9/20
02–
6026
1.0
201.
018
1.0
12.5
8318
1.8
6.5
site
14
08/0
9/20
02–
7026
1.0
191.
018
1.0
11.0
8718
2.1
6.7
site
14
08/0
9/20
02–
7526
1.0
186.
018
1.0
11.0
8816
1.8
7.2
site
14
08/0
9/20
02–
8026
1.0
181.
018
1.0
11.0
8823
2.5
7.3
site
14
09/2
5/20
0213
:20
121
4.0
213.
018
1.0
24.0
110
107
9.0
7.6
site
14
09/2
5/20
0213
:20
521
4.0
209.
018
1.0
23.8
110
927.
87.
4si
te 1
409
/25/
2002
13:2
010
214.
020
4.0
181.
022
.410
973
6.3
7.0
130 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
14
09/2
5/20
0213
:20
1521
4.0
199.
018
1.0
22.3
111
564.
96.
9si
te 1
409
/25/
2002
13:2
020
214.
019
4.0
181.
022
.111
152
4.5
6.9
site
14
09/2
5/20
0213
:20
2521
4.0
189.
018
1.0
21.9
113
443.
86.
9si
te 1
409
/25/
2002
13:2
030
214.
018
4.0
181.
021
.611
839
3.4
6.9
site
14
09/2
5/20
0213
:20
3221
4.0
182.
018
1.0
21.7
119
413.
67.
2si
te 1
411
/06/
2002
–1
204.
420
3.4
181.
014
.712
310
510
.67.
7si
te 1
411
/06/
2002
–5
204.
419
9.4
181.
014
.212
394
9.6
7.6
site
14
11/0
6/20
02–
1020
4.4
194.
418
1.0
14.0
124
848.
77.
5si
te 1
411
/06/
2002
–15
204.
418
9.4
181.
014
.012
487
9.0
7.4
site
14
11/0
6/20
02–
2020
4.4
184.
418
1.0
13.9
125
889.
07.
4si
te 1
411
/21/
2002
–1
211.
321
0.3
181.
013
.813
981
8.4
7.2
site
14
11/2
1/20
02–
521
1.3
206.
318
1.0
13.7
139
798.
17.
1si
te 1
411
/21/
2002
–10
211.
320
1.3
181.
012
.913
972
7.6
7.1
site
14
11/2
1/20
02–
1521
1.3
196.
318
1.0
12.9
140
747.
87.
2si
te 1
412
/04/
2002
–1
213.
021
2.0
181.
012
.814
285
9.0
7.3
site
14
12/0
4/20
02–
521
3.0
208.
018
1.0
12.3
142
849.
07.
3si
te 1
412
/04/
2002
–10
213.
020
3.0
181.
012
.114
083
8.9
7.3
site
14
12/0
4/20
02–
1521
3.0
198.
018
1.0
12.0
141
818.
77.
3si
te 1
412
/23/
2002
–1
262.
226
1.2
181.
09.
810
487
9.9
7.4
site
14
12/2
3/20
02–
526
2.2
257.
218
1.0
9.3
102
869.
97.
4si
te 1
412
/23/
2002
–10
262.
225
2.2
181.
09.
210
186
9.9
7.4
site
14
12/2
3/20
02–
1526
2.2
247.
218
1.0
9.2
100
869.
97.
4si
te 1
412
/23/
2002
–20
262.
224
2.2
181.
09.
210
086
9.9
7.4
site
14
12/2
3/20
02–
2526
2.2
237.
218
1.0
9.2
100
869.
97.
4si
te 1
412
/23/
2002
–30
262.
223
2.2
181.
09.
210
086
9.9
7.4
site
14
12/2
3/20
02–
3526
2.2
227.
218
1.0
9.1
100
8610
.07.
4si
te 1
412
/23/
2002
–40
262.
222
2.2
181.
09.
110
087
10.0
7.4
site
14
12/2
3/20
02–
4526
2.2
217.
218
1.0
9.1
100
8810
.17.
4si
te 1
412
/23/
2002
–50
262.
221
2.2
181.
09.
097
8810
.27.
4si
te 1
412
/23/
2002
–55
262.
220
7.2
181.
08.
996
8910
.47.
5si
te 1
412
/23/
2002
–60
262.
220
2.2
181.
08.
790
9110
.67.
5si
te 1
412
/23/
2002
–65
262.
219
7.2
181.
08.
789
9210
.77.
5si
te 1
412
/23/
2002
–70
262.
219
2.2
181.
08.
486
9310
.87.
5si
te 1
412
/23/
2002
–75
262.
218
7.2
181.
08.
286
9310
.97.
5
site
15
08/0
9/20
02–
126
1.0
260.
019
5.0
26.5
8798
7.9
7.4
site
15
08/0
9/20
02–
1026
1.0
251.
