ground-water levels in the alluvial aquifer
TRANSCRIPT
IN EASTERN ARKANSAS, 1987
By Paul W. Westerfield
ARKANSAS SOIL AND WATER CONSERVATION COMMISSION,
the U.S. SOIL CONSERVATION SERVICE and
LOCAL CONSERVATION DISTRICTS
Little Rock, Arkansas
For additional information write to:
District Chief U.S. Geological Survey 2301 Federal Office Building 700 West Capitol Little Rock, Arkansas 72201
Copies of this report can be purchased from:
U.S. Geological Survey Books and Open-File Reports Federal Center, Building 810 Box 25425 Denver, Colorado 80225
CONTENTS
Page
2. Diagram showing well-numbering system............................... 6
TABLE
Table 1. Water levels in wells completed in the alluvial aquifer, spring and fall 198?........................................ 9
111
CONVERSION FACTORS
For use of readers who prefer to use metric (International System) units, rather than the inch-pound units used in this report, the following conversion factors may be used:
Multiply inch-pound unit By To obtain metric unit
foot (ft) 0.3048 meter (m)
Sea level: In this report "sea level" refers to the National Geodetic Vertical Datum of 1929 (NGVD of 1929) a geodetic datum derived from a general adjustment of the first-order level nets of both the United States and Canada, formerly called "Sea Level Datum of 1929."
iv
IN EASTERN ARKANSAS, 198?
By Paul W. Westerfield
ABSTRACT
This report, prepared by the U.S. Geological Survey in cooperation with
the Arkansas Soil and Water Conservation Commission, the U.S. Soil Conser
vation Service and local Conservation Districts, contains ground-water level
measurements of 516 wells that tap the alluvial aquifer in the Quaternary
deposits of the Mississippi Alluvial Plain. The measurements were made by
district Soil Conservation Service personnel during 1987.
The shallowest prepumping water levels occurred in Ashley, Clay, Crit-
tenden, Greene, Mississippi, Phillips, and Randolph Counties where water
levels averaged less than 20 feet below the land surface. The deepest water
levels occurred in Arkansas, Lonoke, Poinsett, and Prairie Counties where
water levels of more than 100 feet below land surface were measured. Water
levels in the postpumping season averaged about 3.3 feet lower than during the
prepumping season.
This report contains records of water-level measurements made in 516
wells that tap the aquifer in the Quaternary deposits of the Mississippi
Alluvial Plain (fig. 1), herein referred to as the alluvial aquifer. This
report is prepared as part of the East Arkansas Water Conservation Project, a
cooperative effort with the Arkansas Soil and Water Conservation Commission,
the U.S. Soil Conservation Service and local Conservation Districts, to help
better define the hydrologic characteristics of the alluvial aquifer in
eastern Arkansas. In addition to the data included in this report, the U.S.
Geological Survey in cooperation with the Arkansas Geological Commission
maintains a network of monitor wells measured each spring before the pumping
season. Recent publications of the U.S. Geological Survey concerning the
alluvial aquifer in eastern Arkansas are listed in the selected references
section of this report.
The data in this report were collected by district Soil Conservation
Service personnel with technical advice and coordination provided by the U.S.
Geological Survey. These data will be used in conjunction with measurements
made by the U.S. Geological Survey to prepare maps showing potentiometrie
surface, depth to water, and 5-year net change of water levels in eastern
Arkansas for 1987. The water-level data included in this report are not
stored in the U.S. Geological Survey's WATSTORE ground-water file system but
are stored in local files of the U.S. Geological Survey.
The water levels in Table 1 reflect the prepumping and postpumping
conditions during 1987. The shallowest prepumping water levels occurred in
Ashley, Clay, Crittenden, Greene, Mississippi, Phillips, and Randolph
Counties, where water levels averaged less than 20 feet below the land
surface. The deepest water levels occurred in Arkansas, Lonoke, Poinsett, and
Prairie Counties, where water levels of more than 100 feet below land surface
were measured; water levels in these counties averaged from 59.0 to 88.6 feet
below land surface. Water levels in the postpumping season averaged about 3.3
feet lower than during the prepumping season.
DESCRIPTION OF TABLE
Table headings used in the report are defined as follows:
Location: Township, range, and section number designation of well.
Altitude of land surface: Altitude of the land surface at the well, in
feet above sea level. The altitudes were estimated from topographic maps and
are accurate to within 2.5 feet.
Depth to water below land surface: Measured depth to water, in feet
below land surface. Measurements were made with a chalked steel tape and are
accurate to within 0.10 foot.
Altitude of water level: Altitude of water level, in feet, above or
below sea level.
Net change: Difference in feet between the spring and fall 1987 altitude
of water level. Symbol preceding number indicates a decline (-) in water
levels in the well during the period.
36° PLATEAUS
ALLUVIAL ARKANSAS
WELL-NUMBERING SYSTEM
The well-numbering system used in this report is based upon the location
of the wells according to the Federal land survey used in Arkansas. The com
ponent parts of a well number are the township number, the range number, the
section number, and three letters that indicate, respectively, the quarter
section, the quarter-quarter section, and the quarter-quarter-quarter section
in which the well is located. The letters are assigned counterclockwise,
beginning with "A" in the northeast quarter or quarter-quarter or quarter-
quarter-quarter section in which the well is located. For example, well
01S03W04BBD (fig. 2) is located in Township 1 South, Range 3 West, and in the
southeast quarter of the northwest quarter of the northwest quarter of section
WELL 01S03W04BBD
SELECTED REFERENCES
Edds, Joe, 1981, Ground-water levels in Arkansas, spring 1981: U.S. Geologi
cal Survey Open-File Report 81-114, 52 p.
1982, Ground-water levels in Arkansas, spring 1982: U.S. Geological
Survey Open-File Report 82-852, 51 p.
1983, Ground-water levels in Arkansas, spring 1983: U.S. Geological
Survey Open-File Report 83-268, 49 p.
1984, Ground-water levels in Arkansas, spring 1984: U.S. Geological
Survey Open-File Report 84-711, 58 p.
Edds, Joe, and Fitzpatrick, D.J., 1984, Maps showing altitude of the poten-
tiometric surface and changes in water levels of the alluvial aquifer in
eastern Arkansas, spring 1983: U.S. Geological Survey Water-Resources
Investigations Report 84-4264, 1 sheet.
Edds, Joe, and Remsing, L.R., 1986, Ground-water levels in Arkansas, spring
1986: U.S. Geological Survey Open-File Report 86-406W, 62 p.
Edds, Joe, and Spencer, J.L., 1985, Ground-water levels in Arkansas, spring
1985: U.S. Geological Survey Open-File Report 85-478, 60 p.
Freiwald, D.A., and Plafcan, Maria, 1987, Ground-water levels in Arkansas,
spring 1987: U.S. Geological Survey Open-File Report 87-459, 66 p.
