Divide_Part_II - State Water Commission

Transcription

NORTH DAKOTA GEOLOGICAL SURVEY
WILSON M. LAIRD, St~t,1
X
BULLETIN 45
MrlUT DAKOTA IZA '
SERVAYiOW CC I Ant*
LIBRARY COP Y
NORTH DAKOTA
W . """""""""
STATE WATER COMMISSIO N
MILO W. HOISVEEN, State Engineer
COUNTY GROUND WATER STUDIES 6
GEOLOGY AN D
GROUND WATER RESOURCE S
of Divide County, North Dakota
PART II
GROUND WATER BASIC DATA
By
C. A . ARMSTRON G
GEOLOGICAL SURVEY
United States Department of Interio r
Prepared by the United States Geological Surve y
in cooperation with the North Dakota Geological Survey
and the North Dakota State Water Commissio n
1965
North Dakota Geological Survey
Wilson M. Laird, State Geologis t
Bulletin 4 5
North Dakota State Water Commissio n
Milo W . Hoisveen, State Engineer
County Ground Water Studies 6
Geology and Ground Water Resources of Divide County, North Dakot a
Part I I
Ground Water Basic Dat a
by
C . A . Armstrong
Geological Survey
United States Department of Interio r
Prepared by the United States Geological Surve y
in cooperation with the North Dakota Geological Surve y
and the North Dakota State Water Commission
1965
This is one of a series of county reports published cooperativel y
by the North Dakota Geological Survey and the North Dakota State Wate r
Conservation Commission . The reports are in three parts ; Part I
describes the geology, Part II presents ground water basic data, an d
Part III describes the ground water resources . Parts I and III will b e
published later and will be distributed as soon as possible .
CONTENTS
Pag e
Introduction
1
Purpose and scope °
°----
1
Well numbering system
3
Acknowledgments
3
Explanation of tables
3
Quality of water data °
6
References
9
ILIASTRATION S
Figure 1 . Map of North Dakota showing location of county ground-wate r
studies
2
2.
System of numbering springs, wells and test holes
4
3.
Map of Divide County showing location of wells and springs
4.
Map of Divide County showing location of test holes and selecte d
In folde r
In folder
wells
TAMES
Table
1.
Records of wells, springs, and test holes
10
2.
Logs of wells and test holes
57
3.
Water level records of observation wells
4.
Partial chemical analyses of water from wells
5.
Chemical analyses of water in Divide County, North Dakota
i
10 4
=
108
110
Geology and Ground Water Resources of Divide County, North Dakot a
Part II, Ground Water Basic Dat a
by
C . A . Armstrong
INTRODUCTION
Purpose and stov e
The geology and ground-water resources of Divide County, North Dakota (fig . 1 )
has been investigated cooperatively by the U . S . Geological Survey, the North Dakot a
State Water Commission, and the North Dakota Geological Survey . The results of the
investigation are to be published in three parts . Part I, an interpretive report
describing the geology, Part II, ground-water basic data, and Part III, an interpretiv e
report describing the ground-water resources . Part II makes available data collected
during the investigation and functions as a reference to Parts I and III . The report s
will be published as separate volumes of the Bulletin series of the North Dakota Geological Survey and the county ground-water study series of the North Dakota Stat e
Water Commission .
The data in this report are useful for predicting subsurface conditions i n
Divide County. The depth and thickness of aquifers, water levels, and quality o f
water may be estimated for a given site by examining the tables and maps in thi s
report . Extrapolations based on these data should be conservative because of th e
irregular distribution of materials within the glacial drift .
Much of the data in this report was collected during field studies made be tween July
1962
and December
1964 .
Other data were obtained from : (1) an unpublishe d
Works Progress Administration report, which shows 1934 and 1938 water levels,
(2 )
records collected during 1945 and 1951 for the Missouri River basin development
investigation,
1959, and
(4)
(3)
North Dakota State Water Commission drillers' logs compiled in
a few miscellaneous data collected by the U . S . Geological Surve y
between 1951
.and 1960 .
This accumulation of data is presented in five tables : (1 )
data from . a comprehensive inventory of water wells, test holes, and springs,
drillers' and composite logs of wells and test holes,
wells,
(4)
(3)
(2 )
water levels in observation
partial chemical analyses of water from a report by IaRocque and other s
(1963), and (5) chemical analyses of water .( Additional logs, water levels, an d
chemical analyses of ground water are published in an open file report by laRocqu e
and others (1963) and in U . S . Geological Survey Water Supply Papers 598 and 1428 .
1
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EXPLANATION
0
25
50 MILE S
SCAL E
//////4
THIS REPORT
ALL OR PART OF THE
REPORT PUBLISHE D
""
~
IN PROGRES S
FIGURE I-MAP OF NORTH DAKOTA SHOWING LOCATION OF COUNTY GROUND-WATER STUDIES
Well-Numbering System
The wells, test holes and springs in the tables are numbered according to a syste m
based on their location in the public land classification of the United States Burea u
of Land Management . It is illustrated in figure 2 . The first numeral denotes the
township north of a base line, the second numeral denotes the range at of the
fifth principal meridian and the third numeral denotes the section in which the wel l
is located . The letters a, b, c, and d designate respectively, the northeast, the north west, southwest, and southeast quarter sections, quarter-quarter section, and quarter quarter-quarter sections (10-acre tract) . For example, well 160-95-15daa is in the
NEiNEiSEi ; sec . 15 T . 160 N ., R. 95 W . Coifecutive terminal numerals are added i f
more that . one well is recorded within a 10 acre tract . The location of each well,
spring and test hole listed in the tables is shown on figures 3 and 4 (in pocket) .
Aoknowleagment s
The author is especially grateful to Schnell Inc ., Marinus Jensen, Oscar Weber
and other drillers who supplied logs and information for this report . Thanks are
also due to the County Commissioners, township assessors, and the people of Divide
County for their cooperation in the collection of these data . Sample analysis
logs were compiled principally by R . W. Schmid and L. L. Froelich of the North Dakota
State Water Commission .
Explanation of Table s
Table 1 shows many wells with the abbreviations Lpc in the remarks column . This
indicates that the aquifer will yield less than the capacity of the pump . Therefore ,
the well can be pumped dry with the pump shown in the lift and power column . Most o f
the farm wells in the county are equipped with pumps that have capacitites of les s
than 10 gem (gallons per minute) ; cylinder pumps usually are limited to 2 to 5 gpm.
Test holes 2243, and 2249 and 3000 to 3090 were drilled as part of this investi gation . The unnumbered U. S . Geological Survey test holes were drilled as part o f
the Missouri River basin investigation
NO .
These logs are from LaRocque and others
(1963) . lest holes 1523 to 1532 were drilled by the North Dakota State Water Com mission (ND) as part of a special State investigation . Other test holes were drille d
by their owners . Owners numbers are used in table 1 but only test holes drilled
during this investigation are numbered on figure 4 .
3
FIGURE
FIGUR E 2--SYSTEM OF NUMBERING SPRINGS, WELLS, AND TEST HOLES .
-4
4-
The numbered test-hole logs are a composite from the drillers log, sample analysis log, and electric log (when available) . Logs of unnumbered test holes and
wells were furnished by the driller or drilling company shown in the heading of th e
log, or, were obtained from the report by laRocque and others
(1963) .
The term-
inology used is that of the individual driller with the exception that the orde r
has been changed to present the principal lithology first . The drilling interval s
shown in these logs were rounded to the nearest half foot where a lesser interva l
was listed .
Sample-description logs for teat holes 3000 to 3039, 3075 to 3090, and 2243 to
2249 were prepared at the drilling site of each test hole . Visual examination,
while the samples were still wet and fresh, was made by the use of a binocula r
microscope . Color descriptions were determined by comparing the sample with th e
color charts of Goldman
(1928) .
If the cuttings reacted (effervesced) with dilute d
acid the material was described as calcareous . Grain-size determinations used in
all logs refer to the Wentworth (1922) site scale . Sorting is used as an indicatio n
of size distribution on either side of an average . Cohesion is used to indicate th e
capacity of the material to stick together . Since most clays and silts are cohesive
to some degree the term was not used in the descriptions unless the material wa s
unusually cohesive .
The term "till" indicates an unsorted, unstratified, cohesive, agglomeration o f
rock particles ranging from clay to boulders . In Divide County, all the till encountered . was calcareous . Generally clay is the dominant particle size . If a
particle size other than clay is dominant, that particle size Is used as a modifyin g
term. Consequently, terms such as clayey, silty, sandy, or gravelly are textura l
terms used to indicate that the material described contains an appreciable, but no t
a dominant amount of the modifying material .
Observation wells were developed in selected test holes . These normally consisted
of *inch plastic pipe slotted in the lower 10 or
20
feet . They were pumped for a fe w
hours and a sample of water was collected for chemical analysis (table
5) .
Monthly
water-level measurements (table 3) have been made in most of the wells .
Names of the bedrock formations, such as Tongue River and Cannonball Formation ,
are based on usage of the North Dakota Geological Survey . The Tongue River and
Cannonball are considered members of the Fort Union Formation by the U . S . Geological
Survey .
5
Quality-of-Water Data
Several factors determine the concentration and character of mineral constituent s
in ground water . The most important are the source of the water, the mineral com position of the rocks through which the water has passed, and the length of time th e
water has been in contact with the rock . Precipitation as rain dissolves some gase s
from the air . That part of the precipitation that percolates to the water table ,
having dissolved carbon dioxide from the air as well as from the organic matter i n
the soil, reacts with rock particles, dissolving them and forming new compounds . The
dissolved-solids content of water usually increases with depth, because the deepe r
water generally has been in contact with rock minerals longer than has water a t
shallow depths . The principal constituents in ground water are calcium, magnesium ,
sodium, potassium, bicarbonate, sulfate, and chloride . Other constituents include
silica, iron, nitrate, fluoride, and boron . Most analyses are given in parts pe r
million (ppm)--a unit that expresses concentration of chemical constituents by weight .
Specific conductance is a convenient, rapid determination used to estimate th e
amount of dissolved solids in water . An approximate value for dissolved solids concentration can be obtained by multiplying the specific conductance by 0 .65 .
The suitability of a water for public supply and domestic use can be judged b y
standards that have been established by the U . S . Public Health Service (1962, p .
7-8) for drinking water used on interstate carriers . Some of these standards are
as follows :
Iron (Fe) should not exceed 0 .3 ppm .
Chloride should not exceed 250 ppm .
Sulfate should not exceed 250 ppm .
Fluoride should not exceed 1 .7 ppm .
Dissolved solids should not exceed 500 ppm .
These standards were established to protect the health of interstate travelers
but generally are also used in evaluating the suitability of public water supplies i n
the United States . Although many people continually drink water containing substanti ally higher concentrations than the suggested limits, persons unaccustomed to such
water may suffer ill effects until they become adjusted to the change .
Some livestock have been known to survive on water containing as much as 10,00 0
ppm of dissolved solids (Smith and others, 1942, p . 15) .
However, water containing
much less dissolved solids is desirable for maximum growth and reproduction .
The maximum concentration for nitrate has not been established, but Maxey (1950 ,
p . 271) states that water having a nitrate content in excess of 45 ppm should be re garded as unsafe for infant feeding because it may cause methemoglobinemia ( "blue
baby " disease) . Also, the presence of nitrate may indicate pollution .
6
riederate quantities of fluoride are not known to be detrimental to crops ,
sniiala, or admit humans . However, it is generally recognized that a small amoun t
of flsorida in drinking ester consumed by children during the time their permanent
teeth are being foamed reduces the occurrence of dental caries (tooth decay) and tha t
an rumen may cause dental fluorosis (mottled enamel) .
The tolerances in chemical quality of water for industrial use differ widely for
different industries and different processes . In general, water that meets U . S .
Public Health Service standards for drinking water is suitable for most industria l
uses .
Headman of water is an important consideration in domestic, municipal, and
industrial implies . It is expressed in parts per million as calcium carbonate .
Water having a hardness of 60 ppm usua4y is rated as soft, whereas water having a
hardness of 61 to 120 pin is considered moderately hard and rater having a hardnes s
of 121 to 180 ppe is considered hard. Water having a hardness of more than 180 ppm
is regarded as very hard . Hardness is caused almost entirely by calcium and magnesium. As hardness increases, soap consumption for laundering increases, boilers ,
pipes, and coolers (evaporation pads) become encrusted more rapidly. Silica also
forma hard scale is boilers .
Oxidation of dissolved iron in water forms a precipitate that stains laundere d
clothes and plumbing fixtures . Water containing more than 0 .3 ppm of iron is likel y
to cause objectionable staining . Water that
contains iron is especially objection -
able in acme manufacturing processes .
The usefulness of a water supply for irrigation cannot be predicted solely o n
the chendeal quality of the water . Other factors such as soil texture, infiltratio n
rate, drainage, climate, and ea-It tolerance of the crop must be considered . According to the U. S . g.11nity laboratory Staff (1954, p . 69-82) the characteristics of an
irrigation water that appear to be most important in determining its suitability are :
(i) Total concentration of soluble salts ; (2) relative proportion of sodium to othe r
cations ; (3) concentration of boron or other elements that may be toxic ; and, (4)
under some conditions the bicarbonate concentration as related to the concentratio n
of calcine plus magnesium .
The U. S . Salinity laboratory Staff (1954, p . 70) stated that nearly all irrigation water used successfully for a considerable time has a conductivity les s
than 2,250 micromhos per centimeter at 25° C . Water of higher conductivity is used
occasionally but has not been satisfactory except in unusual situations .
7
The relative proportion of sodium to other cations can be expressed either by
percent sodium or BAR (sodium-adsorption-ratio) . Both of these figures have been
included in table 5 .
Generally, the higher the BAR value, the greater the sodium hazard ; however ,
the conductivity
or
dissolved solids concentration must also be considered in clas-
sifying the water according to sodium hazard so that although two waters may have
the seine SAD valve, the water with the highest conductivity is given a higher sodiu m
hazard classification . Samples indicate that water with a BAR value of 8 or less i n
Divide County would be classified as having a medium or low sodium hazard and water
with an BAR value of 1}# or
more would be classified as having a very high sodiu m
hazard .
8
REFERENCES
Goldman, M . E . and Mervin, H . E ., 1928, Color chart for field description of sedimentary rocks : National Research Council .
LaRocque, G . A . Jr ., Swenson, H . A., and Greenman, D . W ., 1963, Tables of hydrologic
data, Crosby-Mohall area, North Dakota, 1945-1951 :
U . S . Geol . Survey open
fi :Le report, 572 p .
Maxcy, K . F ., 1950, Report on the relation of nitrate concentrations in well water s
to the occurrence of Methemoglobinemia :
Natl . Research Council Bull ., Sanitary
Engineering and Environment, p . 265-271, App D.
Robinove, C . V., Langford, R . H ., and Brookhart, J. W., 1958, Saline-water resource s
of North Dakota : U. S . Geol . Survey Water Supply Paper 1428 .
Simpson, H . E ., 1929, Geology and ground-water resources of North Dakota :
U. S.
Geol . Survey Water Supply Paper 598 .
Smith, O . M., Dott, R. H ., and Warkentin, E . C ., 1942, The chemical analyses of the
waters of Oklahoma :
Oklahoma Agriculture and Mechanical Coll ., Div . Eng . Pub .
no . 52, v . 12, p . 15 .
U. S . Public Health Service, 1962, Drinking water standards, 1962 : U . S . Public
Health Service Pub . 956 .
U . S . Salinity Laboratory Staff, 1954, Diagnosis and improvement of saline and
alkali soils : U . S . Dept . of Agriculture, Agriculture Handbook 60 .
Wentworth, C . K., 1922, A scale of grade and class terms for clastic sediments :
Jour . of Geol ., vol . 30, p. 377-392 .
, ADL l .--Records of wells, springs, and test hole s
Owner : UTGS, United :states Seolo?ical Purvey ; UDSdC, North Dakota State %Water Commission .
Depth of well :
Type of well :
Depth to water :
'feasured depths are given in feet, tenths, and (or) hundredths ; reported depths are in feet below land surface .
2, bored, Dr, drilled, Du, dug ; Dv, driven .
''easured depths are given in feet, tenths, and (or) hundredths ; reported depths in feet .
Use of water or well :
D, domestic ; Ind, industrial ; Trr, irrigation ; U, not used ; 0, observation of water level ; Ps, public supply ;
S, stock ; T, test hole .
de ui_èr :
Cl, clay ; Dv, gravel ; Li g , lignite ; 3d, sand ; Sdy, sandy ; Ss, sandstone .
Lift and Power : 3, bucket ; C, cylinder ; Cen, centrifugal ; J, jet ; P, piston, Pub, submersible ; Tu, turbine ; G, electric ; C, gas ;
C, hand ; !, wind .