019
5.0
26.0
8889
7.3
7.2
site
15
08/0
9/20
02–
2026
1.0
241.
019
5.0
25.5
8681
6.6
7.1
site
15
08/0
9/20
02–
3026
1.0
231.
019
5.0
25.5
8770
5.8
6.9
site
15
08/0
9/20
02–
3526
1.0
226.
019
5.0
25.0
9051
4.4
6.8
site
15
08/0
9/20
02–
4026
1.0
221.
019
5.0
24.5
9421
2.0
6.7
site
15
08/0
9/20
02–
4526
1.0
216.
019
5.0
23.0
892.
00.
26.
4
Appendix C 131Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
15
08/0
9/20
02–
5026
1.0
211.
019
5.0
17.5
792.
50.
26.
3si
te 1
508
/09/
2002
–55
261.
020
6.0
195.
014
.082
3.4
0.3
6.4
site
15
08/0
9/20
02–
6026
1.0
201.
019
5.0
12.5
886.
70.
76.
9si
te 1
508
/09/
2002
–65
261.
019
6.0
195.
012
.587
7.4
1.1
7.1
site
15
09/2
5/20
0212
:50
121
4.0
213.
019
5.0
23.4
109
917.
77.
1si
te 1
509
/25/
2002
12:5
05
214.
020
9.0
195.
023
.210
980
6.8
6.9
site
15
09/2
5/20
0212
:50
1021
4.0
204.
019
5.0
22.1
112
514.
46.
7si
te 1
509
/25/
2002
12:5
015
214.
019
9.0
195.
021
.511
842
3.7
6.7
site
15
09/2
5/20
0212
:50
1921
4.0
195.
019
5.0
21.4
120
443.
97.
0si
te 1
511
/06/
2002
–1
204.
420
3.4
195.
014
.412
411
111
.38.
2si
te 1
511
/06/
2002
–5
204.
419
9.4
195.
014
.012
411
511
.88.
2si
te 1
511
/21/
2002
–1
211.
321
0.3
195.
013
.814
289
9.2
7.3
site
15
11/2
1/20
02–
521
1.3
206.
319
5.0
13.1
142
859.
07.
3si
te 1
511
/21/
2002
–10
211.
320
1.3
195.
012
.814
277
8.2
7.1
site
15
11/2
1/20
02–
1521
1.3
196.
319
5.0
12.3
152
879.
37.
4si
te 1
512
/04/
2002
–1
213.
021
2.0
195.
012
.214
283
8.9
7.3
site
15
12/0
4/20
02–
521
3.0
208.
019
5.0
11.8
143
838.
97.
3si
te 1
512
/04/
2002
–10
213.
020
3.0
195.
011
.614
385
9.2
7.3
site
15
12/0
4/20
02–
1421
3.0
199.
019
5.0
11.0
146
889.
67.
4
site
16
08/0
9/20
02–
126
1.0
260.
021
0.0
26.5
9694
7.5
6.8
site
16
08/0
9/20
02–
526
1.0
256.
021
0.0
26.0
9691
7.4
6.7
site
16
08/0
9/20
02–
1026
1.0
251.
021
0.0
26.0
9780
6.6
6.6
site
16
08/0
9/20
02–
1526
1.0
246.
021
0.0
25.5
9458
4.8
6.6
site
16
08/0
9/20
02–
2026
1.0
241.
021
0.0
25.0
9552
4.4
6.6
site
16
08/0
9/20
02–
2526
1.0
236.
021
0.0
25.0
9748
4.0
6.6
site
16
08/0
9/20
02–
3026
1.0
231.
021
0.0
25.0
103
504.
06.
6si
te 1
608
/09/
2002
–33
261.
022
8.0
210.
025
.011
334
5.0
6.8
site
16
09/2
5/20
0212
:30
121
4.0
213.
021
0.0
22.9
124
736.
36.
9si
te 1
609
/25/
2002
12:3
04
214.
021
0.0
210.
022
.912
573
6.3
6.9
site
17
09/0
6/20
02–
122
7.8
226.
8–
24.0
102
887.
47.
4si
te 1
709
/06/
2002
–5
227.
822
2.8
–24
.010
284
7.1
7.3
site
17
09/0
6/20
02–
1022
7.8
217.
8–
23.6
102
756.
47.
1si
te 1
709
/06/
2002
–15
227.
821
2.8
–23
.510
273
6.2
7.1
site
17
09/0
6/20
02–
2022
7.8
207.
8–
23.4
102
705.
97.
1si
te 1
709
/06/
2002
–25
227.
820
2.8
–23
.410
368
5.8
7.1
site
17
09/0
6/20
02–
3022
7.8
197.
8–
23.3
103
635.
47.
0si
te 1
709
/06/
2002
–35
227.