Holland, T.W., and Ludwig, A.H., 1981, Use of water in Arkansas, 1980:
Arkansas Geological Commission Water Resources Summary No. 14, 30 p.
Plafcan, Maria, 1985, Ground-water levels in the alluvial aquifer in eastern
Arkansas, 1984: U.S. Geological Survey Open-File Report 85-569, 26 p.
1986, Ground-water levels in the alluvial aquifer in eastern Arkansas,
1985: U.S. Geological Survey Open-File Report 86-242, 29 p.
1987, Ground-water levels in the alluvial aquifer in eastern Arkansas,
1986: U.S. Geological Survey Open-File Report 87-545, 31 p.
Plafcan, Maria, and Edds, Joe, 1986, Water level and saturated thickness maps
of the alluvial aquifer in eastern Arkansas, 1984: U.S. Geological
Survey Water-Resources Investigations Report 86-4014, 1 sheet.
Plafcan, Maria, and Fugitt, D.T., 1987, Water-level maps of the alluvial
aquifer in eastern Arkansas, 1985: U.S. Geological Survey Water-
Resources Investigations Report 86-4178, 1 sheet.
Westerfield, P.W., and Plafcan, Maria, 1988, Ground-water levels in Arkansas,
spring 1988: U.S. Geological Survey Open-File Report 88-706, 72 p.
Ta bl e
ve ls
in th e
Fa ll
02 S0 4W 20 AA B
03 S0
4W 18
CC A
03 S0 4W 19 AA
05 S0 3W 16 AB B
05 S0
4W 04
BA A
16 S0
5W 01
AC D
18 S0
4W 23
DD D
19 S0
5W 27
CB A
K. Ma
ie r
Cl yd
e Ru
ss el
St ev
en H
ar ve
11 3 65 11 0
11 4 90 89 70 73 52 24 17 16 16 15 19 13 22 19
.0 .0 .0 .0 .0 .0 .0 .0 .0 .0 AS HL
EY
04 -2
2 04
-2 2
04 -2
2 04
-2 2
04 -2
2 04
-2 2
04 -2
2 04
-2 2
04 -2
2 04
-2 2
92 .
71 .
76 .
54 .
33 .
18 .
19 .
25 .
21 .
23 .
21 .
24 .
0 0 0 0 0 0 0 0 0 0 8 1 6 4 9 6 0 0
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -1 4
10 -1 4
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
ve ls
in w
in th e
ri ng
Sp ri ng 19
14 S0 2W 18 BB A
15 S0
1W 31
AD D
15 S0
2W 20
CD D
15 S0
3W 13
AC C
16 S0
3W 11
AB A
17 S0
3W 18
CB C
17 S0
3W 28
AC C
18 S0
1W 33
BD A
Ma rk S
Jo e
Ga te
Wa ll
ac e
Le wa
ll en
el ls co mp le te d
in th e
qu if er ,
Sp ri ng 19
F e e t _ _ _ D a t e
( f e e t ) _ _ _ F e e t _ _ _ D a t e
(f ee t)
(f ee t)
TI NU
21 N0 3E 15 CB
21 N0 3E 36 CD
21 N0 4E 09 DA
21 N0 6E 09 BB
21 N0 7E 01 DC
21 N0
7E 19
21 N0
8E 03
Ch ar
le s
Ho ll
Bu el T
13 N0
3E 23
13 N0 4E 26 BC
13 N0 5E 06 DC
13 N0 6E 03 AC
13 N0 6E 21 CB
13 N0 7E 22 DB
Jo y
C. C. El
5. 7
5. 8
e 1. W at er le ve ls in w
el ls co mp le te d
in th e
87 a
nd fa
Sp ri
ng 19
TI NU
14 N0
1E 31
14 N0
2E 16
14 N0
5E 29
15 N0
2E 12
15 N0
5E 32
15 N0
7E 21
Pl az
a, In
te el e
Ke ic
h, Tr
us t
-- 18 .4
22 .8
07 N0
8E 17
Bi ll
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n Bi
ll y
ev el s
al lu
vi al
ri ng
Sp ri ng 19
87 Fa ll 19
ee t)
CR IT TE ND EN C O U N T Y C ON
TI NU
08 N0
7E 32
DA D
09 N0
7E 02
CC A
09 N0
7E 21
CD D
06 N0
2E 10
CD A
06 N0
2E 12
AA A
06 N0
5E 02
AA A
07 N0
2E 12
BB C
07 N0
2E 15
DA A
07 N0
2E 29
DD C
07 N0
4E 07
AA A
07 N0
5E 09
DB C
Jo e
Bo on
Bo ok
ma n
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C. W.
ve ls
in th e
qu if er ,
Sp ri ng 19 87
Fa ll 19
TI NU
08 N0
1E 17
CA D
08 N0
2E 12
DC C
08 N0
2E 17
BA A
08 N0
4E 27
AB B
09 N0
1E 04
AC D
09 N0
1E 33
BB A
09 N0
1E 36
AA B
09 N0
2E 20
AA A
09 N0
3E 17
CD D
09 N0
4E 01
AD D
09 N0
4E 33
AD B
09 N0
5E 32
BD B
H. F.
in ha
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be cc
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sh er
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09 S0
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CB B
10 S0
2W 23
DB C
10 S0
4W 08
BD A
10 S0
4W 11
BB B
10 S0
4W 16
CC A
11 S0
2W 15
BA D
11 S0
2W 31
DA A
12 S0
1W 23
DB C
13 S0
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Br oo
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Jo hn so n
ve ls
in w
el ls
in th
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14 S0
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14 S0
4W 22
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16 N0
5E 27
DB B
16 N0
6E 09
AA C
16 N0
6E 21
BB A
17 N0
3E 28
CD B
17 N0
3E 29
AB B
17 N0
6E 22
CB A
17 N0
7E 29
CB B
18 N0
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BA B
Mc La
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in Wi
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We ll
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la ne
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al lu vi al aq ui fe r, sp
ri ng
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18 N0
8E 29
CB A
19 N0
5E 34
BD D
Hi ll
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hh et
te e
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11 N0 4W 06 AB B
12 N0 5W 36 AB A
14 N0 3W 12 CC B
14 N0 3W 14 CB B
09 N0 1E 18 C
09 N0
1W 15
D 09
N0 1W
30 B
09 N0
2W 32
10 N0
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C 10
N0 1W
Je rr y
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th e
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0 0
Sp ri
F e e t _ _ _ D a t e __ _( fe et )
(f ee
t)
JA CK SO N C O U N T Y C ON
TI NU
10 N0 1W 27 A
10 N0
2W 29
11 N0 1W 25 B
11 N0
2W 02
D 11
N0 2W
11 N0
3W 05
11 N0 3W 18 C
12 N0 1W 11 B
12 N0 1W 14 BC
12 N0 1W 30 C
12 N0
1W 30
13 N0
2W 10
13 N0
2W 34
J. Ki
ef fe
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ro s.