C, chemical analysis is shown in table It or 5 ; L, lop, described in table
Pemarks :
reported to be hard ; Ws, water reported to be soft ; Up, water reported to be unfit
capacity ; P1 30, pumping level in feet below land surâce ; T, temperature ; Td 665,
in table 3 ; ls, land surface ; 'C3, data from Pissouri 3anin Investigation (Latochue
2 ; ' !al, water reported to have alkaline taste ; '7h, wate r
for human consumption ; Lpc, well yields less than pump
total depth drilled in feet ; T 3 , additional water levels
and others, 1963) .
Location
no.
Owner or name
(1 )
H
160-9 5
lb
5abc
6caa
6cbd
7aac
"Nab
8cda
9aad
9dcb
l0bbd
Olson Estate
Elmer Long
Robert Mos s
. .do . . .
Norbert Tangsru d
Robert Tangsrud
Calvin Sillerup
Michaell Smith
Thomas Olson
Orrie Sharphol
12cbb
13dcb
13dcd
14ccc1
14ccc2
15cdc
18aad
19bdb
20bbb
2lddd
Jacob Sharphol
Elmer K . Olson
.do. . .
Olaf Berge r
.do• . .
Selmer Johnson
Oscar H . Olson
Mrs . Anna Olson
Clarence Mye r
Mrs . Jennie Anderso n
22aad
22bbd
23d
26bab
27aadl
?7aad2
27aad3
Depth of Diameter Type
well
or size
(feet)
(inches)
USGS Test hole 300 0
Martin Lovdahl
A . Johnson
Orville Nes s
Harold Nordb y
. .do . . .
. .do . . .
3)
(4)
(5)
70
27
190
40
5
100
35
20
23
320
18
36
4
18
48
6
48
36
42
4
B
Dv
Dr
Dv
Dv
Dr
Du
Du
Dv
Dr
85
28
98
5 .1
38
50
20
21 .6
14 .8
14
6
15
Dr
B
160
18 .9
139
100
170
25
13 .2
_
Date
Depth
completed to water
below
land surface
(feet)
(6)
(7)
1933
1961
1910
35
14
105
Dv
Dr
B
B
Du
Dv
Dv
4 .5
36
4
30
4
30
36
Dr
Du
Dr
B
Dr
Du
Du
(8)
1934
1962
1962
1957
1960
2
60
20 .64
14 .60
18
TO
1962
1962
7-19-62
7-19-62
1962
1962
19 ;i
40
18
1962
1962
7-18-62
7-18-62
1962
1962
7-17-62
7-17-62
7-17-62
1962
1961
36
2
12
12 .36
36
48
42
Date of
Use
measurement of
water
1956
... .
....
1919
196 3
....
... .
1959
1952
1157
.4
11
30
30
11 .5 0
14 .75
5 .6 1
9
14 .1 3
23
3~77 26
90
15 .4 5
1 .65
7-18-62
1934
7-17-62
1 2
1
77-62
7-17-62
;fer
( 9)
(10)
Lift
and
power
Sd & Gv
S Sd & Gv
D,S Cl & Gv
N Sd & Gv
D Sd & Gv
2
Gv
D,S Sd
N
N
N
••
Sd
N
D,S
N
..
Sd
Sd
..
..
D
2
(13)
•
•
▪
▪
•
•
▪
Wh, Wal .
Wh .
Wh, dark color .
Ws .
Wh, Wal, Np .
Wh .
Wh .
Lpc .
C.
...
C, H
J,E
E
E
...
C,H
C, H
C, H
•• •
▪
▪
▪
•
▪
•
•
Wh .
Wh .
Wh .
Wh .
Wh .
Wh .
Wa, Lpc .
▪
Wh .
...
J,E
2 ,285
•••••
L.
Wh .
(,
C,E
".d
land
surfac e
(feet )
(12)
(11)
N Sd & G v
S Gv & Sd C,H
D
Sd
C, E
N
C, H
D,S Sd & Gv C, H
S
Gv
C, E
D,S Gv
C, E
D,S Gv
C, E
D
Sd
C, G
D,S Lig
C,E
N
Altitude
of-~ Remark
Remarkz
▪
(1)
(2)
(3)
(4)
(5)
4
42
Dr
Du
4
Dr
160-95 (Cont .)
27dda
Richard Shroode r
27ddb
. .do . . .
Thorstein Skar
28ccd
28daa
Mrs . Helen Skar
28dba
. .do . . .
E . E . McCoy
30adb
31ccd
John Imsland
34dd
Ida Johnson
Ed Schroeder
35aac
30
Spring
80
53
14
6o
143
150
16o-96
lads
ldd
3cda
4aad
4ccb
6aac
7aac
Tcca
9bbd
llbbd
Arvid Olson
Rueben Grins
Fred Fenster
Merle Glasoe
Elvern Gillund
W . R . & J . W. Fortier
Clifford Howard
Mrs . Margaret Howard
Rasmus Skor
Thor Volden
190
200
1T5
293
180
Spring
55
180
100
35
6
4
4
44
3
24
3
24
8
Dr
Dr
Dr
Dr
Dr
..
B
Dr
B
B
lldaa
12aaa
12bdd
13cc a
13dbb
14c
17cda
17cdb
17cdc
2lddd
If . J. Hanson
Arthur Tangsrud
Anker Tangsrud
Clifford Haugen
George Olson
John Fenster
C . G . Fortier
. .do . . .
. .do . . .
Ingwold Raymo
190
134
210
25
9
100
40
13
13
12
4
44
6
48
48
4
4
4
4
20
Dr
Dr
Dr
Du
Du
Dr
Dr
Dr
Dr
Dr
170
18
36x48
24
8
6-4
B
Du
B
Dr
Dr
(10)
(11)
7-17-62
1961
1934
1934
Sd
S
D
Cl
S
Sd & Gv
Gv
D
D
..
D,S
Sd
D,S
Gv
S
Sd
N
Li g
C,E
C,B
...
C,E
C,E
C,G/H
C,E
150
120
..
150
120
Flow
48
120
70
30
1962
1962
.. .
1962
1962
1962
1960
1962
1962
1962
D,S
Sd
D,S
N
Gv
D
..
S
S
G'
D,S
S
N
Sd & Gv
D
Sd & Gv
C,E
C,W
C,W
C,E
...
Wh .
Jh .
C,E
C,E
C,G
C,H/y;
Wh .
Wh, Wal.
Wh .
90
85
90
22
3
75
15
F
F
8
1962
1962
1962
1962
1962
193 4
1962
1962
1962
1962
D,S
Sd
C, G
D,S
Sd
C,E
D,S
..
Sub,E
Sd
C,H
D,S
D,S Sd-& Gv
N
S
..:
D,S Sd & Gv C,E
S
Gv
S
Gv
..
C,E
D,S
(6)
(7)
(8)
1959
1915
1961
1962
1962
1962
1962
1915
....
80
20
Flow
50
..
11 .36
50
83
63
1926
1916
1955
....
...
1924
1952
1905
1915
1960
1957
old
1905
1910
1958
....
(9)
(12)
(13 )
Flow less than lgp n
Np .
Ws, Lpc .
Wh, Lpc .
Wh, Np .
C.
Wh .
Wh .
Wh .
Na .
C.
(1)
(2 )
(3)
(4)
(5)
(6)
(7)
97
10
96
240
8
13 .7
276
54
75
72
4
36
4
4 .5
....
1950
1925
1963
. .. .
. .. .
1913
1920+
1909
1912
77
6 .58
40
36x24
4
5
..
4
Dr
Du
Dr
D
Dr
Du
Dr
Dr
..
Dr
72
10
2
36
Dr
Du
1950
....
75
204
330
100
4
44
4.5
18
4
36
..
30
6-4
4
Dr
Dr
Dr
Dr
Dr
Dv
Dv
Dv
Dr
Dr
1953
1957
1963
1920+
. . ..
1957
1962
1931
1910
1960
Dr
B
Dr
D
Dv
Dr
Dr
B
B
Dr
1960
....
....
1962
1956
1959
1931
. .. .
. .. .
1912
22aaa
24ccc
24ccd
26bbb
27acc
27dba
28a
30ccb
32cca
32dad
R . E . Sullivan
Knute Vatne
. .do. . .
Milton Nygaard
. .do . . .
Inwald Raymo
Leo Rosenvol d
H . O. Hanson
Jack Farver
33cbd
34acc
. .do. . .
Charles Myhre
160-9 7
lcda
4cdd
5abb
6baa
6c
Edda
6 ddd
7aad
8ddd 1
8ddd2
A. N . Holte r
Eddie Oure n
USGS Test hole 3036
Robert Redlan d
E . Twet e
Martin Gudvangen
. .do . . .
Selmer Salveson
Olney Burtman
. .do . . .
13 .02
16
19
288
260
10caa
10cab
12b
13bbb
15adc
16acb
16b
1Tdc
19a
21b
Hans B . Olson
. .do . . .
F . Rotnem
John Mobley
Randolph Kette l
Olney Burtman
Oley Nordnes s
H . L . Thompson
Roy Tracey
239
25
108
80
14
2T0
280
16o
32
202
4
24
5
1 .25
48
5
6
16
24
2
+ 0 .1
6 .8
6o
20
Flow
4 .3
10
7.47
(8)
1934
7-20-62
1962
7-21-62
7-21-62
1934
1962
1962
7-20-62
(9)
N
(10)
(11)
D,S Sd
N
Gv
N
..
S
Sd
D
Sd
N
Gv
D
Sd
D,S Sd & Gv
N
Gv
B,H
C,G
...
...
48.o
100
8 .08
11
12
170
180
100
20
40
32 .65
12
16o
220
49 .4
8
100
1962
1962
1934
6-13-63
1962
1959
1934
7-11-47
1962
1934
N Sd
D,S
N
0
D,S
S
N
N
D
N
S
Lpc .
.
C,E
D
D,S
N
N
Wh .
L.
Wn.
Wh .
.
E
1962
1962
. . ..
7-23-62
1934
7-23-62
1962
1962
1934
1962
..
.• • ••
2,269
C,E
E
D
Gv
E
D,S Sd & Gv P, G
Gv
(13)
....
1962
7-20-62
48
130
(12)
Gv & Lig
J,E
E
C172 . . .
Sd
Gv & Sd C,H
.. ..
Wh .
2,290
L.
.
Ws .
D,S
D
Gv
Sd
.. .
2,274
.. . . .
Ws .
N
D,S
Gv
C,E
...
Wh .
& Lig
..
Sd
..
Sd
Sd
Sd
..
Gv
Gv
C,H
C,H/E
E
C,H
...
.
2,257
C,H
C,E
Td 160, L,T 3 ,C .
Ws, Lpc .
Wh, L.
...
.
. ..
.
Wh .
(1)
(2)
160-97 Cont .
P . K . Aarestad
21c
21d
. .do . . .
2lddd
. .do . . .
22aaai
Roy Tracey
. .do . . .
22aaa2
P . K . Aarestad
22c
23a
G . O . Haugvorde
25dad
. .do . . .
25ddb
. .do. . .
26c
Leonard Berg
(3)
(4)
(5)
110
136
85
68
12
110
6o
58
5
6
6
4
48
24
24
4
24
5
Or
Dr
Dr
Dr
Du
B
B
Dr
B
Or
127
26ccc
27dcb
28ad
28aad
29dad
32aac
32cca
32daa
32dac
32dca
. .do . . .
Alber Pieper
A . L . Burns
. .do . . .
Leonard Rosten
Albert Pieper
Frank Salveson
USGS Observation well 3-862
Frank Salveson
100
100
85
110
110
140
140
125
142
190
3
4
4
4
14
5
11 .5
1 .5
1 .5
4 .5
Dr
Or
Dr
Or
Dr
Or
Dr
Dr
Dr
Dr
32ddb 1
32ddb2
32ddb3
33bbd
34ccc
35cbb
36aa
36bcb
. .do. . .
Frank Salveson
Leonard Rosteh
Theodor Rosters
Olaf Thon
G . O . Haugvorde
HUGS Test hole 3003
138
134
168
160
104
110
60
98
18
1 .5
Dr
Dr
Dr
Dr
Dr
Or
Dr
Dr
5
36-4
6
4
1
(6)
(7)
(8)
.. .
1960
1940
1912
..
1959
50
40
42
30
10
3
57
4o
23 .75
4o
1934
1934
1962
1962
1962
1934
1934
1962
7-20-62
1934
1924
1962
1962
1934
1962
1962
19113
19114
....
25
40
40
85
60
1961
1962
1962
1962
1962
55
28 .5
43 .9
1962
7-12-62
7-12-62
56 .69
71 .40
..
9-27-62
7-12-62
. .. .
...
7-21-61
1962
1963
1963
1962
1962
1962
1961
....
1910
1962
16 .2
80
Flow
Flow
(9)
N
N
D,S
S
N
N
N
D
S
N
(10)
(11)
(12)
(13 )
Gv
Gv
Gv
S,E
C,E
kh .
.a, Op .
.
Gv
Sd
E
C,E
:Ih .
SJal .
D,S
Gv
D,S
N
Sd
Sd
D,S
N
N
N
0
Sd&Gv
Sd & Gv
0
irr Sd
Gv
0
Sd
T
`•
N
..
D,S Sd & Gv
N
..
N
C,E
'h .
2,237
2,253
.....
Tu,E
.. .
•••
L, casing pulled .
Td 132, L, T 3 , C .
Td 147, L, C .
L.
2,265
2,265
.. .. .
Td 140, L, C.
Td 140, L, C .
L.
L, casing pulled .
.....
Flow 1 gam 1963 .
Td 320, L, C ,
well plugged.
.. . . .
C,E
C,a'p
...
(1)
(2)
141
(5)
(6)
14
19
355
365
350
350
109 .5
137 .9
36o
35
48
36
5 to 3
4
4
5-3
18
6
6
6
Dv
Dv
Dr
Dr
Dr
Dr
B
Dr
Dr
Dr
1951
1951
Dv
Dr
Dr
B
Dr
Dr
Dr
Dv
Dr
Dr
Dr
Dr
Dr
Dr
Dr
B
Dr
Dr
Dr
Dr
(3)
16o-9 8
3dda
3ddd
4cba1
4cba2
5ccc1
5ccc2
6ccc
Tubb
8bad
8dcc
Morris Sigvaldaon
. .do . . .
Albert Nystuen
. do .
Gilbert Dahlke
.do . . .
E . C . Gordon
Berger Herland
Carl P . Nystuen
Carl Tweed
8dcd
10d
llcdd
14bcb
14ccb
15ddd
16bcd
17aba
18aaa
18bbc
.do .
Leroy Tweed
Ray Rodgers
Mrs . Bernice Schilke
Aldrich Gunderson
Orvin Gunderson
Clifford Tweed
David Waled
Mildred Johnson
Wilard Johnson
30
350
318
33
232
1T0
295
16
175
250
48
4
5-3
18
4
4
4
60
2
4
18dad
20bcc
Ole Sateren
Jacobson Bros .
263
273
2
3
21bac
22bac
24acb
24cdd
26bdc
27adb 1
27adb2
27add
Otto Moe
Tilford Kvale
Joseph Thvedt
Nels P . Person
Alfred Johnson
Henry Olson
. .do . . .
Melvin Olson
253
228
325
TO
90
200
207
220
3
2
3-1 .5
24
4
2
4
4
(7)
(6)
(y)
(10)
11 .7
16 .7
4o
80
100
20
71 .47
125 .17
22
23 .6
7-23-62
T-23-62
1948
1962
1948
1948
8-19-48
8-19-48
1948
7-24-62
S
D
N
D,S
S
N
N
D,S
N
D
8 .2
115
80
11 .44
142
7-24-62
1934
1934
7-23-62
1962
1950
125
13 .07
140
125
1948
7-24-62
1948
1962
S
Sd & Cl
N
Li g
N
Sd
S
Sd
S
Lig
S
Gv
S
Lig
D,S
Sd
N
Sd
D,S
Gv
1948
160
140
1962
1962
N
D,S
1947
1916
1943
1921
1947
1917
1956
1957
170
210
200
50
40
150
120
100
1962
1962
1962
1962
1962
1948
1962
1962
D,S
Lig
N
Gv
D,S
Lig
N
Gv
S
N
...
D,S Sd & Lig
D,S
...
1952
1948
....
1957
1927
1914
1929
1940
1949
1948
1953
Sd
Sd
Sd
Sd
Sd
..
Sd
Lig
(11)
(12)
(13 )
C,E
E
C,E
C,W
2,146
2,146
. . .. .
C,H
C,W
C,W
E
2,160
Wh .
Wh, Np .
C.
C.
H,E
C,W
C,G
C,W
C,E
C,E
E
Wh, Wal, Lpc .
C.
Wal, Np .
its `137 ppm) .
Wh (274 ppm )
C,E
2,271
2,272
.....