819
2.8
–22
.910
654
4.6
6.9
site
17
09/0
6/20
02–
3622
7.8
191.
8–
22.9
107
554.
76.
9si
te 1
709
/06/
2002
–37
227.
819
0.8
–22
.811
246
3.9
6.8
site
17
09/0
6/20
02–
3822
7.8
189.
8–
22.2
105
322.
86.
8
132 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
17
09/0
6/20
02–
3922
7.8
188.
8–
22.1
104
221.
96.
7si
te 1
709
/06/
2002
–40
227.
818
7.8
–21
.010
19.
10.
86.
6si
te 1
709
/06/
2002
–41
227.
818
6.8
–20
.897
7.6
0.7
6.7
site
17
09/0
6/20
02–
4222
7.8
185.
8–
19.7
957.
40.
76.
6si
te 1
709
/06/
2002
–43
227.
818
4.8
–19
.797
5.7
0.5
6.5
site
17
09/0
6/20
02–
4422
7.8
183.
8–
18.3
975.
60.
56.
5si
te 1
709
/06/
2002
–45
227.
818
2.8
–16
.896
6.3
0.6
6.0
site
18
11/0
6/20
02–
120
4.4
203.
4–
13.9
122
767.
97.
3si
te 1
811
/06/
2002
–5
204.
419
9.4
–13
.712
275
7.7
7.3
site
18
11/0
6/20
02–
1020
4.4
194.
4–
13.5
122
757.
87.
3si
te 1
811
/06/
2002
–14
204.
419
0.4
–13
.412
275
7.9
7.5
site
18
11/2
1/20
02–
121
1.3
210.
3–
13.9
136
828.
47.
3si
te 1
811
/21/
2002
–5
211.
320
6.3
–13
.613
581
8.4
7.1
site
18
11/2
1/20
02–
1021
1.3
201.
3–
12.8
135
737.
87.
1si
te 1
811
/21/
2002
–15
211.
319
6.3
–12
.813
573
7.8
7.2
site
18
11/2
1/20
02–
2021
1.3
191.
3–
12.7
135
737.
77.
3si
te 1
812
/04/
2002
–1
213.
021
2.0
–12
.514
476
8.1
7.2
site
18
12/0
4/20
02–
521
3.0
208.
0–
12.4
144
768.
17.
2si
te 1
812
/04/
2002
–10
213.
020
3.0
–11
.614
372
7.9
7.2
site
18
12/0
4/20
02–
1521
3.0
198.
0–
11.5
141
727.
97.
2si
te 1
812
/04/
2002
–20
213.
019
3.0
–11
.414
372
7.9
7.2
site
18
12/2
3/20
02–
126
2.2
261.
2–
9.4
9489
10.2
7.4
site
18
12/2
3/20
02–
526
2.2
257.
2–
8.8
9389
10.4
7.5
site
18
12/2
3/20
02–
1026
2.2
252.
2–
8.5
8990
10.5
7.5
site
18
12/2
3/20
02–
1526
2.2
247.
2–
8.0
8494
11.1
7.5
site
18
12/2
3/20
02–
2026
2.2
242.
2–
8.0
8494
11.1
7.6
site
18
12/2
3/20
02–
2526
2.2
237.
2–
7.9
8494
11.2
7.6
site
18
12/2
3/20
02–
3026
2.2
232.
2–
7.9
8495
11.3
7.6
site
18
12/2
3/20
02–
3526
2.2
227.
2–
7.7
8296
11.4
7.6
site
18
12/2
3/20
02–
4026
2.2
222.
2–
7.7
8297
11.5
7.6
site
18
12/2
3/20
02–
4526
2.2
217.
2–
7.7
8396
11.5
7.6
site
18
12/2
3/20
02–
5026
2.2
212.
2–
7.6
8297
11.5
7.6
site
18
12/2
3/20
02–
5526
2.2
207.
2–
7.6
8297
11.6
7.6
site
19
09/2
5/20
0215
:00
121
4.0
213.
0–
24.3
108
109
9.1
7.9
site
19
09/2
5/20
0215
:00
521
4.0
209.
0–
24.1
107
106
8.9
7.8
site
19
09/2
5/20
0215
:00
1021
4.0
204.
0–
23.6
107
102
8.6
7.6
site
19
09/2
5/20
0215
:00
1121
4.0
203.
0–
23.4
107
998.
47.
6si
te 1
910
/10/
2003
13:0
01
237.
023
6.0
233
21.9
9886
7.6
7.6
site
19
10/1
0/20
0313
:00
523
7.0
236.
023
321
.999
867.
67.
5
Appendix C 133Ta
ble
C1.