Jo e
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rd s
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16 .4
15 .0
ve ls
in w
el ls
in th e
ui fe
r, sp
ri ng
Sp ri
(f ee t)
JA CK SO N C O U N T Y C ON TI NU ED
13 N0 3W 15
13 N0 3W 36
14 N0 1W 19
14 N0 2W 12
Ta yl
or Es
ta te
S. Gr
ah am
Ly nn N
W. I.
Ge or ge B
03 S0
9W 36
03 S1
0W 26
DA D
04 S0
7W 35
DD B
04 S0
9W 01
DA A
05 S0
7W 35
CD D
Ne d
Br ow
n C.
Tu ck
er E
st at
st at
in th e
al lu vi al aq ui fe r, sp ri ng 19 87 a
nd fa
Sp ri ng 19
15 N0
1E 32
AA B
15 N0
1W 03
BA B
15 N0
1W 30
AA A
15 N0
2E 10
BB D
16 N0
1E 30
DC C
16 N0
1E 35
AA A
16 N0
1W 30
DD C
16 N0
2E 12
AA B
17 N0
1E 27
AA A
17 N0
1W 26
BC B
Tr um
an G
oo ds
Er vi n
La nc
Jo el T
D. B. Wh it e
St an
J on
Me lt
Ja me
s F.
Be lk F
W. A.
is le
on ne
ll y
25 5
25 0
25 5
25 9
25 5
25 4
24 7
26 1
26 0
25 6
25 5
26 1
26 0
26 0
25 5
26 0
26 5
27 0
26 0
25 7
27 0
26 5
26 8
26 5
31 .9
29 .9
39 .2
25 .5
31 .8
24 .9
19 .0
31 .5
34 .2
30 .8
17 .5
26 .6
30 .4
28 .6
ev el
in th e
87 a
nd fa ll 19 87 C on ti nu ed
Sp ri ng 19 87
Fa ll
wa te
01 N0
1E 09
CC C
01 N0
1E 24
CB A
01 N0
2E 33
CB B
02 N0
1E 21
AA 02
N0 1E
23 AB
02 N0 1W 34 DD C
02 N0
2E 33
DC D
02 N0
2E 36
DD C
02 N0
3E 17
02 N0 4E 03 AB D
03 N0 1E 03 CB C
03 N0 1E 17 AD C
03 N0 1E 32 BB C
03 N0
2E 12
CD C
03 N0
3E 05
CB C
Jo hn F
Bi ll G
er ra rd
Ji mm y
Ma n l
A . B .
Th om
ps on
St ev
e Fo
wl er
ff A. J. Ha rv ey
A. J. Ha rv ey
Al ex Pa lm er
Ja ne
C lo
rt en
Wh it
eh ea
Bu dd
Fa ye
B ul
la rd
17 5
17 5
18 5
20 5
20 0
20 5
20 0
18 5
18 5
18 5 --
20 0
18 6
18 0
20 5
20 5
22 0
21 5
18 5
20 5
20 0
20 0
21 0
20 5
21 0
22 5
15 .0
16 .3
10 .3
19 .0
19 .0
20 .0
e 1. W at er le ve ls in w
el ls
c om pl et ed in th e
al lu vi al aq ui fe r, sp ri ng 19 8? a
nd fa
Sp ri ng 19
(f ee t)
LE E C O U N T Y C ON TI NU ED
03 N0 3E 18 DA B
03 N0 4E 07 CB B
03 N0 5E 03 AD B
03 N0
5E 26
AD C
Tr en
07 S0
7W 36
CB D
08 S0
4W 06
AC B
08 S0
4W 28
CA B
08 S0
5W 12
DB A
08 S0
5W 16
DB C
08 S0
5W 21
DC D
08 S0
5W 29
AB C
08 S0
5W 32
DC C
09 S0
5W 34
BB D
09 S0
6W 03
BD C
09 S0
6W 04
BD D
09 S0
6W 14
AC A
09 S0
6W 23
BC D
09 S0
6W 24
DA A
Ka ti
R. L.
Ja ck J
ac ks on
G. D. Sm it h
19 0
18 5
17 4
16 6
17 1
17 4
17 4
17 6
17 4
17 1
17 5
18 0
17 5
17 5
17 7
11 .0
ev el s
al lu
vi al
87 a
nd f
al l
ro U )
Lo ca
ti on
La nd
o wn
De pt h
01 N0
7W 33
BC B
01 N0
8W 19
DB D
01 N0
9W 25
BA A
01 N1
0W 02
CB D
01 N1
0W 15
CD A
01 S0
6W 16
CC C
01 S0
7W 02
CA A
01 S0
9W 03
CD C
01 S0
9W 36
CC C
01 S1
0W 15
BB A
02 N0
7W 07
DA A
02 N0
8W 23
DD B
02 N0
9W 18
AB C
02 N1
0W 15
AC C
02 N1
0W 24
DB A
02 S0
8W 22
CC C
02 S0
9W 02
BB C
Sc he
ne be
ck Wa
Fa rm s
Ae ri es ,
St ec ks
El li
ot Ki
tt le
22 7
21 3
21 8
23 0
22 8
24 1
24 0
24 1
20 7
20 1
21 0
22 5
22 0
23 8
23 2
22 9
26 1
23 8
24 2
23 7
24 3
21 6
22 4
22 8
22 8
22 .4
79 .0
68 .4
85 .9
53 .5
47 .7
23 .0
11 6.