2,225
2,201
2,194
2,180
C,E
2,120
.....
Wh .
Wh (256 ppm), Wal ,
Np .
Wh, Wal .
Np .
Ws .
Wh, Np .
Wh .
C,E
C,G
C,E
C,W
C,W
...
C,E
C,E
. . . ..
2,320
2,255
.. . . .
2,270
2,275
Wh .
Wh .
Wh .
(2)
(3)
(4)
(5)
(6)
(7)
160-98 Cont .
Iver Satern
29abd
353
6
Dr
1913
200
29acb
29caa
30dcb
31dac
32bcc
32dcd
33cdb
33dba
34ddb
20
200
242
252
240
115
280
117
235
36
6
4
3
4
18
5
12
4
Du
Dr
Dr
Dr
Dr
B
Dr
B
Dr
....
. . ..
1917
1925
18
190 .32
190
180
200
95
180
90
190
. .do . . .
Theo Linder
Claude Christianson
Arthur Christianson
C .T . Sateren
Carrie Harstad
Otto Vicha
D . C . Moe
Sara Salveson
36ddd
Fred Rossmiller
154
160-9 9
lddd
2bcc
3aad
3bbb1
Peter Eide
Harvey Koppang
Olivene Koppang
OSGS Test hole 3016
90
170
80
115
3bbb2
330
5adb
5dba
6aab
6bbd
7dbd
Edmund Eide
.do. .
G . H .• Anderson
Orvin Eide
Oscar Haugen
36
36
44
47
115
8ccc
l0abb
11bbb
12bbb
NDWC Test hole 1524
C .T . & L .A . Blikre
Ed. Myhre
Paul Siam
126
152
243
144
4
1918
1945
1945
(10)
(9)
1962
S
Lig
C,E
2,262
1948
8-19-48
1962
1962
1948
1948
1962
1948
1962
D
N
D,S
D
D,S
N
S,D
N
D,S
Sd
C,H
..
C,E
C,E
C,W
..
C,W
C,E
.....
.. .
2,23 9
2,260
2,25 0
2,270
2,250
2,270
2,30 0
1954
D,S
Sd
C,E
2,305
2,119
2,10 3
..
2,045
Lig
Lig
Lig
Gv
Lig
Gv
Lig
(11)
Dr
1958
70
18
2
6
1 .25
B
Dv
..
Dr
1931
. .. .
69
70
20
13 .57
1948
1934
1962
7-11-63
N
N
S
0
Sd & Gv
Gv
Sd
C,E
...
1 .25
Dr
4
4
3
18
4
5
2 .50
2
4
1963
(12)
(8)
1963
7 .98
7-11-63
0
Gv
N
2,045
Dr
Dr
Dr
B
Dr
1951
1951
17
25
19 .41
35
90
1962
1962
8-18-48
1962
1962
S
D
N
D
D,S
Gv
Cy
C,E
E
. . . ..
Sd
..
C,E
.. .
Dr
Dr
Dr
Dr
1959
. .. .
1917
1934
1948
1934
1962
N
N
N
D,S
1928
. .. .
100
143
94
Li g
..
C,W
2,179
2,120
2,070
(13)
Wh (563 ppm) ,
Wal, Np .
Lpc .
Wh .
Wal .
Np .
Wh .
Td 590, L ,
T3, C .
Td 590, L ,
T3, C .
Wal .
Lpc .
Lpc .
Wh .
2,250
2,170
L.
2,140
Wh.
(1)
y
(2)
(3)
(4)
160- . 99 Cont .
12dd,
Paul Siem
13bcd
H . Swenson
14d
. .do. . .
1Tc
Ingwold Mork
17ccb
. .do. . .
17ccc
. .do. . .
19cbd1
Arthur Haugen
19cbd2
. .do . . .
19dcd
Instal.. .Johnson
20add
Peter Nygaard
144 .5
170
170
194
49
247
23
12
160
282
6
2
2
3-2
4
4
4
36
4
3
21d
23bbc
24dcd
25aca
26aac
26cdb
26ddc
27aba
28cbd
28dda
Roy Hagen
Mrs . Clara Detke
J . M . Anderson
Alfred Renner
Bernt Simle
John Monger
Bernt Smile
V . L. Anderson
Lawrence Hagen
Roy Hagen
198
262
280
290
275
207
202
223
90
170
29bad
29bbb
32cdd
32ddb
33cba
33cbb
35aad
A. Holgerson
NDWC Test hole 523
Oscar Johnson
Melford Johnson
Oscar Johnson
. .do . . .
Bert Simle
18
420
93 .5
180
16
12
250
(5)
(6)
(7)
(8)
(9)
(10)
(11)
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dv
Dr
Dr
. .. .
1915
1918
1927
1951
1958
1955
1958
1921
1923
132 .34
120
135
24
46
57
5
7
120
200
8-9-48
1962
1934
1934
1962
1962
1962
1962
1959
1962
N
D,S
N
N
D
S
D
..
D,S
N
..
Gv
Gv
Gv
Gv
Gv
Sd
Gv
3
4
2
5
5
..
5
7
4
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
1915
1949
1916
1910
1916
123
160
200
80
175
180
172 .5
170 .32
60
60
1934
1949
1934
1962
1962
1948
7-26-62
8-18-48
1962
1962
N
D,S
N
D,S
N
N
N
N
S
N
Gv
..
Gv
Lig
Lig
Sd
Gv
Gv
Sub,E
C,E
36
5
6
4
48
36
4
Du
Dr
Dr
Dr
On
On
Dr
. .. .
1959
10 .65
..
52 .01
50
12
8
181 .47
8-17-48
N
N
N
D,S
S
D
N
..
..
..
Sd
..
Cl
Gv
.. .
..
.. .
C,E
C,H
P,E
...
6
1916
1916
1950
1915
1916
....
1950
1916
8-17-48
1962
1962
1962
8-19-48
Gv
..
.. .
.. .
J,E
C, E
C,H
C, H
...
. ..
...
C,E
. ..
N
(12)
2,175
2,17 1
.. . . .
..
.
.. .. .
(13 )
Wh .
Lpc .
2,179
2,134
2,140
. .. .
2,186
2,120
2,198
2,239
2,181
2,222
2,20 4
2,120
2,172
.....
2,100
2,10 3
2,118
.. .
C.
Wh .
C.
Wh .
Ws .
Wh .
Wh .
L.
Wh .
Ws
2,220
(1)
co
(2)
160-loo
ladb
2aab
4aab
4ccdl
4ccd2
4ddc
4ddd1
4ddd2
5dba
6ddd
V . Thvedt
Lewis Moen
Julian Wroson
. .do . . .
. .do . . .
. .do . . .
Obert Berg
. .do. . .
Edmund Eide
Willie Westin
7bcc
8acb
10ad
10adc
13aaa
15cbb
15cbc
17aba
17bcb
19cdd
A . R. Ternguist
Julian Wrolson
Murrell Knudsvig
.do . . .
John N . Knudsvig
Ole Karlsrud
.do . . .
Willie Westin
P . J . Foss
T . & C . Bendixson
20bc
20ccd
22dda
23cca
27bbb
28dda
31bcc
31ccb
31ccc
H . H . & M . L. Bublitz
Eldon Boeck
Soren Sorenson
. .do. . .
Elmer Amundson
Clifford Amundson
Clayton Ternquist
Alfred Jorstad
George Stewart
(3)
(4)
(5)
4o
154
spring
70
70
155
64
164
Spring
80
12
4
..
3
18
4
4
5
B
D
(6)
1961
. . ..
1950
,..
1918
1940
1959
.. . .
(7)
(8)
(9)
25 .31
130
Flow
43
40
0 .95
45
8-18-148
1961
1962
1950
1962
19148
1962
N
D,S
(10)
Sd
Flow
70
1962
1962
D
Sd
S
Sd
N
Gv & Lig
D
N
Sd & Lig
..
D,S
(11)
C,E
...
J,E
C,E
'5
D
B
D
D
D
..
D
120
50
202
60
65
63
40
100
100
26 .80
4
5
4
4
4
5
18
4
5
24
D
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
B
1960
1915
1927
1955
1935
1952
. . ..
. . ..
1917
...
100
38
82
53
59
48
25
70
93
13 .28
1960
1938
1934
1962
1962
1962
1962
1962
1962
8-17-48
Sd
Sub, E .
D,S
S
Sd
C,W
N
Gv
.. .
D,S Sd & Gv Sub, E
D,S
Gv
E
Sd
E
D
S
..
C,E
N
..
C,H
C,E
D,S Sd & G v
N
..
230
53
17
28
90
18
54 .7
96
164
6-3
4
30
54
4
5
6
5-4
5
Dr
Dr
Du
Du
Dr
Dr
Dr
Dr
Dr
1923
.. . .
.. .
1951
....
225
25
6
14
40
13
28 .13
83
124
1934
1957
1962
1962
1962
1962
8-16-48
1962
1962
N
Sd & Lig
Sd
D,S
S
..
Sd
D
D,S
Sd
D
..
N
D,S
Gv
D
Gv
..
1928
N••
C,E
. ..
C,E
...
(12)
. .. . .
2,171
2,150
. .. . .
. . .. .
2,200
2,192
. . . ..
.....
2,09 0
..
2,120
2,157
2,080
C,E
E
C,E
.. .
.. . . .
2,100
2,046
. .,
2,171
.....
J,E
C,E
2,114
(13)
Wh .
Wh (650 ppm) .
Wal .
Wh .
Yields 2-5 gpm .
Wh .
Wh (274 per) .
Wh .
Wh .
Wal .
C.
Wh (574 ppm) .
Ws,Wal .
Wh .
Wh .
Wal, Lpc .
(2)
(1)
160-100 Cont .
S . C . Stewart
32caa
32cbb
33dcd
34bbd
34ccc
Alfred Jorstad
Ed. C . Nelson
Herat Pmundson
Even Ulledal
35aba
36bcc
Ole Holm
. .do. . .
160-10 1
lass
lbcc
3aaa
3ddd
9c
9ddd1
9dd
9ddd
11bsa
llcca
Raymond Sletten
Frank Eberle
USGS Test hole 3030
Oscar Bendixson
Lyle M. Nelson
. .do . . .
. .do . . .
. .do . . .
Frank Eberle
Clara Bendixson
11ccc
llccd
l2baa
13ccd
14cdb
14ddd
15a
17bcd
18ccc
19ccd
. .do . . .
. .do. . .
Fred Eberle
Wallace Thompson
Theodore Nelson
Wallace Thompson
C. B . & Thelma Astrup
Edwin Dordahl
. .do . . .
Franz & M. O . Berg
(3)
126
105
85
18
71
(4)
4
4
5
8
18
(5)
Dr
Dr
Dr
Du
B
(6)
1961
1930
....
.. .
1943
(7)
(10)
(il)
(12)
(13 )
1961
D,S
Sd
Sub,E.
2,080
75
55
9
50
1948
1962
1962
1962
N
D,S
S
D,S
Gv
Sd
Sd
Gv
C,E
C,E
D,S
2,090
2,052
. . .. .
2,070
S
N
Sd
..
C,E
...
.. .. .
.... .
S
S
N
D,S
N
S
S
S
D
D
Gv
Sd
..
..
Sd
Gv
..
..
Cy
Gv
C,E
...
...
Sub,E
.. .
Wh .
E
E
Sub,E
E
2,220
. .. . .
2,200
2,205
. . .. .
.....
.....
.....
2,212
:. . . .
C,E
Sub,E
E
C,E
C,E
2,240
2,240
2,215
2,140
2,215
Np, Lpc .
.• .
.. . . .
Np .
C,E
C,E
...
.. .. .
.. .. .
.. ..
Ws .
Dr
..
1958
.. . .
15
Flow
87
95
170
64
160
120
50
380
91
27
6
6
4 .5
24
4
24
24
4
4
12
Dr
B
Dr
B
Dr
B
..
Dr
Dr
Du
1916
1916
1963
82
75
..
50
115
100
24
100
65
14 .65
135
1TO
90
40
48
Spring
110
1T0
8
140
24
4
18
24
24
B
Dr
Dr
Dr
Dr
1913
1962
...
1916
1928
5
4
48
24
Dr
Dr
Du
B
1920
1949
1942
1916
1916
1913
.. .
1963
1958
....
(9)
78
5
..
35
Spring
(8)
100
80
72
20
40
Flow
90
2
70
1962
1962
1961
1934
.. .
1962
1934
1962
1962
1964
1962
8-1-62
1962
1962
1962
1962
1962
1962
1934
.. .
1962
1934
S
Sd
S
Sd
D,S
Gv
Lig
D,S
Sd
D
S
N
Cl & Sd
S
..
D
Sd
N
Lig
Wh (718 ppm) ,
Wal .
Wal .
Wh .
Wh (1,110 ppm) ,
Lpc .
Wh .
L.
Wh (714 ppm) .
Wh .
C.
C.
Wh, L.
Ws .
Ws .
Wh (274 ppm) .
Wh .
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
160-101 Cont .
22a
C . A. Davis
23bac
Harvey Boeck
25ccc
Raymond Sletten
25ddb
Ole Sletten
26cdc
Carl Holman
26cdd
. .do. . .
27c8ko
Vernon Nelson
27ddd1
Olaf Larson
27ddd2
. .do. . .
28cba
Palmer Solheim
100
42
244
71 .45
286
32 .6
60
44 .9
190
110
24
24
4
24
3
24
24
18
4
24
B
B
Dr
B
Dr
Du
B
Dr
Dr
B
1916
....
70
30
80
61 .38
87
14 .2
50
28 .1
..
50
1934
1962
1961
8-17-48
1934
7-30-62
1962
7-30-62
....
1962
N
D
S
N
S
N
S
D
N
S
Cl & Sd
Sd
Lig
..
Lig
..
Gv
..
..
Lig
29ada
29bbb
32aaa
32bad
33add
34a
34b
L . M. Nelson
Borghild Sandvold
Ivan M. Olson
Kenneth Storhaug
C . M. Foss
Magnus Rodvold
Anne Johnson
113 .4
175
105
235
83
100
105
6
4
6
4
10
24
5
Dr
Dr
Dr
Dr
B
B
Dr
1910
1930
....
1956
1915
1923
1912
60
70
6o
50
40
90
55
1962
1962
1962
1962
1962
1934
1934
N
S
N
S
S
N
N
Lig
Sd
..
Sd
3d
..
..
160-10 2
2ada
3bab
6abb
6add
8ccc
9aac
llcbb
13ba
15adb
17ada
Carl Storseth
C . H . Larson
Elmer Pedersen
Joe Friestad
Vern Tvete n
John Dordal
Anna Hagen
Hans Nelson
98
400
385
65
55
22
90
300
40
150
24
4 .5
4 .5
24
24
24
18
5-4
24
4
B
D
Dr
B
B
Du
Dr
Dr
B
Dr
1930
1963
1963
1918
....
1912
....
1914
....
50
1962
. ...
..
1934
1962
8-1-62
1962
1934
1962
1962
1961
...
1918
.. . .
1926
1955
13
20
3 .0
50
160
23
100
D
Gv
N
..
N
N
Gv
D
Gv
D,S Sd
S
..
N
S
..
S
Lig
(11)
...
C
C,W
. ..
C,E
N
C,E
E
C,N
C,E
C,H
C,E
. ..
Sub,E
C,W
...
. ..
C,E
. ..
C,E
C,H
C,E
...
C,E
...
(12)
(13)
. . . ..
2,18 7
2,14 5
2,12 7
2,235
Ws, Np .
2,250
Lpc .
2,232
2,285
Wh, Np .
Np .
.
Wh, Np .
Np .
Wh .
Wh, Lpc .
.
.
..
2,118
2,069
Wh .
L.
L.
C.
Wh .
Np .
.
...
Wh (1540 ppm) .
Wh .
(I)
(2)
160-102 Cont .
18ccc
USGS Test hole 3005
Arne Nelson
22bbdi
22bbd2
. .do . . .
John Storseth
22cbc
22cbd
. .do . . .
24d
. .do . . .
25ddd
Irving Ellevold
USGS Test hole 2249
26aaa
27bbb
JohnStorseth
31bbc
Earl Johnson
(3)
(4)
4 .5
(5)
(6)
Dr
r
Du
Dr
B
B
B
Dr
1963
1956
300
308
9
135
98
60
50
136
21
16
36
4
18
24
24
4 .5
24
48
32aaa
32b
32dda
33bdb
33cac
35cac 1
35cac2
35daa
Eels Christianson
Engvald Sneva
. .do . . .
Alvin Twete
Art Bergeron
Melvin Schenstad
. .do . . .
Ernest Schenstad
135
140
125
70
12
68
130
70
4
14
14
14
24
It
24-18
19-12
Dr
Dr
Dr
Dr
Du
Dr
3
..