Fiel
d m
easu
rem
ents
for w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.—Co
ntin
ued
[Sta
tion
loca
tions
show
n in
figu
re 5
and
des
crib
ed in
tabl
e B
1. N
GV
D 2
9, N
atio
nal G
eode
tic V
ertic
al D
atum
of 1
929;
–, n
ot d
eter
min
ed; E
, est
imat
ed]
Stat
ion
Dat
eAp
prox
imat
e tim
e
Dept
h, in
fe
et b
elow
re
serv
oir
surfa
ce
Elev
atio
n of
re
serv
oir s
urfa
ce,
in fe
et a
bove
N
GVD
29
Elev
atio
n of
ob
serv
atio
n, in
fe
et a
bove
N
GVD
29
Elev
atio
n of
re
serv
oir b
otto
m, i
n fe
et a
bove
N
GVD
29
Wat
er
tem
pera
ture
, in
degr
ees
Cels
ius
Spec
ific
cond
ucta
nce,
in
mic
rosi
emen
s
per c
entim
eter
Diss
olve
d ox
ygen
, in
perc
ent o
f sa
tura
tion
Diss
olve
d
oxyg
en, i
n m
illig
ram
s
per l
iter
pH
site
19
10/1
0/20
0313
:00
1023
7.0
236.
023
321
.998
877.
67.
5si
te 1
910
/10/
2003
13:0
015
237.
023
6.0
233
21.8
9888
7.7
7.5
site
19
10/1
0/20
0313
:00
2223
7.0
236.
023
321
.798
777.
77.
5
site
20
03/0
7/20
03–
130
0.1
299.
1–
12.8
8595
10.0
7.9
site
20
03/0
7/20
03–
530
0.1
295.
1–
12.7
8595
10.1
7.9
site
20
03/0
7/20
03–
1030
0.1
290.
1–
12.4
8495
10.2
8.0
site
20
03/0
7/20
03–
1530
0.1
285.
1–
12.3
8495
10.2
7.9
site
20
03/0
7/20
03–
2030
0.1
280.
1–
11.2
8393
10.2
7.8
site
20
03/0
7/20
03–
2530
0.1
275.
1–
11.0
8389
9.8
7.5
site
20
03/0
7/20
03–
3030
0.1
270.
1–
10.8
8485
9.4
7.4
site
20
03/0
7/20
03–
3530
0.1
265.
1–
10.6
8882
9.1
7.4
site
20
03/0
7/20
03–
4030
0.1
260.
1–
10.3
8780
8.9
7.3
site
20
03/0
7/20
03–
4530
0.1
255.
1–
9.8
8680
9.0
7.3
site
20
03/0
7/20
03–
5030
0.1
250.
1–
9.5
8182
9.4
7.2
site
20
03/0
7/20
03–
5530
0.1
245.
1–
9.4
8090
9.9
7.3
134 Environmental Factors Affecting Mercury in Camp Far West Reservoir, California, 2001–03
Loca
tion
wee
k of
:20
01
2002
20
03to
tals
1-N
ov28
-Nov
2-Ja
n12
-Feb
22-A
pr18
-Jun
6-A
ug6-
Sep
25-S
ep18
-Oct
4-N
ov21
-Nov
4-D
ec23
-Dec
17-J
an28
-Jan
7-M
ar16
-Apr
7-Ju
l10
-Oct
site
01
1
1
1
3
site
02
11
11
11
11
1
21
11
11
11
11
20si
te 0
3
1
1
2
site
04
1
11
11
21
11
11
11
1
11
17si
te 0
5
1
1
11
1
11
11
11
112
site
06
1
1
1
1
11
1
7si
te 0
7
1
1
2
site
08
1
1
2si
te 1
0
1
1
1
21
6
site
11
1
11
1
1
1
1
7si
te 1
2
11
1
3
site
13
1
1
11
4si
te 1
4
1
11
11
1
1
11
1
10
site
15
1
1
11
1
5si
te 1
6
1
1
2
site
17
1
1si
te 1
8
1
11
1
4
site
19
1
1
2si
te 2
0
1
1
tota
l11
0
Tabl
e C2
. Su
mm
ary
of d
ates
and
loca
tions
of w
ater
-col
umn
prof
iles,
Cam
p Fa
r Wes
t Res
ervo
ir, C
alifo
rnia
.
[1 o
r 2 in
dica
te n
umbe
r of t
imes
dat
a w
as c
olle
cted
for w
ater
-col
umn
prof
ile a
t ind
icat
ed st
atio
n du
ring
indi
cate
d w
eek]
![Operationalinstruments[and measuredparameters] The … · irradiance ratio, column water vapor, aerosol single scattering albedo]. ... profiles by an HATPRO-RPG microwave radiometer](https://static.fdocuments.in/doc/165x107/5b5e1e497f8b9a65028efd0c/operationalinstrumentsand-measuredparameters-the-irradiance-ratio-column.jpg)