0 11
0. 8
76 .4
39 -2
32 .2
el ls
in th e
al lu vi al aq ui fe r, sp ri ng 19
87 a
nd fa
Sp ri ng 19
87 Fa ll 19
TI NU
Yo un
g Go
sn ey
Sc ha
fe r
23 0
24 0
23 5
81 .5
99 .5
87 .7
05 -0
1 04
-2 7
04 -2
12 N0
8E 27
CA B
12 N0
9E 12
AB B
12 N1
0E 04
CA A
12 N1
0E 21
DB A
12 N1
0E 33
CA A
14 N0
8E 26
CC D
14 N1
1E 19
AD A
14 N1
1E 33
DB B
15 N1
0E 21
AB C
Bo b
Pu gh
Bo b
Pu gh
Bo nd
B ro
en te r
R. B. Ho
Lo wr
an ce
E. L. Pa
ve ls
in w
in th e
ui fe
r, sp
ri ng
Sp ri ng 19
01 N0
2W 19
BC B
01 S0
1W 16
01 S0 3W 20 CC D
02 N0 1W 19 AD D
02 N0 3W 35 CD A
02 S0
1W 01
BC D
02 S0
1W 11
DB B
04 N0
2W 05
AA A
Ed ga
Co rr
in e
Do n
Da vi
Al ie
18 5
18 0
18 0
17 0
17 5
17 0
21 0
19 0
18 5
17 5
17 0
19 5
18 5
33 .4
20 .2
17 .4
12 .0
UN TY
01 S0
1E 20
DD B
01 S0
2E 32
BC C
01 S0
3E 20
BD D
01 S0
4E 05
DC D
02 S0
2E 29
DD D
18 5
18 5
20 0
20 0
20 5
21 0
23 0
18 0
ve ls
th e
qu if er ,
N 3
O N
Fa ll 19
PH IL
LI PS
C O U N T Y C O N T I N U E D
02 S0
2E 33
AC C
02 S0
3E 05
BB C
02 S0
4E 27
AC C
02 S0
4E 32
BC A
03 S0
1E 01
04 S0 1E 14 CD D
04 S0
1E 26
CD A
04 S0
1E 29
05 S0
1E 26
AD C
Ja me
I St ev e
UN TY
10 N0 1E 10 DA B
10 N0 1E 32 CB B
10 N0 1E 33 AB B
10 N0 1E 34 AD A
10 N0 2E 13 BC C
10 N0 2E 20 BA B
10 N0 3E 29 BB C
10 N0 4E 26 CB C
11 N0 1E 21 DD C
Ja ck K
Da le
el d
Ed di
e Wr
ig ht
Ed di
e Wr
ig ht
23 5
23 6
22 2
22 0
23 0
23 7
23 7
23 6
22 0
23 2
73 .0
97 .8
38 .0
61 .1
85 .0
81 .0
80 .0
81 .7
26 .5
59 .1
03 -2
in th e
qu if er ,
N 5
Sp ri
ng 19
wa te
r be
lo w
la nd
(f ee t)
(f ee t)
PO IN SE TT C O U N T Y C ON
TI NU
11 N0 2E 34 CB
11 N0 3E 11 DD D
11 N0 3E 13 CA A
11 N0 3E 30 DD C
11 N0 4E 23 CB C
11 N0 4E 36 AB A
11 N0 6E 13 DD D
11 N0 7E 18 BC
12 N0 1E 22 DA B
12 N0 2E 25 DC C
12 N0 2E 34 CC
12 N0 3E 01 CC A
12 N0 3E 04 DA D
12 N0 4E 15 AA A
12 N0 5E 16 AA A
12 N0 6E 31 AD D
12 N0 7E 10 CB B
01 N0
6W 28
DD D
01 S0
4W 28
CC C
01 S0
6W 07
AB C
La rr
Jo hn y
i ta ke r
Hy ne ma n
al ke
r Wi
mp y
L. B. Te
- 2.
3 -
el ls
c om
pl et
ed in th
e al lu vi al aq ui fe r, sp ri ng 19 87 a
nd fa
Sp ri ng 19 87
Fa ll
be lo w
la nd s
ur fa ce
wa te r
(f ee t)
(f ee t)
PR AI RI E C O U N T Y C ON TI NU ED
02 N0 6W 07 CB B
02 N0 6W 08 DC
02 S0 6W 14 BB A
03 N0 5W 05 DC
03 N0 6W 17 DB B
04 N0
5W 13
04 N0
5W 14
04 N0
5W 19
05 N0 5W 25 AD
05 N0
5W 28
De lt a
Tr us t
23 7
23 5
20 0
21 2
21 6
21 0
20 5
21 0
21 2
21 0
20 5
21 3
20 2
20 4
20 5
21 5
21 4
21 3
21 0
25 4
19 0
20 0
18 7
18 5
19 2
11 4.
2 10
9. 5
56 .0
68 .0
65 .0
60 .6
33 .0
67 .0
71 .0
68 .0
52 .0
72 .0
52 .0
53 .0
68 .0
80 .0
79 .0
75 .0
41 .0
86 .0
31 .0
33 .0
10 .6
14 .0
27 .2
03 -2
7 03
-2 7
el ls co
ri ng
Sp ri
ng 19
wa te r
l Ch an ge
se a l e v e l ) F e e t _ D a t e _ ( f e e t )
Fe et
Da te
18 N0
1E 28
BA C
18 N0
1E 29
BA A
18 N0
1E 34
CC D
18 N0
2E 02
CB A
18 N0
2E 06
BD B
18 N0
2E 14
BC B
18 N0
2E 17
CB B
18 N0
2E 20
BA A
18 N0
2E 21
CA A
18 N0
2E 27
CA B
18 N0
2E 32
AB B
19 N0
2E 04
AD D
19 N0
2E 22
DA D
20 N0
2E 14
AD A
20 N0
2E 28
BC D
20 N0
3E 06
DA C
20 N0
3E 07
AA D
Be nn
et t
La mb
Fe nd
er Fe
nd er
ve ls
in th e
ri ng
L O
wa te
04 N0
1W 17
DB B
04 N0
1W 25
DB C
04 N0
4E 05
AB A
04 N0
4E 15
AB A
04 N0
5E 01
DA C
04 N0
5E 05
AA A
04 N0
6E 11
AC B
05 N0
1E 04
BB A
05 N0
1E 04
DA D
05 N0
2E 04
BC C
05 N0
3E 19
AB A
5N 06
E0 2B
Te rr
y Mc
Gr aw
Jo e
Me rr
ic k
By ro n
Ho lm es
W. B.
28 7
28 7
20 5
21 0
20 0
21 0
20 5
21 0
20 0
20 0
21 0
20 5
19 5
21 0
21 0
21 1
20 5
21 0
22 0
20 0
20 0
23 .5
20 .2
48 .0 31 .0
63 .0
63 .8
TI NU
ev el s
in th e
ri ng
Sp ri ng 19
87 Fa ll 19
CI S C O U N T Y C ON
TI NU
06 N0 4W 07 BB
06 N0 6W 04 BA
06 N0 6W 13 BA
06 N0 6W 13 DD
06 N0 6W 18 BC
W. C.
As hb
ur n
ve ls
in w
in t
he a
8? a
nd fa
K 3
Sp ri
ng 19
TI NU
06 N0
2W 19
AA A
Ke nn
ed y
Mc Mu
ll an
Ga rd
ne r
Bu rk
et t
By Paul W. Westerfield
ARKANSAS SOIL AND WATER CONSERVATION COMMISSION,
the U.S. SOIL CONSERVATION SERVICE and
LOCAL CONSERVATION DISTRICTS
Little Rock, Arkansas
For additional information write to:
District Chief U.S. Geological Survey 2301 Federal Office Building 700 West Capitol Little Rock, Arkansas 72201
Copies of this report can be purchased from:
U.S. Geological Survey Books and Open-File Reports Federal Center, Building 810 Box 25425 Denver, Colorado 80225
CONTENTS
Page
2. Diagram showing well-numbering system............................... 6
TABLE
Table 1. Water levels in wells completed in the alluvial aquifer, spring and fall 198?........................................ 9
111
CONVERSION FACTORS
For use of readers who prefer to use metric (International System) units, rather than the inch-pound units used in this report, the following conversion factors may be used:
Multiply inch-pound unit By To obtain metric unit
foot (ft) 0.3048 meter (m)
Sea level: In this report "sea level" refers to the National Geodetic Vertical Datum of 1929 (NGVD of 1929) a geodetic datum derived from a general adjustment of the first-order level nets of both the United States and Canada, formerly called "Sea Level Datum of 1929."
iv
IN EASTERN ARKANSAS, 198?