1960
1925
160-10 3
laaa
lbcc
2bbb
4aaa
4cdc
5aaa
5aad
5c
5ddd
9d
Albert Pedersen
Walter Quam
USGS Test hole 3026
E . A. Sneva
Albert Sonstegard
USGS Test hole 3025
Hans H . Haugen
Gerhard Sneva
. .do. . .
H . Anderson and H . E . Brown
28
114
405
100
80
200
120
75
90
70
4
5
4 .5
4
24
4 .5
4
24
3
4
Dr
Dr
Dr
Dr
B
Dr
Dr
B
Dr
Dr
1962
1923
1963
1921
1908
1963
1961
1910
1957
1922
4y
1960
1917
... .
1964
. . ..
Dug
1956
1956
.. . .
(7)
yv7
80
4o
56
30
8
14
(8)
1962
1962
1962
1962
1934
1962
1962
1962
(9)
D,S
D
D,S
D,S
N
N
N
N
S
(10)
(11)
(12)
g
Sub,E
2,039
.. . . .
Gv
..
. ..
Sub,E
J,E
Gv
2,211
Sd
Gv
1962
1934
1962
1962
1962
1962
8-2-62
1962
D,S
Sd
Sd
N
S
Sd
D,S
Gv
S
D
Sd & Gv
S
N
E
Flow
3 .2
1962
8-2-62
E
N
30
6o
1934
1962
....
1962
1934
1962
1934
D
S
N
N
N
N
D
N
D
N
70
55
60
Flow
Sd
Sd
Wh .
L.
Ws .
Wh .
Wh .
Ws .
Wh (1370 ppm), Lpc .
Wh, Wal, Lpc .
C,E
E••
C,E
.....
2,032
.....
Gv
Sd
Sd
L.
Wh (714 ppm) .
Ws .
Wh (1025 ppm) .
Wh (1370 ppm), 1pc .
Wh .
90
75
60
65
4
58
91 .5
15
Sd & Gv
(13 )
C,H
...
E
N
2,098
2,095
.....
.....
Wh .
Wal, Np .
L.
Wh .
Wh .
L.
C.
Wh, Wal .
(1)
(2
160-102 Cont .
llccd
Andrew Burkhow
12dad
Ansel Jacobson
13baa
Anna Spaberg
14b
Andrew Burkhow
2
(3)
(4)
(5)
(6)
4
3
24
24
Dr
Dr
B
B
1961
48
52
45
....
1929
(T)
Flow
11
25
Flow
16bbb
17bbb
20c
20dcd
22c
24ddd
USGS Test hole 3082
P . C . Jensen
H . & N . Jacobson
USGS Test hole 3081
J . C . Jensen
William A . Nelson
105
101
80
185
40
50
1 .25
4
5
4 .5
24
24
Dr
Dr
Dr
Dr
B
B
1963
1926
1919
1963
1929
. . ..
43 .68
46
73
..
33
45
27cdd
27dcc
34ada 1
34ada2
34d
Adolph Sneva
, .do . . .
Ernest Jenson
. .do . . .
R . A . Jensen
39
40
40
6o
130
18
18
24
18
3
B
B
B
Dr
Dr
1943
1943
1955
1960
....
35
35
20
40
20
161-9 5
lbbc
2bac
2dda
3aba
4aaa
7ada
Tdcc
8add
llbcb
12abc
Theo. Johnson
Willie Brodal
Allen Spooner
Willie Brodal
E . O. Pederson
Glen Haroldson
Roy Fenster
Fred Fredrickson
Adolph Brodal
Roland Zimmerman
275
285
270
415
243
202
170
20
317
257
Dr
Dr
Dr
Dr
Dr
Dr
Dr
B
Dr
Dr
.•
1916
1913
4
5
6
4
5-3
5
4
8
5
5
1917
....
....
....
1917
....
214 .0
200+
170
213 .0
200
0 .5
120
15
180
T
(8)
(9)
1962
1962
1962
1934
D
D
N
N
11-12-63
1934
1934
(10)
(11)
Sd
(12)
Flows
.....
... ..
.....
Sd
1934
1962
0
Sd & Gv
N
Sd
N
Sd
N
N
Sd
D,S
..
1962
1962
1962
1960
1934
D,S
D,S
8
N
N
Sd
..
Gv
Sd
Sd
C,E
C,E
C,E
N
...
..
..
..
..
..
N
S
S
N
N
N
D,S
D
N
S
Lig
N
C,W
C,W
C,N
C,N
2,360
2,320
2,380
2,325
2,230
2,380
2,390
.....
2,345
2,395
8-24-62
1962
1962
8-24-62
1962
8-25-62
1962
1962
1962
1962
Lig
..
..
Cl
Lig
...
2,052
...
2,044
..
.
.....
• .•
C,H
C,N
C,E
. .
..
..
..
. .
.
.
.
.
.
(13 )
15 gpm, 42 0F .
Wh .
Wal .
Flowed 9 gp m
in 1934 .
Td 270, L, T 3 , C .
L.
Wh .
Wh, Lpc .
C.
Wh .
Wh .
Wh .
Wh.
Ws .
Wh .
Wh, Lpc .
Np .
C.
(1)
(2)
161-95 Cont .
13ccb
Rev Robert s
14ada1
Kenneth Melgaar d
14ada2
.do .
15cbb1
Wm . Heue r
15cbb2
. .do. . .
17ddd
Peter 6 Eric Heue r
18dda
Floyd Fenste r
20ddd
Lambert Nelson
2ldb a
William Heue r
22cdd
Clarence Bratlie n
(3)
(4)
(5)
80
94
35
TS
42
30
12
49 .7
93 .0
40
18
18
18
18
18
12
48
18
12
24
B
B
B
B
B
B
Du
B
B
B
22ddd
23aba
23bbd
24cc
24ccd
25ccd
26baa1
26baa2
26cdd
29cdc
E . Haugen
K & I . M. Gilvertson
Alfred Ellison
Ted Bratlie n
.do . .
Oscar H . Kjelshus
Leonard Bratlien
. .do . . .
Ole Jaraanstad
Martin Bakken
315
33 .0
41 .1
80
15
21 .1
12
210
331
22
4-2 .5
12
18
24
8
36-24
30
4
3
24
Dr
B
B
B
B
Du
Du
Dr
Dr
B
30cbb
31bcb
32cec
33ccd
33ddd
35dcb
35dda
36ccc
Caroline Roestel
Chester & Milton Fenster
14. M. Martin
Sophee Broby
USGS Test hole 3039
Jacob Skarphol
. .do . . .
Oscar Kjelahus
176
187
33.0
220
320
14
23
18 .4
4
4
24
4-2.5
4 .5
48
18
12
Dr
Dr
B
Dr
Dr
Cu
B
Du
(6)
(7)
(8)
1911
. .. .
. .. .
1920
1937
.. . .
.. . .
.. . .
....
166 .30
80 .0
10 .5
6o
20
16
6
10 .5
57.6
17
8-24-62
8-24-62
8-24-62
1934
1962
1962
1962
8-25-62
8-25-62
1962
N
N
..
N
..
N
Sd
D,S Gv
D,S
Sd
D,S
..
N
..
N
.,
S
250
15 1
9.1
..
6
13 .0
6
164 .0
200
4
1934
8-24-62
8-24-62
.. . .
1962
8-24-62
1962
8-24-62
1962
1962
N
N
S
N
D
D
3
N
S
S
g. .
158
157
18 .6
130
,.
7
17
6.9
1934
1934
8-25-62
1962
N
Gv
D,S Gv
N
..
D,S Gv
1918
1947
1921
1957
1960
1960
1910
1920
. . .,
1918
1917
....
.. .
1963
1946
1944
(9)
(10)
Sd
Gv
Cl
Cl
Sd
Sd
Gv
Sd
(11)
(12)
(13)
C
N
N
2,375
2,400
...
Wh .
Wal, Np .
CW/E
2,370
2,345
Wh .
C.
CW/E
C,E
C,N
N
...
C,R
...
P,R
8D
N
.
Wal,
.,
Lpc .
.
,.
J,E
C,E
C, G
C,E
Wal .
Wh, Lpc .
Wh, Lpc .
Wh.
Wh,
C,W/H
N
C,E
N
1962
1962
8-24-62
Lpc .
Lpc when
Lpc.
Wh .
Wh ,
2,359
5 ~
Gv
Gv
..
C,H
C,H
N
Wh.
Wh, Lpc .
used .
(1)
(2)
(8)
(9)
(10)
(3)
(4)
(5)
(6)
(7)
5
17
4
5
24
4
16
16
24
24
Dr
B
Dr
Dr
Du
Dr
1917
1943
18
30
90
120
11.2
60
24
8
36
8
1934
1962
1962
1962
8-20-62
1958
1962
1962
1961
1962
N
D
Sd
D,S
S
S
D,S Gv & Cl
D,S
Gv
N
D,S
Sd
Gv
S
4
4
12
36x48
6
4
4
6
6
4
Dr
Dr
B
Du
Or
Dr
Dr
180
240
15
12
138
70
61 .88
20
30
15 0
1962
1962
1962
1962
1962
1956
5-12-64
1962
1962
1962
S
D,S
S
N
D
Gv
N
D,S
Gv
D,S
..
D,S
D,S Sd & Lig
5
18
24
18
42
18
4 .5
24
12
32
Dr
B
B
B
Du
B
Dr
B
B
B
176
4
13 .0
12 .7
5 .4
10
1962
1962
8-21-62
8-21-62
8-21-62
1962
••
8-21-62
8-21-62
1962
D
D
D,$
D,S
S
D,S
161-9 6
2acc
2ccc
2ddc
9bbc
10ada
10bbb
llccc
llccd
14bab
15dda
Hanna Shirley
Hayden Lampert
Clayton Myhra
Art Espeseth
Ernest Gochanour
John Pharoah
R. M . Fagerland
. .do. . .
Roy Espeseth
Joseph :+ygaard
273
40
276
200
15 .3
139
38
28
46
18
17bcd
18abc
19ebb
20cdd
23add
23bbc1
23bbc2
24aaa
24bac
25ccb
Alvin Lervick
Clifford Neale
Harry Berg
Elvan Gilland
Elof Dalin
Engvald Christianson
. .do. . .
Oral Sillerud
Palmer Pederson
Otis Glasoe
265
312
28
20
175
195
210
38
120
330
26aaa
27cdc
29dcb
31bbd
32adc
32bba
32ccc
33bba
33cdb
34bab
Otto Glasoe
Alma Rivers
Theo Schilke
Kenard Glasoe
Ernest Gillund
Palmer Ouren
USGS Test hole 3037
E . Gilland
Olaf Thone
S . Grove
186
24
16 .2
33 .2
7 .6
60
380
33 .4
37 .0
37
B
B
B
B
Dr
Dr
1912
...
1958
1942
1942
1945
1937
1949
....
1956
1963
.. . .
. .. .
1957
. . ..
19148
... .
.. .
1963
1945
1957
14 .2
35 .1
20
Sd
Gv
Gv
Gv
..
N
D,S
(12)
Wh, Lpc .
C,G
C,H
Wh .
Wh, T, 43 0F .
J,E
N
C,E
C,G
Wh .
Wh .
Wh.
C
E
C,H
N
C,W
N
Sub ,E
2,365
2,370
.. . . .
C,W/H
Sub ,E
...
.....
C,E
C,E
0',-E
Cen,E
C,E
C,E
2,340
2,360
2,356
C,E
Wh, Np .
Wal, Wh.
Wal, Lpc .
Wh .
Wh .
L.
C.
Wh .
Wh .
Wh, Fe (9 ppm) .
2,358
...
Wh.
Ws .
Wh, Lpc .
Lpc.
Lpc (pc 20 gpm) .
Wh.
L.
Wh, Lpc .
...
Wh, Wal, Lpc .
.. .
.. .
N
Sd
(13 )
C,E
...
Sd.
N
D,S
(11)
-S 1)
(2)
(3)
(5)
(6)
3
4 .5
Dr
Dr
1936
1963
124
..
430
323
175
83
80
100
225
135
108
360
6-4 .5
6
6
18
18
4
2
6
4
6
Dr
Dr
Dr
B
B
Dr
Dr
Dr
1915
1912
....
...
1926
. .. .
. .. .
Dr
1955
....
Lloyd Olin
Walter IQynra
Kalmar Unhjem
John H . Hall
Mike Corman
Henry Hall
Luella Torgerson
A. U . Anderson
Calmer Wenstad
K. A. & L . Ottison
275
185
300
14
300
1TO
300
155 .0
160
100
5-4
5
4
9
2
5
4-3
12
4
4
Dr
Dr
Dr
Du
Dr
Dr
Dr
B
Dr
Dr
Otto Redlin
Glen Hay
Bob Redlin
R . H . & Ronald Points
. .do . . .
87
150
40
78
71.0
18
5
18
18
12
B
Dr
B
B
B
161-96 Cont .
Martin Horstad
35dcc
35ddd
i o ,n Test hole 3038
324
330
161-9 7
lcbb
2daa
3c
3dad
4aa
6cdd
Tccd
8cdc1
8cdc2
9d
Lloyd Olin
Herbert Olin
Frank Kirchoffer
Eddie Bummer
J . T . Ebreck
Gilbert & Lila Olin
T . N . Jorgenson
Melvin Wenstad
. .do . . .
Frank Kirchoffer
llc
11dab
12dad
13ddc
15ccc
15dbd
16ad
17dcc
18dda
19bbb
19dad
2Oaba
21add
21cc
21ccd
N
(4)
Dr
1914
1956
1920
... .
1920
1912
. .. .
1916
1908
. .. .
1915
....
(T)
(8)
(9)
(10)
(11)
(12)
(130 )
1936
....
D,S
N
Lie
..
C,E
...
2,345
L.
300
110
30
64.1
60
48 .06
120
44 .95
60
100
1962
1962
1934
8-20-62
1934
7-9-47
1962
7-11-47
1962
1934
N
D,S
N
D,S
N
N
D,S
N
D,S
N
Lig
Lig
Gv
Gv
Sd
Gv
Sd
Sd
Gv
..
C,W
Sub,E
2,172
2,150
Ws .
Wh .
E
...
C
C,G
...
C,E
...
2,110
.. . ..
2,070
2,080
2,09 1
2,09 1
.....
Wh (2390) .
225
160
85
8
150
110
150
42 .50
27
10
1962
1962
1962
1956
1962
1934
1962
8-18-62
1962
1947
N
Sd
D,S
Sd
D,S
Gv
D
Gv
N
Sd
N
Sd
N
Sd
N Gv & Cl
D
G
N
Gv
...
C,E
C,E
C,H
N
.....
2,200
.....
76 .7
70
Flow
48 .74
21 .0
7-11-47
1962
8-20-62
7-11-47
8-18-62
N
D,S
N
N
N
Sd
Gv
..
C
C,N
C,E
...
C,W
C,N
C,H
Ws .
2,200
.. . ..
2,181
2,110
2,102
.. . . .
2,13 8
2,112
2,188
2,150
2,150
Wh .
Wh .
Wh .
Lpc .
Wh, Wal.
Wh .
Wh, Wal .
C.
Wh, Wal .
(1)
(2)
161-97 Cont .
23a
E . & B . Gillund
24ddc1
Melvin Mortenson
24ddc2
.do . . .
26dda
Hoy Howard
29bbb1
Rolland Redlin
29bbb2
.•do . . .
29bbb 3
. .do . . .
Otto Redlin
30aaa
Charles
Bissonette
31aad
31bcc
Donald Moe
(6)
(7)
(3)
(4)
(5)
76
120
60
279
112
130
128
127
103
9 .8
18
12
18
6
18
4
4
12
18
36
B
1924
73
B
B
. . . .
. .
100
Dr
B
Dr
Dr
B
B
Du
1959
1914
1952
1950
1915
1920
....
1910
7-63
1908
1930
(9)
(10)
(11)
(12)
1934
1962
1962
1959
7-11-47
1962
1962
1962
7-11-47
8-18-62
Sd
N
N
Gv
N
Gv
•.
D,S
Sd
& Gv
N
Gv
S
Sd
D
D,S
.,d
N
Gv
D,S
..
29 .6
..
17 .60
8-18-62
..
8-18-62
. .. .
D,S
N
N
N
Gv
Jet,E
Cl
.. .
C,H
2,200
2,197
.... .
.... .
1934
8-17-62
1962
19314
1934
7-23-62
7-23-62
1959
1962
1962
N
D,S
D,S
N
N
S
D
D,S
D,S
D,S
Sd
Sd
..
Sd
Sd
Sd
Sd
. .
Gv
Sd
...
C,E
...
...
C,N
C,E
E
C,W
C,E
C,W
.. ...
.....
.....
.....
2,090
.. . . .
•. . ..
...
2,140
2,180
1962
1962
.. . .
N
D,S
N
..
..
..
C,H
.....
2,100
2,100
15
108
82 .87
75
75
67
39 . 145
6 .3
3lddd
32ccc
32edc
35ddd
Charles Bissonette
USGS Test hole 3034
Charles Bissonette
Roy Howard
90
420
28 .4
302
12
4 .5
18
6
B
161-9 8
ladd 1
ladd2
2bbb
3c
3cdd
3dda
3ddd
6aad
6ada
6cbb
A. L . Murphy
. .do . . .
Nathan Lindsey
J . B . & A . Johnson
. .do . . .
. .do . . .
. .do . . .
Jacob Stenson
. .do• . .
Oscar Palm
105
92
28
500
350
14
18 .59
90
88
265
6
12
72
5
4
48
36
18
4
3
Dr
..
Du
Dr
Dr
Du
Du
B
Dr
Dr
1908
1948
....
. .. .
1951
1951
1950
1958
1932
40
27 .1
3
30
100
11 .66
16 .74
40
48
90
7ddd
9aac
9ccb
C . A. Herberg
Tina Fielstad
NDWC Test hole 1528
26
325
378
18
2
4 .5
B
Dr
Dr
1948
1912
1959
14
110
..
Dr
B
Dr
(8)
.. .
.. .
.. .
C,E
C,E
C,E
...
E
. .•
(13 )
2,300Wh, Wal .
Wh, Wal .
.....
...
Wh ,
2, 144
2 , 140
Wh .
.....
2 ,150
Wh , Wal .
2,192
Lpc .
,....
Wh
..
L.
Wa .
Wh .
Ws .
Lpc when used .
Lpc .
Wh (1025) .
Wh .
Wh .
L.
(1)
(2)
161-98 Cont .
10abb1
J . B . & A. Johnson
l0abb2
. .do. . .
llccc
tSGS Test hole
]lddc
E . P . Thcmpsc n
Alex & Leo Murphy
12aaa
12bcc
P . A. Jacobso n
13bab
Alfred & M . J . Joyce
14abb
Janette Burreson
. .do. . .
14bdd
NDWC Test hole 152 6
14dcd
190 7
.. ..
C„W
C,E
N
N
N
190 8
1918
192 5
...
1959
1962
1947
8-17-62
7-9-47
1934
7-9-47
7-9-47
....
....
D,S Gv
D,S
B
Dr
Dr
B
B
B
Dr
80
50
55 .0
47 .9
45 .35
10
26 .27
40 .50
Dr
Dr
Du
Du
Du
Du
Dr
Dr
1914
1959
1934
1946
195T
1961
....
....
30
..
25
8
11
10 .7
80
158
1934
....
1959
1962
1962
8-17-62
1962
1934
N
Dr
1916
55
1914
7.64
1931
....
....
1914
100
30
33.3
50
33
23 .01
20 .55
Flow
16 .08
1934
1962
8-17-62
1934
1962
7-10-47
6-13-59
1962
7-10-47
4-3
4 .5
36
36
72
48-72
4
3
20bbb1
Nels Sandberg
22 4
Duane & Thelma Lindsey
Kenneth Hall
O . B . Storasli
L . S . S. Sophie Goldal
. .do. . .
Dwaine Egge
.do .
Mill/ Loucks
C . W . Bentson
B
B
18
8
4. 5
12
4
4-1 .5
18
18
12
130
320
35
23
26
13
245
16o
20dcd
21ccc
2ldca
22aaal
22aaa2
23bdd
23caa
24aad
24baa
( 8)
100
6o
500
80
95
46 5
6o
75
20
49 3
H . B . Burrow s
NDWC Test hole 152 7
Duane Lindse y
. .do . . .
. .do . . .
. .do . . .
Benney Nelson
A. M. Nelson
. .do. . .
( 7)
( s)
15 abb
15bbc
17aaa1
17asaa2
1Taaa3
17aaa4
18add
20aaa
20bbb2
( 6)
( 4)
(3)
4-2
96
18
B
132
98
85 . 0
90
65
40
50
39
90
3
6
2
5
6
24
24
18
24
Dr
Dr
Dr
Dr
..
B
B
B
B
1959
1915
..
1913
1906
( 9)
N
N
N
N
D
N
( 10)
Gv
Sd
Sd
Gv
..
( 11)
...
C,H
C,H
...
( 12)
( 13)
2,090
2,095
2,077
2,07 1
.....
2,07 0
2,05 0
2,071
Wal .
Wh .
L, MB .
2,070
Gv
N
..
.. .
D,S
Sd
C,E
D
Sd
Cen,E
S Sd & C1 C,H Cen, E
D,S Sd
D,S
..
C,E
N
Sd
.. .
2,085
2,080
1962
D
Sd
C,E
2,081
8-17-62
D
..
C,H
2,083
N
S
N
N
D,S
N
D
D
N
Sd
..
..
Sd
..
..
.. .
...
.. .
.. .
2,070
2,068
2,06 0
..
2,07 5
2,060
2,06 0
2,06 0
2,04 5
Gv
Sd
..
C,H
.. .
2,063
Lpc .
L.
C.
L.
Wh, Lpc .
Wh .
Lpc .
Wh .
Yielded 2 bbls
per day .
Wh (342 ppm) ,
Wal, Np,C .
C.
Wh.
(1)
(2)
161-98 Cont .
C . W . Bentson
25aad
F. Hatfield & Clyde Died
26cc
27bbb
USGS Test hole
28aaa
USGS Test hole 3088
28dad
Frank Schell
29c
P . Paulson
30aaa
Gordon Hall
30aba
. .do . . .
USGS Test hole 3035
34dcd
Albert
Nystuen
35d
161-99
lbab
3da
3dad
4aac
4d
5abb
5baa
Clarence Thompson
Knute Kvigne
. . do .
Curtis Tangedal
Bert Thompson
Fred Long
. .do. . .
8cccl
8ccc2
8ccc 3
Edmond Johnson
. .do . . .
. .do . . .
9bbb1
9bbb2,
llaab 1
llaab 2
12b
12cdd
13add
Sigurd Hofstad
. .do . . .
Orville Knutson
. .do . . .
Hannah Fordahl
Thorston Karlberg
Frank Lindberg
(4)
(5)
(6)
(7)
(8)
(9)
4
•4 .5
4 .5
24
5
18
18
4 .5
16
Dr
Dr
Dr
Dr
B
Dr
B
B
Dr
B
1910
.. .
1947
1963
1920
1916
..
1946
1963
1914
16
220
6 .43
..
20
60
24
9 .16
..
50
196 2
1934
6-28-47
.. .
1962
1934
1962
7-10-47
...
1934
D
N
N
3-2
5-2
3
Dr
Dr
Dr
1928
1917
1941
13
..
B
B
1913
.. ..
114
25
30
20 .60
107
22 .54
Flow
30
15
26
12
24
18
B
B
B
1948
1933
1958
60
30
250
200
192
10
243
16
24
4
3
4
42
3
B
B
Dr
Dr
Dr
Du
Dr
1945
1957
1933
1926
1947
1928
(3)
380
300
60
415
30
160
68
21
240
150
205
485
133
39 .8
127
31 .4
Spring
(10)
(11)
(12)
N
. . .
Gv
D
N
Sd & Lig
D,S
..
N
Gv
N
..
C,E
.
E••
...
...
2,112
. .. . .
2,030
2,030
2,080
.....
... ..
2,05 5
2,100
N
Cv
. . .
. . . . .
1962
1934
1962
8-13-62
1934
9-6-62
1962
D, S
Sd
Sd
..
..
Gv
..
E
18
10
5 .5
1962
1962
8-14-62
D
D
S
30
24
180
T8 .o
80
6
35
1962
1962
1962
1962
1934
1962
1934
S
D
D
N
N
D
N
N
D,S
S.
N
N
Sd
Sd
Gv
..
Sd
Gv
Sd
Sd
Sd & Gv
Sdy & Cl
Sd
C,W/E
CII
...
C, H
•••
E
C,W/H
C,E
C,G
C, H
•• •
.. .
...
C,H
C,H
(13 )
L, MB .
L.
Wh .
Wh .
L.
Lpc, C .
Yield 3 am ,
Wal, T 51'F .
Wh (1710 ppm) .
Wh, Lpc .
Wal, Lpc .
Wh .
Np, Lpc .
(1)
(2)
(3)
(8)
(9)
TO
7 .4
13 .3
80
90
12
50
20
140
138
1934
8,.14-62
8-14-62
1934
1962
1962
1934
1962
1934
1934
N
N
D
N
D,S
D
N
D
N
N
8-15-62
8-15-62
1934
1934
1962
1962
8-15-62
1962
7-12-63
8-16-62
N
Sd
D
Sd
D,S
Sd
N
Sd
N
Lig & Sd
D
N
Gv
N
0
Gv
S
Sd
D
S
N
N
N
N
D
N
D
(4)
(5)
(6)
(7)
.1 1-99 Cont .
Leonard Ledahl
14daa
15bcb
Gordon H . Hasselstrom
15bcc
, .do . . .
Curtis Solberg
15cd
Emily Johnson
18cba
18dda
Verna Westin
20d
J . Dohmstreich
2lddc
George Molander
Orvin Finnesgard
22b
Edwin Finnesgard
22ccd
240
11 .7
21 .1
486
179
40
100
106
380
140
3-2
48
48
3-2
Dr
Du
Du
Dr
Dr
1927
1910
1938
1918
1962
12
18
18
3
24-18
B
B
Dr
B
1923
1915
1918
1915
23daa1
23daa
26ccd2
26dd
26ddc
27ccd
27edc
27dad
31ccc
32cab1
Bernard Benson
. .do. . .
George Anderson
. .do. . .
. .do . . .
Mrs . Kirsta Paulson
. . do . . .
Karl Anderson
USGS Test hole 3032
C . A. Thedin
120
140
400
240
14o
20
34 .5
65
120
16 .8
24
It
3-2
4-3
It
12
18
24
1 .25
48
B
Dr
Dr
Dr
Dr
B
B
B
Dr
Du
19114
195 14
1926
1917
1959
1920's
1928
7-63
1936
3 .0
Flow
30
140
110
8
20 .5
7
58 .67
9 .2
32cab2
33cdc
33ddd
34a
34acb
34da
34dad
34ddd
35bba
, .do . . .
Ernest Thvedt
USGS Test hole, 3033
Arnold Anseth
.do .
Gehard Anseth
.do .
NDWC Test hole 1525
Albert Anderson
15
264
45o
125
126 .0
250
47
283
180
4
14
4.5
24-18
B
1957
1931
7
115
1929
...
123
25 .0
31
37
1962
1962
. . ..
1934
6-13-59
1959
1962
5 14 .0
8-15-62
5
6
4.5
3-2
Dr
Dr
B
Dr
Dr
Dr
Dr
1944
1959
1927
(10)
Sd
Gv
Gv
Cl
Lig
Sd
Sd
Gv
Gv
Cl
Sd
Sd
..
Sd
Sd
Sd
..
Sd
(11)
(12)
C,H
C,E
(13)
Lpc .
C,G
...
Wh .
C,E
Flows 3 gpm.
. ..
2,09 0
Lpc .
C,H
N
C,H
2,195
Cen,G
C,G
...
. ..
. ..
C,W
. ..
C,E
.••
C,E
Wh .
TD 280, T3, L, C.
Lpc .
Wh .
2,20 5
2,110
.. .
L.
. .. ..
2,060
2,045
2,100
Wh .
L.
(1)
(2)
(3)
(4)
(5)
Cornwall Holm
. .do . . .
George Lund
Don Price
John Knudsvig
Ed Thampsan
Emily Johnson
Orlando Knudsvig
Edwin Lund
Fred Eberle
12 .0
21
8
6o
8 .2
29
31
10 .5
88
26
36
30
6
24
48
24
24
48
4
6
Du
Du
B
B
Du
B
B
Du
Dr
Or
18cca
l9abb
20acc
22ccc
22cdb
24baa
27cc
27ccd
29add
31add
Henry Aslakson
. .do . . .
Carl Aaberg
Don Price
. .do . . .
Paul Binds
Ordean Rude
. .do . . .
Edwin Lund
Oscar Bendixson
11.7
53
18
104
21.0
209
115
90
26
16
30
6
30
4
24
4
5
4
24
12
Du
Dr
Du
Dr
B
Dr
Dr
Dr
B
B
31bca1
31bca2
3lddd
33ddd
Steininger Estate
.,do . . .
Frank Moyzis
USGS Test hole 3031
60
128
14
140
12
12
36
4 .5
B
B
Du
Dr
161-10 1
2cbc
6cc
8bcc
9acd
USGS
Anna
Carl
John
355
500
50
12.7
4 .5
3-2
24
54
Dr
Dr
B
Du
161-lo o
5bdd
5ccc
5dbb
9ddd
lladb
13acc
13daa
14dac
15ccb
17bd
Test hole 3090
Carlstad
A . Carlson
Storhaug
(6)
(7)
( 8 )
....
1961
1961
1950
7 .5
16
7
29 .8
4 .8
10
15
7 .8
16
6
8-9-62
1962
1962
8-9-62
8-9-62
1962
1962
8-9-62
1962
1962
S
D,S
D
S
S
D
N
S
S
S
1961
1959
. .. .
1933
1961
1942
....
....
1954
....
7 .7
39
10
80
4 .7
150
100
74
16
12
8-8-62
1962
1962
1962
8-9-62
1962
1934
1962
1962
1962
S
Gv
D,S Gv
D,S
..
D,S Sd
N
Gv
D,S Lig
N
Gv
D,S
..
D
Sd
D,S
..
G
J,E
C,E
C,E
.
E•
.. .
Sub,E
C,E
E
....
1963
45
5 .6
10
..
1962
8-8-62
1962
....
D
S
S
N
C,E
C,H
C,E
...
460
25 .8
7.3
1934
8-7-62
8-7-62
N
N
Sd
C,H
D
S Cl•& Gv C,E
.. . .
.. . .
1958
.. . .
1963
....
1961
(9)
(10)
(11)
Gv
..
..
Gv
Gv
..
..
Sd
Lig?
Gv
C,G
E
...
C,W
B,H
E
C,W
E
C,W/G
...
Sd
..
(12)
..
(13)
Wh, Lpc .
Lpc .
.
.
Wh .
Wh .
Wh .
Np .
Ws .
Wh .
Wh .
Wh .
Wh .
Wh .
Wh
.
2,230
2,245
2,159
(428) .
Wh (376 ppm) .
Lpc .
Ws, Lpc .
Wh, Lpc .
Wh, Lpc .
L.
L.
Np, Lpc .
Wal, Lpc .
(1)
(2)
(3)
(4)
(6)
(7)
1959
. .. .
13
20
40
16
TO
30
80
13.75
50
6
(il)
1962
1962
1934
1962
1962
1962
1934
8-7-62
1962
1962
S
..
D,S
Gv
N
Sd
D
S
Sd
S
N
Sd
D
Sd & Cl
S
D
Gv
c,w/E
14
25
79
16 . 0
41 .5
..
10
27
1962
1962
8-8-62
8-8-62
8-8-62
.. .
1962
1947
Gv
Gv
Gv
Cl
C,H
C,H
. . ..
.....
8-8-62
..
..
Gv
..
Gv
••~
C,W
E
.. .
Sub
2,158
16.8
S
S
D
N
N
N
S
D
N
D
1962
D
Gv
J,E.
Sd
..
C,E
C,E
E
18
50
150
18
16o
87
110
21.1
120
10
48x60
18
3
30
4
4
24
30
4
36
On
B
Dr
Du
Dr
Dr
B
Du
Dr
Du
1912
1955
1949
22cba
23cdd
26adc1
26adc2
33cad
33cdd
34ddb
34ddc
35add
35dcal
84
43
14 .8
55
75 .0
100
20
47
100
27
4
18
16
18
5
4 .5
48
18
4 .5
4 .5
Dr
B
Du
B
Dr
Dr
Du
B
D
Dr
..
1906
1947
. .. .
1963
.. .
1947
1963
1961
10
Du
1940
IT
20
4
18
4 .5
5
4
4.5
Du
Dr
Du
Dr
Dr
Dr
Dr
1961
1962
1957
1964
1949
. . ..
. . ..
8.2
20
..
Ludvig Ness
Olaf Myhr
Joe Grindeland
. .do . . .
John Storseth
DSOS Test hole 3029
H . T . Norvald
. .do . . .
US(S Teat bole 3004
William Stauffer
354052
161-102
MP=
3daa
8dbd
9ddd
14ddd
17aab
19cbb
27
L. 0 . Blocs
.do . . .
M. V . Anderson
USGS Test hole 2248
Ids Erickson
Web Bublita
UBGS Test hole 3006
20
236
15
567
84
200
370
1956
1955
1945
(8)
(190)
161-101 Cont .