By Paul W. Westerfield
ABSTRACT
This report, prepared by the U.S. Geological Survey in cooperation with
the Arkansas Soil and Water Conservation Commission, the U.S. Soil Conser
vation Service and local Conservation Districts, contains ground-water level
measurements of 516 wells that tap the alluvial aquifer in the Quaternary
deposits of the Mississippi Alluvial Plain. The measurements were made by
district Soil Conservation Service personnel during 1987.
The shallowest prepumping water levels occurred in Ashley, Clay, Crit-
tenden, Greene, Mississippi, Phillips, and Randolph Counties where water
levels averaged less than 20 feet below the land surface. The deepest water
levels occurred in Arkansas, Lonoke, Poinsett, and Prairie Counties where
water levels of more than 100 feet below land surface were measured. Water
levels in the postpumping season averaged about 3.3 feet lower than during the
prepumping season.
This report contains records of water-level measurements made in 516
wells that tap the aquifer in the Quaternary deposits of the Mississippi
Alluvial Plain (fig. 1), herein referred to as the alluvial aquifer. This
report is prepared as part of the East Arkansas Water Conservation Project, a
cooperative effort with the Arkansas Soil and Water Conservation Commission,
the U.S. Soil Conservation Service and local Conservation Districts, to help
better define the hydrologic characteristics of the alluvial aquifer in
eastern Arkansas. In addition to the data included in this report, the U.S.
Geological Survey in cooperation with the Arkansas Geological Commission
maintains a network of monitor wells measured each spring before the pumping
season. Recent publications of the U.S. Geological Survey concerning the
alluvial aquifer in eastern Arkansas are listed in the selected references
section of this report.
The data in this report were collected by district Soil Conservation
Service personnel with technical advice and coordination provided by the U.S.
Geological Survey. These data will be used in conjunction with measurements
made by the U.S. Geological Survey to prepare maps showing potentiometrie
surface, depth to water, and 5-year net change of water levels in eastern
Arkansas for 1987. The water-level data included in this report are not
stored in the U.S. Geological Survey's WATSTORE ground-water file system but
are stored in local files of the U.S. Geological Survey.
The water levels in Table 1 reflect the prepumping and postpumping
conditions during 1987. The shallowest prepumping water levels occurred in
Ashley, Clay, Crittenden, Greene, Mississippi, Phillips, and Randolph
Counties, where water levels averaged less than 20 feet below the land
surface. The deepest water levels occurred in Arkansas, Lonoke, Poinsett, and
Prairie Counties, where water levels of more than 100 feet below land surface
were measured; water levels in these counties averaged from 59.0 to 88.6 feet
below land surface. Water levels in the postpumping season averaged about 3.3
feet lower than during the prepumping season.
DESCRIPTION OF TABLE
Table headings used in the report are defined as follows:
Location: Township, range, and section number designation of well.
Altitude of land surface: Altitude of the land surface at the well, in
feet above sea level. The altitudes were estimated from topographic maps and
are accurate to within 2.5 feet.
Depth to water below land surface: Measured depth to water, in feet
below land surface. Measurements were made with a chalked steel tape and are
accurate to within 0.10 foot.
Altitude of water level: Altitude of water level, in feet, above or
below sea level.
Net change: Difference in feet between the spring and fall 1987 altitude
of water level. Symbol preceding number indicates a decline (-) in water
levels in the well during the period.
36° PLATEAUS
ALLUVIAL ARKANSAS
WELL-NUMBERING SYSTEM
The well-numbering system used in this report is based upon the location
of the wells according to the Federal land survey used in Arkansas. The com
ponent parts of a well number are the township number, the range number, the
section number, and three letters that indicate, respectively, the quarter
section, the quarter-quarter section, and the quarter-quarter-quarter section
in which the well is located. The letters are assigned counterclockwise,
beginning with "A" in the northeast quarter or quarter-quarter or quarter-
quarter-quarter section in which the well is located. For example, well
01S03W04BBD (fig. 2) is located in Township 1 South, Range 3 West, and in the
southeast quarter of the northwest quarter of the northwest quarter of section
WELL 01S03W04BBD
SELECTED REFERENCES
Edds, Joe, 1981, Ground-water levels in Arkansas, spring 1981: U.S. Geologi
cal Survey Open-File Report 81-114, 52 p.
1982, Ground-water levels in Arkansas, spring 1982: U.S. Geological
Survey Open-File Report 82-852, 51 p.
1983, Ground-water levels in Arkansas, spring 1983: U.S. Geological
Survey Open-File Report 83-268, 49 p.
1984, Ground-water levels in Arkansas, spring 1984: U.S. Geological
Survey Open-File Report 84-711, 58 p.
Edds, Joe, and Fitzpatrick, D.J., 1984, Maps showing altitude of the poten-
tiometric surface and changes in water levels of the alluvial aquifer in
eastern Arkansas, spring 1983: U.S. Geological Survey Water-Resources
Investigations Report 84-4264, 1 sheet.
Edds, Joe, and Remsing, L.R., 1986, Ground-water levels in Arkansas, spring
1986: U.S. Geological Survey Open-File Report 86-406W, 62 p.
Edds, Joe, and Spencer, J.L., 1985, Ground-water levels in Arkansas, spring
1985: U.S. Geological Survey Open-File Report 85-478, 60 p.
Freiwald, D.A., and Plafcan, Maria, 1987, Ground-water levels in Arkansas,
spring 1987: U.S. Geological Survey Open-File Report 87-459, 66 p.
Holland, T.W., and Ludwig, A.H., 1981, Use of water in Arkansas, 1980:
Arkansas Geological Commission Water Resources Summary No. 14, 30 p.
Plafcan, Maria, 1985, Ground-water levels in the alluvial aquifer in eastern
Arkansas, 1984: U.S. Geological Survey Open-File Report 85-569, 26 p.
1986, Ground-water levels in the alluvial aquifer in eastern Arkansas,
1985: U.S. Geological Survey Open-File Report 86-242, 29 p.