9ccb
John Storhaug
10bda
Clarence & Hilma Seim
10dd
Ordean & Anna Gunlikaon
l2cdb
Alfred Bardal
12cdc
. .do . . .
13cbd
Ordean Gunlickson
18d
Earl Carlson
22aba
Arthur Riveland
22aba
. .do. . .
22baa2
Olin Riveland
69
100
8-6-62
1962
. ...
1962
1963
. .. .
(9)
S
D,S
D
N
S
S
N
Lig
..
..
(12)
(13)
Wh, Wal, Lpc .
Wh .
C,H/W
C,E
C,E
Wh, C .
C,E
C,E
C,H
C, W
C,E
...
Wh, Lpc .
Wh (1368 ppm) .
Wh, Lpc .
.
2,182
Wh ,
Wh .
Wh .
Wh, Wal, Lpc .
L.
Wal .
Wh, Lpc .
L.
Wh .
Wh.
C.
., . 7 1
2,171
L.
Lpc .
...
2,055
Np, C .
L.
(3)
(4)
(5)
(6)
161-102 Cont .
Harold Madsen
20bac
Mrs . Palma Skabo
22bba
Fred Heide
23bba
24cba
Olaf Nelson
24cbb1
. .do . . .
24cbb2
. .do . . .
25bba
Ragnar Slaaen
25ddc
. .do . . .
Torger Slaaen
26bcc
OSGS Test hole 3080
27aaa
235
15
22
17
80
80
152
151
68
535
4
48
36
10
2
4
4
4
4
4 .5
Dr
Du
Du
Du
Dr
Dr
Dr
Dr
Dr
Dr
1954
1945
1945
1937
1958
1920
1936
1961
1950
10-63
27bbc
Edwin Graupe
27cbb
Douglas Graupe
32dbb Alvin Quam
Owen D . Graupe
33bda
35dac
Torger Slaaen
13 .2
96 .0
7 .8o
36 .7
2 140
48
18
Du
B
B
B
Dr
1961
1927
. .. .
161-103
2cba
llada
12ada
12b
12cdc
12dd
13ccc
13cdc1
13cdc
14aab2
32
200
125
183
135
153
30
70
70
16o
18
4
4
6
4
6
4
4
4
5
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
Dr
•
(1)
(2)
Lloyd Kittelson
Burrett Raaum
H. B . & M . Madsen
H . A . & Clara Rasmussen
Conlin Barma n
Alfred Elm
Harold Madsen
. .do . . .
. .do . . .
Maria Nelson
18
18
14
(7)
120
3
12
15
50
50
(8)
1962
1962
1962
1962
1962
1962
. . ..
(9)
(10)
(11)
S
Sd
S
..
D,S Sd
D
Lig
D
Lig
S
. .
S
..
S
Sd
Gv
D
N
..
C,E/G
C,E
C,E
C,H
J,E
C,E
C,E
C,G
C,H
. ..
C, G
C,W
C,H
C,W
C,E
....
6 .3
55 .50
6 .9 14
17 .1
30
8-14-62
8-4-62
6-12-56
6-12-59
1962
D,S
S
N
N
S
1960
1950
1940
1920
1950
.. ..
1953
1949
1949
1947
7 .64
70
70
123
40
20
8
60
6o
..
4-29-64
1962
1962
1934
1962
1934
1962
1962
1962
Irr . Gv
D,S Gv
D
Sd
N
D,S Sd
N
Sd
Sd
N
D
Sd
S
Sd
D
..
Gv
Tu, G
C, E
E
E
...
C,H
J,E
C,E
E
(12)
(13)
Wal, Lpc .
Wh, Lpc .
Wh .
Wh, Np .
Wh, Np .
Wh, Np, C .
2,130
L.
•
Lpc .
Lpc, T3,C .
•
Wh (1740 ppm) .
•
•
▪
•
L, Yield 220 gpm .
L.
Wh.
Wh .
Wh.
▪
▪
Wh (1160), tip.
L.
Wal.
(1)
w
(3)
(4)
(5)
(6)
(7)
161-103 Cont .
15bad
Rufus Wittm„er
23dcd
Roy Anderson
25aad
C. C . Anderson
R. J . Johnson
26addl
26add2
. .do . . .
35bd
Simon Taarud
35d
Harold Haugen
(2)
25
54
169
35
35
61 .4
94
6
B
Dr
1952
4
3
24
24
24
6
B
B
1958
1944
222
4o
30
27
27
49 .9
62
1962
1962
1962
1962
1962
6-12-59
1934
D,S
Gv
D,S
..
D,S
D
Gv
S
Gv
N
N
Sd•& Gv
E
C,E
C
E
C,E
C,W
...
162-9 5
lbbb
2bbc
3cbb
3daa1
3daa2
3daa
4acd3
25
130
38
6o
134
60
390
18
4
12
6
4
4
6
B
Dr
B
Dr
Dr
Dr
Dr
7 .98
6
28
30
50
7-24-63
1959
1962
1963
1963
D,0
..
N
..
D
..
D
Ind Cl & Sd
Ind
..
Ps
..
P,H
Ps
Ps
S
C,H
TJ E
E . H . Brandt
Vernon Brandt
Kalmar Haarstad
Baukol-Noonan Inc .
a
B
4add2
4add3
4bdd
City of Noonan
.do. . .
Roy Fenster
6o
365
27
36
6-3
24
B
Dr
B
4daa
5abb1
5abu2
5cbb
6bcb
7aba
Tcbc
8cbb
9ddd
lOddc
Noonan High School
Jules VandeWalle
. .do . . .
H . 0 . Smithberg
Louie Miller
Mrs . Jenny Sorenson
Charles Henry
D . E . Smithberg
A . F . Kimball
Pearl Taylor
46
75
350
35
10
238
20
180
100
6o
4
4
4
18
30
4
48
4
12
36
Dr
Dr
Dr
B
Du
Dr
Du
Dr
Dr
Du
....
1930
1950
1957
1916
1912
1961
1923
(8)
119
1961
30
100
20
1961
1962
1962
38
4o
50
22 .83
2 .10
15
11 .09
45
88
38 .27
1957
1963
1963
8-13-63
8-13-63
1947
5-9-47
1963
1963
8-14-63
(9)
Ps
D
S
D,S
D,S
D,S
N
D
D
N
(10)
(11)
E
...
...
Sub,E
J,E
C,E
C,W
C,E
C,H
C,E
(12)
(13 )
Wh.
Wal .
Wh, Wal .
Wh .
1,936
1,955
T3 .
L.
1,975
1,975
1,975
1,980
Yield 7 gpm, L.
L•
.....
.....
. .. . .
1,95 2
1,93 3
1,971
2,05 0
2,005
1,952
2,063
Plot 2 .5 ppm .
Wh .
Ws, C .
Ws, yield 25 gpm ,
L, C .
C.
Ws, Yield 50 gpm, C
C.
Ws, C .
Np .
(1)
(2)
162-95 Cont .
Leonard & Willard Nordma n
13caa
F . Heuer
14ccc
15abbl
. .do . . .
15abb 2
. .do . . .
15bbb
F . P . Kimball
17cbc
A . Devriendt
18bdd
Morris D'Huyvetter
Calvert Oil Co .
20ca
Albert D'Htvetter
21aab
Mss . A .gusta Lagein
21baa
(3)
50
122
21
80
45
80
80
7,032
` 115
70
23ccc
24bdd
25bcb
26bbb
27cca
27cdb
29bbb
29cdd
30cdd
31ada
Arnold W. Nordman
Clarence Spooner
Howard J. Nielson
Gordon Wallin
Arthur M . Paulson
. .do . . .
Halgrim Braathen
Gerald Tanberg
Ole Braathen
Joseph Gustafson
134
100
158
142
218
14
13T
210
280
217
31cde
32ddd
34ddd
35bdc
35cdc
36a
36dcd
Shirley
Vernon Tanberg
Orville A . Johnson
Walter iuordman
Levis Spooner
Wilmer Klebe
Hans Brodal
285
140
283
162-9 6
lcdd
lddd
2dcd
3cbb
Wm . Joyce
Harold & Doris Smitbberg
John Krecklau
M. B . Benson
250
170
18
26
60
52
(4)
(5)
(6)
(7)
(8)
18
4
14
14
24
6
5
B
Dr
Dr
B
B
1913
.. . .
....
1910
5-12-47
1934
1962
5-12-47
8-14-63
1963
1962
N
N
D,S
N
D,S
S
D,S
14
24
Dr
B
1959
195 7
1959
1921
32 .64
82
15
15 . 11
29 .99
4o
50
55
60
1962
1962
D,S
D,3
2
24-18
3
3
5- 4
18
3
3 .5
4
4
Dr
B
Dr
Dr
Dr
B
Dr
Dr
Dr
Dr
1914
1928
1911
1908
1928
.. ..
1955
1923
1948
1929
100
70
140
100
160
10
100
175
130
197
1962
1934
1962
1962
1963
1963
1962
1962
1963
1963
D,S
N
D,S
D,S
D,S
S
S
D,S
D,S
D,S
92
loo
200
12 .17
208
80
13
1963
1962
1962
8-14-63
1962
1962
1963
20
35 .96
47
92 .79
1962
8-13-46
1962
8-13-46
4
6
2
12
2
6
6
5
18
18
4
Dr
Dr
Dr
Or
B
Dr
.. . .
1912
1912
B
B
B
B
Dr
1933
....
1909
(9)
(10)
Lig
Lig
Gv
Sd
Sd
(11)
N
C,W
C, H
J,E
C,E
C,E
(12)
2,09 0
. .. . .
2,050
. . .. .
.....
(13 )
C.
Wh, T3 .
C.
C.
Wh (175 ppm) .
J,E
C,W
2,093
.... .
C,E
C,H
C,E
C,E
C, E
C,H
C,E
C,W
C,E
C,W
2,20 5
S
S
S
D,S
S
S
N
C,3
C
C,E
C, H
C „E
2,360
2,360
2,328
C,H
.. . . .
Wh .
D,S
D,S
D,S
C, W
C,E
C,W
C,N
1,972
1,981
2,001
Wh, Lpc .
,a
Lig
Lig
Lig
Lig
Sd
..
Gv
Gv
2,23 3
2,211
2,235
Lpc .
Wh .
2,235+ Wh, C .
2,340
L, Yield 2 .5 gpm .
2,33 2
(1)
U,
(3)
(2)
QQ
(5)
162-96 Cont .
5aaa
Alfred Joyce
5dcd1
Theo. Romsos
5dcd2
. .do . . .
6bcc
H . E . Jacobson
Tcbbl
Kenneth Granrud
7cbb2
. .do . . .
Tdab
Othard Stenerson
7dddl
Peter Haugland
7ddd.
. .do . . .
10dd
L. F . Rindel
..
320
38
126
40
25
42
TO
76
50
12
5
12
4
18
36
18
12
4
24
B
Dr
B
Dr
B
B
B
B
Dr
B
llaaa
node
12ddd
13caa
15aaa
15bbb1
15bbb2
16bbb
17ccb
18bbb1
USGS Test hole
USGS Test hole 3021
Verlinde Bros .
Henry Focke
E . Krecklow
Vincent Rindell
. .do . . .
Leo F . Rindell
Mearle L. Smithberg
Andrew Lunde
100
140
65
300
390
200
26
189
125
118
4 .5
4 .5
48-4
4
5
6
18
4
6
6
Dr
D
B,Dr
Dr
Dr
..
..
Dr
Dr
Dr
18bbb2
19ab
19dbb
20dcb
21bab
21cba
22cda
25cdc
27bdb
28ab
30bbc
. .do. . .
Olaf Anderson
Hubert Bummer
David Fosland
P . Fry
Arnold Anseth
Dan Rice
Holte-Weber
Sven Bakken
John Baker
Bummer Est .
18
19
68
150
150
254
430
280
68
205
100
6o
30
6
6-4
6
6
3
5
18
6
5
Du
B
..
Dr
Dr
Dr
Dr
Dr
B
Du
..
(6)
(7)
(8)
.. .
1961
....
.. .
1914
.. ..
9 .01
20
33.93
Flow
23 .13
15
40
43.07
34
27 .12
7-24-63
193h
8-13-46
1963
6-25-63
1962
8-12-46
1962
5-9-47
N
N
N
S
N
N
S
H
D,S
N
5 .61
..
6o
170
190
180
24
140
110
36
6-30-47
.. . .
1963
1963
1962
1962
1962
1962
1963
1962
11
5
40
115
107
130
200
122 .4
54
115
60
1963
1962
1962
1963
1938
1963
1963
8-13-63
1962
1963
1962
1947
1963
. .. .
....
1933
....
....
1913
....
....
....
1963
(9)
(10)
..
Sd
(11)
C, W
N
(12)
C,H
.. .
C,H
.. .
1,954
1,95 4
1,940
.. .
.
1,97 1
.. . . .
C,E
1,992
.. .
2,068
N
N
D,S Sd
N
..
Sd
N
S
..
D
S
..
S
C,W
C,W
C,W
C,E
C,H
...
C,E
...
1,953
2,090
..
...
2,10 8
2,080
...
...
2,040
. . .. .
D,S
..
D,S
..
D,S
..
D,S Gv
D,S Sd
D,S
..
D,S
..
D
D,S
D,3 Gv
N
C,H
...
C,E
C,E
C,G
C,E
C,W
C,W
C,E
C,W
C
Sd
..
..
Sd
(13)
C.
Flows 2 gpm, C .
Wh, Well .
Tested 9 gpm.
L, 143 .
L.
dlh .
C.
Wh .
Wh .
+h .
. . .. .
Wh .
2,118
2,10 5
2,152
2,208
2,300
2,212
2,200
Wh .
Wh .
Ws, 2n .
Ws .
Wh, C .
Wh .
Wh .
(1)
(2)
(3)
(4)
(5)
(6)
. . ..
1953
.. .
1963
1962
.. . .
....
1916
162-96 Cont .
John Nygaard
31aaa1
.. .do . . .
31aaa2
31aa a 3
. .do . . .
USGS Test hole 3022
32bbb
Allen Moum
33bab
34cbc
Jacob J . Fagerland
. .do . . .
34ccb
Erling Larson
35aab
15
4o
300
320
291
16
54
280
14
14
6
4 .5
4
24
18
5
B
B
Dr
Dr
Dr
Du
B
Dr
162-9 7
lcbb
4bcc
5aac
6dab
8bcc
8ccc
9aaa
l0bbb
]2add
14aad
18
40
50
27
50
55
110
322
30
265
18
18
18
18
4
48
3
4
18
5
B
B
B
B
B
Du
B
Dr
B
Dr
14baa
14cc d1
14cdd2
14ddd
15cbb
16dd
17ccc
18aad
19ccc1
19cc c2
C . N . Bummer
Edwin Petersen
. .do . . .
Adolf Carlson
Harlan Nordstog
A . T . Dolan
Alvin Svangstu
Olaf Lodahl
Edwin Skar
Vernon Bilstad
Gordon Peterson
Olaf Wenstad
. .do . . .
NDWC Test hole 1532
Edwin Tiegen
School
Oscar Storsli
Oscar Nordstog
Marlin Wenstad
. .do. . .
11
996
40
378
12
..
30
57
65
305
48
15
6
4.5
48
18
18
12
18
4
Du
B
B
Dr
Du
B
B
B
B
Dr
1912
1935
1932
1910
••• .
....
1959
...
20 .40
....
(7)
(8)
(9)
(10)
200
3 .78
50
276
1962
7-25-63
1963
1963
D
S
N
B
D,S
D,S
S
D,S
15
20
25
13 .20
35
23
23
12
24 .20
16
1962
1945
1963
6-25-63
1963
1963
1962
1962
9-8-45
1963
D
N
Gv
D,S
..
D,S
D,S Sd & Gv
N
..
..
0,S
Gv
D,S
D
..
S
2
36
250
6
37
14
•3
6-25-63
24
45
55
182 .2
1963
1963
1963
1962
1963
1963
.. .
1963
N
1962
1962
1962
6-26-63
S,D
D,S
D,S
N
D,5
..
D,S
S
D
S
..
..
Lig
..
..
Sd
Sd
..
..
..
(13 )
(11)
(12)
C,H
C,E
C,W
...
C,E
C,W/H
C,E
C,E
.....
C,H
C,N
C,W
C,E
C,W
C,N
Wh,
N
C,H
C
.....
....
.....
1,950
1,984
1,989
1,977
1,978
1,960
.. ...
C,H
Sub ;E
J,E
•••
C,E
C,H
C,W
C,G
E
C,W
1,951
2.000
2,002
1,992
.. .
1,980
.....
1,990
2,028
2,028
Wh .
We, C .
Wh, C .
L.
Wh .
J,E
...
2,186
2,235
.....
2,260
2,300
Lpc .
Np .