1987, Ground-water levels in the alluvial aquifer in eastern Arkansas,
1986: U.S. Geological Survey Open-File Report 87-545, 31 p.
Plafcan, Maria, and Edds, Joe, 1986, Water level and saturated thickness maps
of the alluvial aquifer in eastern Arkansas, 1984: U.S. Geological
Survey Water-Resources Investigations Report 86-4014, 1 sheet.
Plafcan, Maria, and Fugitt, D.T., 1987, Water-level maps of the alluvial
aquifer in eastern Arkansas, 1985: U.S. Geological Survey Water-
Resources Investigations Report 86-4178, 1 sheet.
Westerfield, P.W., and Plafcan, Maria, 1988, Ground-water levels in Arkansas,
spring 1988: U.S. Geological Survey Open-File Report 88-706, 72 p.
Ta bl e
ve ls
in th e
Fa ll
02 S0 4W 20 AA B
03 S0
4W 18
CC A
03 S0 4W 19 AA
05 S0 3W 16 AB B
05 S0
4W 04
BA A
16 S0
5W 01
AC D
18 S0
4W 23
DD D
19 S0
5W 27
CB A
K. Ma
ie r
Cl yd
e Ru
ss el
St ev
en H
ar ve
11 3 65 11 0
11 4 90 89 70 73 52 24 17 16 16 15 19 13 22 19
.0 .0 .0 .0 .0 .0 .0 .0 .0 .0 AS HL
EY
04 -2
2 04
-2 2
04 -2
2 04
-2 2
04 -2
2 04
-2 2
04 -2
2 04
-2 2
04 -2
2 04
-2 2
92 .
71 .
76 .
54 .
33 .
18 .
19 .
25 .
21 .
23 .
21 .
24 .
0 0 0 0 0 0 0 0 0 0 8 1 6 4 9 6 0 0
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -0 6
10 -1 4
10 -1 4
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
10 -2 1
ve ls
in w
in th e
ri ng
Sp ri ng 19
14 S0 2W 18 BB A
15 S0
1W 31
AD D
15 S0
2W 20
CD D
15 S0
3W 13
AC C
16 S0
3W 11
AB A
17 S0
3W 18
CB C
17 S0
3W 28
AC C
18 S0
1W 33
BD A
Ma rk S
Jo e
Ga te
Wa ll
ac e
Le wa
ll en
el ls co mp le te d
in th e
qu if er ,
Sp ri ng 19
F e e t _ _ _ D a t e
( f e e t ) _ _ _ F e e t _ _ _ D a t e
(f ee t)
(f ee t)
TI NU
21 N0 3E 15 CB
21 N0 3E 36 CD
21 N0 4E 09 DA
21 N0 6E 09 BB
21 N0 7E 01 DC
21 N0
7E 19
21 N0
8E 03
Ch ar
le s
Ho ll
Bu el T
13 N0
3E 23
13 N0 4E 26 BC
13 N0 5E 06 DC
13 N0 6E 03 AC
13 N0 6E 21 CB
13 N0 7E 22 DB
Jo y
C. C. El
5. 7
5. 8
e 1. W at er le ve ls in w
el ls co mp le te d
in th e
87 a
nd fa
Sp ri
ng 19
TI NU
14 N0
1E 31
14 N0
2E 16
14 N0
5E 29
15 N0
2E 12
15 N0
5E 32
15 N0
7E 21
Pl az
a, In
te el e
Ke ic
h, Tr
us t
-- 18 .4
22 .8
07 N0
8E 17
Bi ll
y We
st Ca
rl so
n Bi
ll y
ev el s
al lu
vi al
ri ng
Sp ri ng 19
87 Fa ll 19
ee t)
CR IT TE ND EN C O U N T Y C ON
TI NU
08 N0
7E 32
DA D
09 N0
7E 02
CC A
09 N0
7E 21
CD D
06 N0
2E 10
CD A
06 N0
2E 12
AA A
06 N0
5E 02
AA A
07 N0
2E 12
BB C
07 N0
2E 15
DA A
07 N0
2E 29
DD C
07 N0
4E 07
AA A
07 N0
5E 09
DB C
Jo e
Bo on
Bo ok
ma n
Da vi d
C. W.
ve ls
in th e
qu if er ,
Sp ri ng 19 87
Fa ll 19
TI NU
08 N0
1E 17
CA D
08 N0
2E 12
DC C
08 N0
2E 17
BA A
08 N0
4E 27
AB B
09 N0
1E 04
AC D
09 N0
1E 33
BB A
09 N0
1E 36
AA B
09 N0
2E 20
AA A
09 N0
3E 17
CD D
09 N0
4E 01
AD D
09 N0
4E 33
AD B
09 N0
5E 32
BD B
H. F.
in ha
rt Re
be cc
a Fi
sh er
Jo hn
Jo hn
st on
w el
ls co
mp le
te d
ui fe
r, sp
ri ng
nd fa ll 19 87 C on ti nu ed
Sp ri
Da te
09 S0
1W 15
CB B
10 S0
2W 23
DB C
10 S0
4W 08
BD A
10 S0
4W 11
BB B
10 S0
4W 16
CC A
11 S0
2W 15
BA D
11 S0
2W 31
DA A
12 S0
1W 23
DB C
13 S0
2W 32
DB D
Br oo
Ad co ck
Ba xt er
Sh ea
Ho pm
an n
Ba xt er
Jo hn so n
ve ls
in w
el ls
in th
e al
lu vi
ri ng
Sp ri
14 S0
4W 08
CA D
14 S0
4W 22
CA A
16 N0
5E 27
DB B
16 N0
6E 09
AA C
16 N0
6E 21
BB A
17 N0
3E 28
CD B
17 N0
3E 29
AB B
17 N0
6E 22
CB A
17 N0
7E 29
CB B
18 N0
7E 17
BA B
Mc La
ug hl
in Wi
ll ia
ms on
We ll
s Du
la ne
Ju mp er
Bo gg s
Th om
ve ls
al lu vi al aq ui fe r, sp
ri ng
nd fa ll 19 87 C on ti nu ed
Sp ri
GR EE
NE C O U N T Y C ON TI NU ED
18 N0
8E 29
CB A
19 N0
5E 34
BD D
Hi ll
La ug
hh et
te e
Ho we
11 N0 4W 06 AB B
12 N0 5W 36 AB A
14 N0 3W 12 CC B
14 N0 3W 14 CB B
09 N0 1E 18 C
09 N0
1W 15
D 09
N0 1W
30 B
09 N0
2W 32
10 N0
1W 02
C 10
N0 1W
Je rr y
Ca lv in F
W. E. Ja
Ch ar
li e
Mc Ca
rt ne
el ls c
th e
al lu
vi al
ri ng
0 0
Sp ri
F e e t _ _ _ D a t e __ _( fe et )
(f ee
t)
JA CK SO N C O U N T Y C ON
TI NU
10 N0 1W 27 A
10 N0
2W 29
11 N0 1W 25 B
11 N0
2W 02
D 11
N0 2W
11 N0
3W 05
11 N0 3W 18 C
12 N0 1W 11 B
12 N0 1W 14 BC
12 N0 1W 30 C
12 N0
1W 30
13 N0
2W 10
13 N0
2W 34
J. Ki
ef fe
We st o
os .
ro s.
Jo e
Ed wa
rd s
Fl oy d
Ka ne as te r
Ho dg es
Da le
16 .4
15 .0
ve ls
in w
el ls
in th e
ui fe
r, sp
ri ng
Sp ri
(f ee t)
JA CK SO N C O U N T Y C ON TI NU ED
13 N0 3W 15
13 N0 3W 36
14 N0 1W 19
14 N0 2W 12
Ta yl
or Es
ta te
S. Gr
ah am
Ly nn N
W. I.
Ge or ge B
03 S0
9W 36
03 S1
0W 26
DA D
04 S0
7W 35
DD B
04 S0
9W 01
DA A
05 S0
7W 35
CD D
Ne d
Br ow
n C.
Tu ck
er E
st at
st at
in th e
al lu vi al aq ui fe r, sp ri ng 19 87 a
nd fa
Sp ri ng 19
15 N0
1E 32
AA B
15 N0
1W 03
BA B
15 N0
1W 30
AA A
15 N0
2E 10
BB D
16 N0
1E 30
DC C
16 N0
1E 35
AA A
16 N0
1W 30
DD C
16 N0
2E 12
AA B
17 N0
1E 27
AA A
17 N0
1W 26
BC B
Tr um
an G
oo ds
Er vi n
La nc
Jo el T
D. B. Wh it e
St an
J on
Me lt
Ja me
s F.
Be lk F
W. A.
is le
on ne
ll y
25 5
25 0
25 5
25 9
25 5
25 4
24 7
26 1
26 0
25 6
25 5
26 1
26 0
26 0
25 5
26 0
26 5
27 0
26 0
25 7
27 0
26 5
26 8
26 5
31 .9
29 .9
39 .2
25 .5
31 .8
24 .9
19 .0
31 .5
34 .2
30 .8
17 .5
26 .6
30 .4
28 .6
ev el
in th e
87 a
nd fa ll 19 87 C on ti nu ed
Sp ri ng 19 87
Fa ll
wa te
01 N0
1E 09
CC C
01 N0
1E 24
CB A
01 N0
2E 33
CB B
02 N0
1E 21
AA 02
N0 1E
23 AB
02 N0 1W 34 DD C
02 N0
2E 33
DC D
02 N0
2E 36
DD C
02 N0
3E 17
02 N0 4E 03 AB D
03 N0 1E 03 CB C
03 N0 1E 17 AD C
03 N0 1E 32 BB C
03 N0
2E 12
CD C
03 N0
3E 05
CB C
Jo hn F
Bi ll G
er ra rd
Ji mm y
Ma n l
A . B .
Th om
ps on
St ev
e Fo
wl er
ff A. J. Ha rv ey
A. J. Ha rv ey
Al ex Pa lm er
Ja ne
C lo
rt en
Wh it
eh ea
Bu dd
Fa ye
B ul
la rd
17 5
17 5
18 5
20 5
20 0
20 5
20 0
18 5
18 5
18 5 --
20 0
18 6
18 0
20 5
20 5
22 0
21 5
18 5
20 5
20 0
20 0
21 0
20 5
21 0
22 5
15 .0
16 .3
10 .3
19 .0
19 .0
20 .0
e 1. W at er le ve ls in w
el ls
c om pl et ed in th e
al lu vi al aq ui fe r, sp ri ng 19 8? a
nd fa
Sp ri ng 19
(f ee t)
LE E C O U N T Y C ON TI NU ED
03 N0 3E 18 DA B
03 N0 4E 07 CB B
03 N0 5E 03 AD B
03 N0
5E 26
AD C
Tr en
07 S0
7W 36
CB D
08 S0
4W 06
AC B
08 S0
4W 28
CA B
08 S0
5W 12
DB A
08 S0
5W 16
DB C
08 S0
5W 21
DC D
08 S0
5W 29
AB C
08 S0
5W 32
DC C
09 S0
5W 34
BB D
09 S0
6W 03
BD C
09 S0
6W 04
BD D
09 S0
6W 14
AC A
09 S0
6W 23
BC D
09 S0
6W 24
DA A
Ka ti
R. L.
Ja ck J
ac ks on
G. D. Sm it h
19 0
18 5
17 4
16 6
17 1
17 4
17 4
17 6
17 4
17 1
17 5
18 0
17 5
17 5
17 7
11 .0
ev el s
al lu
vi al
87 a
nd f
al l
ro U )
Lo ca
ti on
La nd
o wn
De pt h
01 N0
7W 33
BC B
01 N0
8W 19
DB D
01 N0
9W 25
BA A
01 N1
0W 02
CB D
01 N1
0W 15
CD A
01 S0
6W 16
CC C
01 S0
7W 02
CA A
01 S0
9W 03
CD C
01 S0
9W 36
CC C
01 S1
0W 15
BB A
02 N0
7W 07
DA A
02 N0
8W 23
DD B
02 N0
9W 18
AB C
02 N1
0W 15
AC C
02 N1
0W 24
DB A
02 S0
8W 22
CC C
02 S0
9W 02
BB C
Sc he
ne be
ck Wa
Fa rm s
Ae ri es ,
St ec ks
El li
ot Ki
tt le
22 7
21 3
21 8
23 0
22 8
24 1
24 0
24 1
20 7
20 1
21 0
22 5
22 0
23 8
23 2
22 9
26 1
23 8
24 2
23 7
24 3
21 6
22 4
22 8
22 8
22 .4
79 .0
68 .4
85 .9
53 .5
47 .7
23 .0
11 6.