L.
We, C .
Wal .
Wh .
Lpc .
Wh, Wal .
T 3 , C.
Wh .
Wh .
Wh (615 ppm ), C .
C.
4h,
C.
Wh, Lpc .
Wh .
Wh, Lpc .
C.
(1)
(2)
(3)
(4)
(5)
(6)
(T)
(8)
(9)
45
20
26 .22
20
15 .43
30
48
6
46
1962
1963
6-5-63
1963
6-25-63
1962
1962
1963
1962
N
D,S
N
D
D
D
D,S
S
D,S
D,S
1962
6-25-63
D,S
D,S
1962
1962
D,S
D,S
162-97 Cont .
NDWC Test hole 1530
19ccc3
Alvin Weetlie
19ddc
20aaa
Ole Bakken
20baa
Alfred Joyce
21aaa
Stanford Throntveit
Ole Bakken
21bbc
Raymond Schwanz
22bcb
Alfred Joyce
25bcc1
25bcc2
. .do . . .
28bbb
Fred Hass
39
86
70
78
35
50
45
90
12
70
5
6
18
28
18
18
24
18
30
18
Dr
Dr
B
B
Du
B
B
B
Du
B
1959
. .. .
. .. .
. . ..
28cdb
29abb
E . H . & F . H . Oherke
J. Alden Nordstog
15
101
48
4
Du
Dr
. . ..
195T
6
32 .6o
30ccc
31dda
32bbb
32dbd
34aaa
36aaa
O. P . Weimoth
Alex Murphy
NDWC Test hole 1529
T . E . Ebreck
Arnold Jacobson
Wilmer & Marvin Klebe
72
140
305
92
30
184
14
4
4.5
4
24
5
B
Dr
Dr
Dr
B
Dr
....
1923
1959
1957
1961
....
15
40
162-9 8
lbbb
lda
2cdc
3cdc1
3cdc 2
4cbb
5add
6cbc
8daa
lObab
R . B . Poling
Herman Larson
Mrs . Mons Kvale
Arthur Holm
. .do . . .
Knute Unhjem
. .do . . .
Julius Iystad Est .
Walter Sparks
Anders Anderson
300
270
52
30
40
109
107
175
24
170
3
3
18
24
18
6
6
4
6o
It
Dr
Dr
B
B
B
Dr
Dr
Dr
Du
Dr
. . ..
....
1914
1962
....
. ...
20
20
100
Flow
Flow
20
15 .05
12 .88
100
100
140
6
20
1962
1962
1947
1962
1963
1962
8-7-46
6-26-63
1963
1963
1962
1962
1962
(1o)
..
..
..
..
..
Sd
(11)
(12)
(13 )
...
C,W
C,W
C,W
C,E
C,N
C,W
C,W
...
C,w
2,033
2,005
1,980
1,970
L.
Wh, Wal .
Wh, Lpc .
Wh, Lpc .
1,975
1,976
.. . . .
2,050
1,994
T3
Wh, Lpc .
C,H
C,W
1,980
2,002
Wh .
Wh, tested
13 gm, L .
Ws .
Wh .
..
Sd
C,H
C,W
D
D,S
N
..
Sd
..
Sub,E
.7,E
C,W
2,069
2,030
2,022
. . . ..
. . . ..
Wh, Lpc, C .
L.
Wh, L .
Ws .
C.
N
N
D
N
D,S
N
D,S
D,S
D,S
D,S
..
Sd
..
..
..
Sd
..
..
..
. ..
...
C,E
N
C,E
C,W
C,W
C,E
C,E
C
2,050
2,018
2,085
2,114
2,114
2,202
2,196
2,252
2,070
2,117
Ws, Np, T .48°F.,C .
C.
Wh .
Wh .
Np .
Wh, Lpc, C .
Wh .
Wh .
Wh.
(1)
(2)
162-98 Cont .
Dalton Schwanz
llbba l
llbba2
. .do . . .
12cda
. .do . . .
12ddd
USGS Test hole
13cd
Gust Weatby
Erling Doland
14daa
(3)
50
35
16o
324
350
170
6o
19
15
27
17ddd
19abb
19abc
20ccc
Olaf Anderson
. .do . . .
.do . . .
Orville Overland
21ccb
23aaa
23ccc
23daa1
23daa2
23daa 3
24aac
25aab
25bab
25cdc
Richard Haugenoe
NDWC Test hole 1531
USGS Test hole
Bertil Olson
. .do. .•
. .do. . .
C . F . Prahl
Lawrence Welo
Peter Moe
Harry J . Johnson
7
304
195
177 .5
138
400
400
350
80
86
25ddd
26abb
USGS Test hole 3089
Ingvar trice
475
362
27aaa
28aaa
28bab
29bba
31aed
31bdd
Arthur Haiberg
Mrs . Agnes Poirier
Bertil Olson
Erwin M . Hanson
Glen Olson
Clifford Olson
180
70
60
12
365
67
(4)
(5)
(6)
(7)
(8)
6
18
3-2
4.5
32
4
Dr
B
Dr
Dr
Dr
Dr
1947
1918
1962
25
20
Flow
Flow
Flow
Flow
1962
1962
1963
1947
1963
1963
12
24
72
24
B
B
Du
1962
....
36
4 .5
4 .5
3
14
Du
Or
Or
Dr
Br
Dr
Dr
Dr
B
. ...
1959
1947
••
Dr
1963
... .
•3
5
18
12
4 .5
2
12
12
12
72x144
3to2
12
B
B
B
Du
Dr
B
. .. .
1959
(9)
D
N
3
N
3
0,5
Sd
Gv
Sd
Sd
N
N
P,E
8 .44
15 .50
4
10
8-23-46
7-2-63
1962
1962
N
D,S
S
D,S
Gv
..
1 .2
8-14-63
D,S
3d
14 .34
+0 .6
19 .28
+o .6
Flow
25
63 .92
25
..
Flow
7.72
26 .51
15 .58
6 .98
310
60
6-26-47
6-26-63
6-26-63
6-26-63
1946
1962
6-26-63
1963
(11)
(10)
(12)
N
2,027
.....
.. . . .
Ws .
N
N
N
N
N
D,S
D,S
D,S
C,H
••
.....
3
0,H
2,078
2,060
2,060
2,060
N
C,W
C,E
C,G
2,041
.....
2,653
N
D,3
.. .
C
2,033
2,050
7-2-63
8-2T-46
7-2-63
7-2-63
1962
1962
D
D
D,S
D
D,S
D,S
C,E
C,E
C,E
J,E
C,W
C,W
2,081
2,12 1
2,111
.....
•
Ws,C .
L, C, TT .
C.
Flows 1 .25 gpm ,
TD 188, L, C .
Ws .
1963
• .
(13 )
Gv
..
..
Sd
2,162
Wh .
L
L, '~ •
C.
C.
Wh .
Wal .
Wh .
L.
Wh (380 ppm) ,
Np, C .
Wh .
Wh,C .
Ws, C .
Wh (171 ppm) .
(1)
(2)
(3)
(4)
(5)
(6)
162-98 Cont .
32bbc
Orville Overland
33cbb
Sim & Emelia Swenson
35ccc
Nathan Lindsay
35ddd
Nardine Johnson
385
297
15
100
2
D
D
3
36x72 Cu
4
D
162-99
lbb
2aab
2ddd
A. Almos
Leonard Sorenson
Olaf F&ldalea
62
330
87
24
B
1934
4
Dr
6-24 Dr,B 1914
3dcc
4cc
4cdc
5bbd
Seca
6ddb
7ddd
Sam Larson
Arthur Selee
do . . .
Andrew Carlson
Charles Hanson
Strand Bros .
Sortland Estate
33 .2
561
40
447
42
380
600
24
3-2
24
4
18
4
3
B
Dr
..
Dr
B
Dr
Dr
8ddd
9bbb
9cdc
10ccc 1
lOccep
llaab
llebal
11aba2
Ubb
l3aac
Martin Leland
Comrade Selee
O. M . & E . C. Baugenoe
Ronello Davis
. .do . . .
Oliver Lystad
.do . . .
. .do . . .
Saqmn Larson
01levf Anderson
19 .6
22
34 .3
20
72
30
250
61 .5
58
39
48
24
18
24
24
24
6
24
24
24
(T)
(8)
(9)
(10)
(11)
(12)
(13)
350
22 .66
12
35
1962
7-2-63
1963
1962
S
0
S
D,S Sd
C,W
N
C,E
C,E
2,141
2,111
Wa, C .
T3 .
2,055
Wh,C .
12 .2
8
58
5-2-47
1934
1962
S
N
S
C,W
C,W
C,W
2,261
2,290
2,284
1961
1918
....
1918
1915
1946
1917
10 .10
125
28
160
24
120
150
9-6-62
1934
1962
1962
1962
1962
1962
S
Gv
N
Sd
D
N
Sd
D,S Gv
S
Gv
S
Ss
C,G
Du
..
B
1913
....
B
Dr
B
R
B
...
....
10.7
12
11 .6
18
25
10
90
17 .1
40
13 .3
9-5-62
1962
9-5-62
1962
1962
1962
1962
9-6-62
1962
9-6-62
N
D,S
N
D
S
D
S
S
S
D
C,N
...
C,N
.. .
.. .
Sub ,E
C,E
Sub,E
0,E
C,H
...
1939
Gv
Sd
..
..
Sd
Sd
Sd
Sd
. ..
C,H
C,E
C,E
C,W
.
Wal .
Wh, Wal, Np ,
Lpc .
Wh, Lpc .
Np .
Wh .
Wh .
Wh, Lpc .
Wh, C .
Ws .
Wh, Lpc .
Wh .
.
.
2,290
Wa .
Wh .
Wh, Lpc .
Wh, Lpc .
Wh, Lpc .
Wal, Np, Lpc .
Wh, Lpc .
(1)
162-9 9
14daa
17ada
18dba1
18dba2
21aad
21baa
21caa
27bca
27dab
32ddc
(2)
Conrad- Mortenson
Leonard J . Larson
Godfred Gilbertson
.do. . .
Oscar Haugenoe
E . Berg
. .do. . .
Mabel Ouse
Harry Thompson
Kenneth Long
(3)
90
600
671
25 .4
15
37 .1
64 .o
46 .1
20
113
(5)
(6)
(7)
(8)
18
4-2
4-1.25
18
24
18
18
16
24
4-3
B
Dr
Dr
B
..
B
B
B
B
Dr
....
1917
1917
1938
....
1945
....
....
1957
1942
16 .52
200
250
8 .7
8.0
17 .0
18 .4
12 .7
14
83
5-7-47
1962
1962
9-5-62
1962
9-5-62
9-5-62
9-6-62
1962
1962
N
S
S
D
D,S
S
N
5
N
S
..
Sd
Gv
1941
1933
34
40
9 .5
7 .98
14 .5
1962
1962
9-6-62
5-8-48
9-6-62
D
D,S
N
N
N
Gv
..
C,H
C,G
C, H
..
C,H
45
4 .1
18
12
8
0 .0
22 .7
10
6
16 .5
1962
9-3-62
1962
1962
1962
9-1-62
9-1-62
1962
1962 .
9-4-62
S
N
D,S
S
S
N
D
S
D,S
N
34cbc
34dab
35aac
35bcb
35dba
Anna Shotswell
Carl Ellingson
Olga Bjorntvedt
E . L . Ellingson
B . N . Ledahl
36
508
16 .3
82
49 .0
16
3-2
12
18
12
B
Dr
B
B
B
162-100
lbbb
2bcd
3daa1
3daa2
7baa
7dab
8bbb1
8bbb2
9bdd
lldaal
C. H . Dahl
Peter J . Dahl
. .do . . .
. .do . . .
Eddje Johnson
. .do . . .
. .do . . .
. .do . . .
A. L . Watkins
Dahl Bros .
133
28 .1
30
20
12
51 .0
26 .1
18
24
451
4
18
24
24
60
18
24
48
24
3-2
Dr
B
B
B
Dr
B
B
Du
..
Dr
1914
....
1959
1946
....
1959
1936
.. . .
192 4
(9)
(10)
(11)
(4)
Sd
..
Sd
Gv
Sd
Gv
(12)
(13 )
2,28 1
C,E
C,E
C,H
P,E
C,E
H
C,E
C,H
C,E
C,E
N
E
E
C,G
C,H
E
C,E
...
N
Wh, Np .
. . .. .
...
.....
.. . . .
.. . . .
.....
.....
. .. . .
Wh, Lpc .
Wh, Wal, Lpc .
Wh, Wal, Np .
Wal, Np .
Wh, Lpc .
Wh, Wal .
Wh, Lpc .
Na, C .
Wh .
Wh (239 pp m ) .
Wh, Np .
Pumps 1. 5 ppm .
Wal, Lpc .
Ws .
(3)
(4)
(5)
(6)
(7)
162-100 Cont .
1ldaa2
Dahl Bros .
Paul & Ingvar Moe
14cac
15cdd
David Olson
17dd
Oscar Olsen
19aba
Martin L . Olsen
20aa
Wilmer Sella
20dbc
Ray Riveland
21bbc
Wilmer Sella
David Olsen
22baa
22dcc
Logan Thcmpson
452
18 .4
28
300
12
20
14
20
23
13 .8
4
48
Dr
Du
..
Dr
1956
1936
....
....
....
175
8 .3
8
70
9
17
11
7
10
10 .3
1962
9-4-62
1962
1962
1962
1962
1962
1962
1962
9-4-62
S
Sd
S
Gv
D
Sd
N
Gv
D,S Gv
S
D,S
D,S
S
Gv
D,S
23aaa1
23aaa2
23cdd
24aa
26bda
2Toas
32bbd
34ddc 1
34ddc2
35aaa
Paul & Ingar Moe
do . . .
Kermit Hanson
Arthur M . Olsen
J . P . Sand
Sidney Hauge
M . F . Haltel
Gerhart Salle
. .do . . .
USGS Test hole 3015
500
232
48 .5
400
17 .4
24
16 .0
31 .5
11 .9
240
4-3
3
..
6
24
24
36
18
36
4 .5
....
..
1963
1962
1962
9-4-63
1962
9-5-61
1962
9-1-62
9-x+-62
9-4-62
. . ..
S
N
..
Du
Dr
185
173
14 .0
200
6 .0
20
11 .5
18 .3
6 .8
..
S
D,S
D,S
D,S
S
D
N
..
Gv
Gv
Gv
Sd
Gv
162-101
2bba
2dcc
3daa
3db a
4cdc
7bbb
7ccc
7ccd
8aa
9baa
Leonard Biberdor f
Edward Olse n
Ernest Dixon
.do . . .
Henry Hagen
Kenneth Heckman
. .do . . .
. .do . . .
Gordon Baaum
Ora Odegard
196
39 .8
64 .4
14 .7
14
49 .3
30
24
25
15
3
18
18
48
48
6
18
24
48
36
Dr
B
B
Du
Du
Dr
B
B
Du
Du
1938
100
8 .2
26
10 .4
11
Flow
18
16
18
13
1962
8-30-62
1962
8-30-62
1962
1962
1962
1962
1962
1962
D,S
Sp
N
D,S
D
N
D,S
N
S
D
Sd
(1)
(2)
3
42
36
36
36
22
36
....
1959
....
....
...
....
.. . .
1950
1961
....
1953
....
(8)
(9)
(10)
Sd
N
(il)
C,E
(13)
Ws, Td 525 . L .
C,W
...
N
E
.
Lpc .
Lpc .
Wh, Lpc .
Wh, Lpc .
E
C,G
C,E
C,E
N ••
Sd
Gv
..
Gv
Sd
..
(12)
Wh (1700 ppm) C .
Wh .
.
.
C,E
C,E
C,E
C,E
C,H
. ..
2,313
L.
C,E
C, E
▪
Wh (650 ppm) .
Wh .
a
Wh .
Wh, Lpc .
Ws .
Wh, Lpc .
Cen,E
...
E• •
C,E
Ws, C .
▪
•
•
T 47°F .
Wh, Lpc .
Wh .
Wh.
(1)
(2)
(3)
(4)
(5)
(6)
162-101 Cont .
10ccd
Ora Odegard
16ccc
USGS Test hole 3078
Joe Raaum
17bda
18adb
Andrew Stene
20daa
Clara Haugenoe
Elmer Reistad
21abb
Arne Reistad
23ccc
27ddd
Orville Raaum
28bcb1
Ole Raaum
28bcb2
. .do. . .
14.8
335
22 .8
22 .1
16
8 .9
44
14
35
22
4 .5
36
48
24
18
4
36
2
18
Du
Dr
Du
Du
B
B
Dr
Du
B
B
29aadl
29aad2
30acb
31aaa
Allen Stromstad
. .do. . .
Donald Reistad
USGS Test hole 3079
18
12
36
115
24
24
24
1 .25
B
B
..