0 11
0. 8
76 .4
39 -2
32 .2
el ls
in th e
al lu vi al aq ui fe r, sp ri ng 19
87 a
nd fa
Sp ri ng 19
87 Fa ll 19
TI NU
Yo un
g Go
sn ey
Sc ha
fe r
23 0
24 0
23 5
81 .5
99 .5
87 .7
05 -0
1 04
-2 7
04 -2
12 N0
8E 27
CA B
12 N0
9E 12
AB B
12 N1
0E 04
CA A
12 N1
0E 21
DB A
12 N1
0E 33
CA A
14 N0
8E 26
CC D
14 N1
1E 19
AD A
14 N1
1E 33
DB B
15 N1
0E 21
AB C
Bo b
Pu gh
Bo b
Pu gh
Bo nd
B ro
en te r
R. B. Ho
Lo wr
an ce
E. L. Pa
ve ls
in w
in th e
ui fe
r, sp
ri ng
Sp ri ng 19
01 N0
2W 19
BC B
01 S0
1W 16
01 S0 3W 20 CC D
02 N0 1W 19 AD D
02 N0 3W 35 CD A
02 S0
1W 01
BC D
02 S0
1W 11
DB B
04 N0
2W 05
AA A
Ed ga
Co rr
in e
Do n
Da vi
Al ie
18 5
18 0
18 0
17 0
17 5
17 0
21 0
19 0
18 5
17 5
17 0
19 5
18 5
33 .4
20 .2
17 .4
12 .0
UN TY
01 S0
1E 20
DD B
01 S0
2E 32
BC C
01 S0
3E 20
BD D
01 S0
4E 05
DC D
02 S0
2E 29
DD D
18 5
18 5
20 0
20 0
20 5
21 0
23 0
18 0
ve ls
th e
qu if er ,
N 3
O N
Fa ll 19
PH IL
LI PS
C O U N T Y C O N T I N U E D
02 S0
2E 33
AC C
02 S0
3E 05
BB C
02 S0
4E 27
AC C
02 S0
4E 32
BC A
03 S0
1E 01
04 S0 1E 14 CD D
04 S0
1E 26
CD A
04 S0
1E 29
05 S0
1E 26
AD C
Ja me
I St ev e
UN TY
10 N0 1E 10 DA B
10 N0 1E 32 CB B
10 N0 1E 33 AB B
10 N0 1E 34 AD A
10 N0 2E 13 BC C
10 N0 2E 20 BA B
10 N0 3E 29 BB C
10 N0 4E 26 CB C
11 N0 1E 21 DD C
Ja ck K
Da le
el d
Ed di
e Wr
ig ht
Ed di
e Wr
ig ht
23 5
23 6
22 2
22 0
23 0
23 7
23 7
23 6
22 0
23 2
73 .0
97 .8
38 .0
61 .1
85 .0
81 .0
80 .0
81 .7
26 .5
59 .1
03 -2
in th e
qu if er ,
N 5
Sp ri
ng 19
wa te
r be
lo w
la nd
(f ee t)
(f ee t)
PO IN SE TT C O U N T Y C ON
TI NU
11 N0 2E 34 CB
11 N0 3E 11 DD D
11 N0 3E 13 CA A
11 N0 3E 30 DD C
11 N0 4E 23 CB C
11 N0 4E 36 AB A
11 N0 6E 13 DD D
11 N0 7E 18 BC
12 N0 1E 22 DA B
12 N0 2E 25 DC C
12 N0 2E 34 CC
12 N0 3E 01 CC A
12 N0 3E 04 DA D
12 N0 4E 15 AA A
12 N0 5E 16 AA A
12 N0 6E 31 AD D
12 N0 7E 10 CB B
01 N0
6W 28
DD D
01 S0
4W 28
CC C
01 S0
6W 07
AB C
La rr
Jo hn y
i ta ke r
Hy ne ma n
al ke
r Wi
mp y
L. B. Te
- 2.
3 -
el ls
c om
pl et
ed in th
e al lu vi al aq ui fe r, sp ri ng 19 87 a
nd fa
Sp ri ng 19 87
Fa ll
be lo w
la nd s
ur fa ce
wa te r
(f ee t)
(f ee t)
PR AI RI E C O U N T Y C ON TI NU ED
02 N0 6W 07 CB B
02 N0 6W 08 DC
02 S0 6W 14 BB A
03 N0 5W 05 DC
03 N0 6W 17 DB B
04 N0
5W 13
04 N0
5W 14
04 N0
5W 19
05 N0 5W 25 AD
05 N0
5W 28
De lt a
Tr us t
23 7
23 5
20 0
21 2
21 6
21 0
20 5
21 0
21 2
21 0
20 5
21 3
20 2
20 4
20 5
21 5
21 4
21 3
21 0
25 4
19 0
20 0
18 7
18 5
19 2
11 4.
2 10
9. 5
56 .0
68 .0
65 .0
60 .6
33 .0
67 .0
71 .0
68 .0
52 .0
72 .0
52 .0
53 .0
68 .0
80 .0
79 .0
75 .0
41 .0
86 .0
31 .0
33 .0
10 .6
14 .0
27 .2
03 -2
7 03
-2 7
el ls co
ri ng
Sp ri
ng 19
wa te r
l Ch an ge
se a l e v e l ) F e e t _ D a t e _ ( f e e t )
Fe et
Da te
18 N0
1E 28
BA C
18 N0
1E 29
BA A
18 N0
1E 34
CC D
18 N0
2E 02
CB A
18 N0
2E 06
BD B
18 N0
2E 14
BC B
18 N0
2E 17
CB B
18 N0
2E 20
BA A
18 N0
2E 21
CA A
18 N0
2E 27
CA B
18 N0
2E 32
AB B
19 N0
2E 04
AD D
19 N0
2E 22
DA D
20 N0
2E 14
AD A
20 N0
2E 28
BC D
20 N0
3E 06
DA C
20 N0
3E 07
AA D
Be nn
et t
La mb
Fe nd
er Fe
nd er
ve ls
in th e
ri ng
L O
wa te
04 N0
1W 17
DB B
04 N0
1W 25
DB C
04 N0
4E 05
AB A
04 N0
4E 15
AB A
04 N0
5E 01
DA C
04 N0
5E 05
AA A
04 N0
6E 11
AC B
05 N0
1E 04
BB A
05 N0
1E 04
DA D
05 N0
2E 04
BC C
05 N0
3E 19
AB A
5N 06
E0 2B
Te rr
y Mc
Gr aw
Jo e
Me rr
ic k
By ro n
Ho lm es
W. B.
28 7
28 7
20 5
21 0
20 0
21 0
20 5
21 0
20 0
20 0
21 0
20 5
19 5
21 0
21 0
21 1
20 5
21 0
22 0
20 0
20 0
23 .5
20 .2
48 .0 31 .0
63 .0
63 .8
TI NU
ev el s
in th e
ri ng
Sp ri ng 19
87 Fa ll 19
CI S C O U N T Y C ON
TI NU
06 N0 4W 07 BB
06 N0 6W 04 BA
06 N0 6W 13 BA
06 N0 6W 13 DD
06 N0 6W 18 BC
W. C.
As hb
ur n
ve ls
in w
in t
he a
8? a
nd fa
K 3
Sp ri
ng 19
TI NU
06 N0
2W 19
AA A
Ke nn
ed y
Mc Mu
ll an
Ga rd
ne r
Bu rk
et t