Dr
1952
1957
31dbb
33bcc
33bcd
34cab
35cdd
Kenneth Heisted
Clara Raaum
.do . . .
Orville Johnson
Adolph Sather
30
23
24 .8
19
440
18
24
18
24
6
Du
B
B
B
Dr
1960
162-102
3adc
add
4dbc
4dbd
5bba
5dda
7ccc
lobbb
llddc
13bcb
Olaf Reistad
Orton Thon
George Herman
. .do . . .
T . P . Thon
S . O . Thorne
USGS Test hole 2247
Nickolas Rodne
School Dist . #1
Mrs . Esther Stromstad
234
180
30
30
60
50 .0
115
56
118
300
4
4
12
6
24
4
1 .25
24
4
3
Dr
Dr
B
B
B
Dr
Dr
B
Dr
Dr
....
...
1962
....
1960
.. .
1955
1959
1958
1963
1959
1958
1923
....
1933
1964
1915
1956
....
(7)
(8)
9 .6
8-30-62
(9)
(10)
7 .6
16 .14
8
6 .5
20
9 .34
9 .6
9 .6
8-30-62
8-30-62
1962
8-31-62
1962
10-17-63
8-31-62
8-31-62
N
N
D
N
D,S
S
D,0
D,S
D
D
6
8
25
33 .88
1962
1962
1962
11-13-63
D
S
N
0
8-31-62
8-31-62
8-31-62
1962
1962
S
S
D,3
S
S
Gv
1962
1962
1962
1962
D,S
S
D,S
S
D,S
N
0
D
Ps
Sd
8 .0
11 .9
10 .8
15
140
140
120
28
25
28.0
54 .51
54
140
8-28-62
6-24-64
1962
1962
o
(11)
(12)
(13 )
N.
2,030
Gv
Gv
..
Gv
Gv
N
C, H
C,H
Wh, Lpc .
Np .
C.
C,E
P,H
C,H
C, G
Wh .
C
.. .
2,158
Gv
Cl
Sd
. .
C,G
C,E
E
C,E
Wh, Np .
Td 445 ft, L, T 3 ,
C.
Wh, Lpc .
Np .
Wh .
Lpc .
Ws .
Ws .
Wh .
Wh .
Wh .
Wh, Lpc .
C,E
N
2,116
C,H
E
C,E
L.
Wh.
Td 189, L, T 3 , C .
Wh .
Wh .
(1)
(2)
162-102 Cont .
14aaC
Village of A11ab V
John Tennesen
14cdd
Sodium Corp . of America
20aba
22aaa1
Ralph DeJardin e
22aaa2
. .do. . .
23aaa
USGS Test hole 3011
23ccc
Arne Related
24baa1
Lester Raaum
24baa2
. . do. . .
28daa
Trygve Norb y
( 3)
( 4)
( 5)
16
35
29
40
17 .5
385
44
16
188
18
24
24
4
4
24
4 .5
4
30
4
36
B
Dr
Dr
Du
Dr
Dr
B
Dr
Du
28dad
30ccc
35bbb
36abc
36bbc
. .do. . .
Mrs . Anna Fellan d
Henry Olson
Hilma Hansen
. .do . . .
293
105
14
15 .5
65 .5
3
4
36
36
24
Dr
Dr
Du
Du
B
162-10 3
l0cbb
10cab
lOcdb
10cdc
12bcb1
12bcb2
12cbb 1
l2cbb2
13caa
22ddc
Farmers Grain F. Trading Co .
John Jensen
Sven Bervik
Chris Madsen
Wm . E . Herman
. .do . . .
Emanuel Maeirt
. .do . . .
Claire Bjorgen
Alden Hanson
60
62
14 4
16
15
60
60
60
85
TO
4
4
36
18
8
4
4
6
4
Dr
Dr
Dr
Du
B
B
Dr
Dr
Dr
Dr
23dcd
25bbb
25ddd1.
John Tonmerup
Jonas Jenson
75
180
38
6
4 .5
44
Dr
Dr
Du
( 6)
1957
1954
1939
1962
1956
1954
1953
.. . .
1959
1956
1959
....
1945
1961
1956
...
1951
1943
1952
1959
196 3
....
( 7)
( 8)
( 9)
Ps
S
Gv
C,H
..
C,E
Gv
E
..
E
. C,E
25
Flow
20
10.7
196 2
196 3
1962
8-29-62
24
5
148
9 .8
1956
196 2
1962
8-28-62
D•
•
N
D,S
S
D
N
80
15
6 .9
6 .8
58 .3
1962
1962
8-29-62
8-29-6 2
6-12-58
D,S
Ds
Sd
D,S Gv
D
..
N
50
51
6o
13
11
50
48
50
63
55
12
( 11)
( 10)
C,E
Gv C,E
Gv C,E
..
C,H
(12)
..
(13 )
Wh, C .
Wal e Np .
L,C .
Ws .
2,076 L .
Wh .
Wh .
Ws, Lpc .
Ws, Lpc .
C, E
C,E
E
C, H
C,H
•
▪
•
▪
Wh .
Wh (960 ppm) .
Wh .
Ws .
1963
1962
1962
1962
196 2
1962 '
1962
196 2
1962
1962
D
Gv J, E
D,S Gv
J, E
Sd C, E
D
..
C,H
D,S
S
Gv C, E
D
C, E
S
Gv C,W
D
Gv J, E
D,S
D,S Gv
C,E
•
•
▪
•
▪
▪
•
•
▪
▪
C.
Wh, Lpc .
Wh, L .
Ws .
Wh .
:dh (820 ppm) .
Wh .
Wh .
Wh .
Wh .
1962
D,S Gv
N
D,S
E
Wh, C .
2,133 L .
Ws .
...
(1)
(2)
162-103 Cont .
25ddd2
Jonas Jensen
26bbb
Alden Hanson
27aaa
Elmer M . Freund
34add
Lloyd Kittelson
(3)
28
79
65
7G
(4)
(5)
24
4
6
6
(11)
(7)
..
Dr
B
Dr
. ...
1952
1930
1945
18
58 .5
6o
5
1962
8-27-62
1962
1962
D,S
S
D
D,3
6-3
6
18
24
36
6
..
28
6
5
Dr
B
B
B
Du
..
Dr
1907
1952
....
C,W
C,H
C,W
C,W
C,H
. ..
1903
...
1946
7-24-63
7-24-63
8-21-46
8-21-46
1962
....
8-20-46
7-24-63
8-21-46
S
N
S
N
D,S
S
Dr
Dr
55
8 .51
29 .59
36 .54
31 .98
30
..
77 .72
24 .20
28 .61
N
N
N
C,N
C,W
C,N
Dr
Dr
Dr
B
Dr
Dr
Dr
Dr
Dr
Dr
1947
....
..
20
20
20
11 .51
30
21 .38
. .
18
. .
....
1962
1962
1962
T-23-63
1947
9-20-46
. ...
1962
. ...
..
D,S
D,S
D
N
N
D,S
N
S
....
C,E
32
1946
....
7-23-63
S
N
D,S
163-95
ldcdl
ldcd2
3ccb
4bdb
7cbb
7ccb
9bc
i2bb
14daa
15dd
Joos Bros .
. .do. . .
Earl Brenno
Dea & Rose Light
George Kostek
Earl Brenno
Sparton Oil Co .
Kindred State Bank
LeRoy O . Throntveit
Eric Johnson
190
27
60
90
35
60
6,725
15ddd
16aaa1
16aaa2
17baa
18bcd
23bcc
26bab
27bdb
28cab
29a
USGS test hole
Frank Lukach
. .do. . .
Orrin Lien
Milo Dshlke
A . F. Kimball
Merle Gunlock
Northwest Oil Co .
Emma Ringdahl
Continental Oil Co .
100
111
109
41
143
120
65
2,235
42
7,064
4 .5
4
4
16
5
3
6
..
4
29ccd
29ddd
30ddd
N . P. Loucks
USGS Test hole
Clayton Loucks
42
130
38
18
4 .5
18
120
200
(10)
(6)
B
Dr
B
....
1957
....
1963
1947
1943
28.47
(8)
(9)
..
Sd
Sd
(12)
...
N
C,E
E
C,W
C,d
C,E
...
..
C,W
...
C,E
(13 )
Ws .
Wh .
Ws .
Wh.
1,906
1,90 7
1,905
1,901
1,90 5
.. . . .
.. . . .
1,89 6
1,905
1,911
C.
1,907
1,905
.....
1,905
1,900
1,906
1,911
1,910
.....
.....
L, MB .
Ws, Wal .
Ws, Wal .
1,921
1,916
1,925
Lpc .
L, MB .
Lpc .
Lpc .
Wh, Wal .
C.
C.
Ws, Wal, C .
Np, C .
No .
L, MB .
C.
(1)
(2)
(4)
(5)
44
69
119
63
61
20
16
20
20
12
18
3
8
3
6
18
12
6o
48
1 .25
B
Dr
Dr
Dr
Dr
Du
Du
Du
Du
Dr
.. .
1953
USGS Test hole 3020
John Kostek
Miller Bros .
Melvin Stokke
James Rosenquist
M . B . Truax
. .do . . .
USGS test hole
Emil Hector
. .do. . .
75
237
15
16
22
30
40
200
86
20
4 .5
6
36
30
24
30
18
4 .5
18
24
Dr
Dr
Du
B
B
B
B
Dr
B
Du
1963
....
....
1958
1963
1961
5ccb
6aad
7abb
7ab c
11ccc
12aac
Francis Bacon
Gordon Hector
A . J . Aaberg
.do .
Joe Kostek
George Kostek
50
205
40
42
30
28
18
6
12
18
48
8
B
Dr
B
B
Du
B
12baa
Andrew Kostek
50
24
B
163-95 Cont .
1 ,.
Henry Lien
3ldad
ClarenceAnseth
32bcd
R . Rivers
32bdd
John Pharoah
32ddd
Archie Bordeau
33abb
Edwin Ringdahl
34bcc
A . C . Lumsden
34dcd
Rudolph Johnson
34dcd2
. .do . . .
35cac
Maurice Johnson
163-96
lbcc
lcdd
2aad
2odd
3dda
4dda1
4dda2
5aaa
5abb 1
5abb 2
(3)
(6)
1953
1921
....
..
1920
1962
1947
.•
1915
1939
1946
(7)
(8)
10
32
22 .40
8 .07
41
12.14
11.53
10 .39
6
7
1963
1953
7-23-63
7-24-63
1963
7-24-63
7-24-63
7-24-63
1963
1963
D,S
D,S
N
D
D
D,S
D,S
S
D
S
4o
11 .86
8
19 .24
24
21 .36
8 .58
53 .19
18
1946
7-17-63
1962
7-17-63
1963
7-17-63
6-16-47
7-17-63
1963
N
N
D,S
D,S
S
S
D Sd•& Cl
N
Sp
..
D
Gv
27 .04
71 .72
16 .92
2
1 18
12
7-17-63
7-17-63
7-17-63
N
D,S
S
1963
963
1963
1962
28
(9)
(10)
(11)
C,H
C,E
C ,H
C,E
C ,E
C,W
C,H
C,H
E
C,E
N
E
E
C,E
C,E
C,H
C,H
J,E
(12)
1,940
1,940
1,932
1,930
1,931
1,916
1,92 6
1,93 1
(13 )
Lpc .
Ws .
Ws, C .
Wal, Lpc .
1,875
. . .. .
. . .. .
1,900
1,891
1,891
1,881
1,89 2
.....
D ,S
D
C,H
C,E
C,E
Cen,E
C,W
C,H
1,90 0
1,895
...
.... .
.. .
S
C,E
1,898
L.
C.
Lpc .
Lpc .
L, `LB .
Wh, yield 10 gpm .
Wh, C .
Wh, yield 20
gam .
Yield 45 gals i n
12 hrs .
Lpc .
(1)
(2)
(3)
(4)
(5)
163-96 Cont .
12bab
Andrew Kostek
Perry Baker
13daa
George Bait
14abb
14ddc
Orvil Fagerland
G. T . Hoversten
15bab
USGS test hole
15ddd
Gordon Brady
16baa
18abb
Seymore Johnson
19bbbd
L . M . iuset
25aad1
Kay Larsen
30
105
25
41
56
430
85
150
48o
24
24
5
48
4
4
14 .5
4
6
3-1 .25
24
B
Dr
Du
Dr
Dr
Dr
Dr
Dr
Dr
Du
25aad2
25abb
26bcc
27adc
28aba
29add
29cda
29dcc1
29dcc2
29ddd
. .do . . .
.do . . .
Perry Rosenquist
W . S . French
J . U . Baker
C . V. Brady
LeRoy Brady
John Brady
.do . . .
USGS test hole
24
14
24
13
205
75
24
35
33
336
24
72
15
2.8
6
6
28
18
30
14 .5
Du
Du
B
Du
Dr
Dr
Du
B
B
Dr
31acd
31adc
31dca
Harvey Jacobson
. .do . . .
H . E . Jacobson
14
60
18
Dr
Du
B
63
35
50
(12)
(13 )
C,W
C,d
C,E
. ..
1,89 8
1,905
1,891
.....
C.
Wh, :dal .
Sub,E
N
'1
C,E
1,907
...
1,92 4
1,92 0
1,90 1
D,S
C,E
1,90 1
s
. ..
.....
C,H1
C,H
C,+7/G
N
C,H
C,W
...
...
1,90 8
... ..
•••••
.....
1,911
'dal .
1,905
L, ''42 .
(6)
(7)
(8)
1962
19 6 2
1962
....
7-18-63
6-17-47
7-18-62
8-15-146
8-15-46
7-18-63
0,3
..
1958
1957
1947
1962
. ...
22
50
15
20
25 :75
1 .05
22 .12
37 .7
21 .39
1 14 .88
15
5
9
9 .13
125
30
15 .08
12 .47
15
2 .98
1963
1962
1962
7-18-63
1961
1963
8-13-46
8-14-51
1963
8-16-47
1963
1963
1963
N
D,S
D,S
..
191 14
1953
....
1960
1947
1950
. . ..
28
28
35
(9)
(1o)
S
D
S
D,S
N
8
Sd & Cy
2
N
D,S
0
D,S
N
N
N
N
H
Sd
..
3d
..
Sd
Sd
..
(11)
N
C/JE
C,E
1,9 14 1
1,914 2
1,932
dal, Lpc .
L, ''3 .
Wh .
(1)
(2)
163-96 Cont .
33cob
Oscar Svenastu
33ccc
USGS Test hole 3023
35cdc
Arthur & Elsie Holte
(3)
(4)
(5)
(6)
72
120
50
4
4 .5
18
Or
Dr
B
6ccd
6dod
USGS Test hole 3024
S . B . Knutson
Ivan Erickson
Jennie Wilson Heirs
Lowell Knudson
USGS Test hole 3019
Crosby Golf Club
Violet Thvedt
J . A . Poling
Violet Thvedt
430
50
84
30
315
240
200
250
240
253
4 .5
14
18
18
5-3
4 .5
3
8
4
5
Dr
B
B
B
Dr
Dr
Dr
Dr
Dr
Dr
Tdda
8ddb
l0ccb
13ccc
14asa
14cbc
l7add
19ade
19ccc1
19ccc2
Nels Thompson
Paul Gilbertson
Rubbina Berosic
USGS Test hole
J . E. Gallagher
Grover Peterson
B . J . & E. Elsbernd
Anna Semingaan
LeRoy Throntveit.
. .do . . .
162
220
32
459
6o
12
370
38
415
32
2
4
12
4.5
12
12
5
18
2 .5
18
Dr
Dr
B
B
B
Du
Dr
B
Or
B
1916
1950
.. ..
19dad
20asb
22cdc1
22cdc2
22cdc3
23dcd
Lynn Roberts
Sam Burner
Idor Jacobson
. .do. . .
. .do . . .
R . Gjovig
210
30
2 .6
28
23 . 9
562
31
4
Dr
24
B
24
B
18
B
1 .5 3.5 2 .5Dr
48
Du
1956
163-97
3adbl
3adb2
3ebb
4adb
4cbc
4daa
5adb
5ccc
(8)
(9)
S
24 .40
1963
.. . .
7-18-63
..
24 .45
20
13 .40
Flow
....
8-15-46
1946
8-7-46
1963
Flow
0 .48
Flow
Flow
1963
6-28-63
1962
1963
N
D
D,S
N
N
N
Ps
N
N
N
Flow
5
15.40
Flow
30
7 .75
Flow
27 .91
Flow
25
1963
1963
7-16-63
1947
1962
8-16-63
1963
6-28-63
1963
1963
D,S
D,S
D,S
N
S
N
N
N
S
D
Flow
8 .27
15
19 .43
12
25
1963
6-28-63
1962
7-16-6 3
1963
1962
D,S
N
S
D
S
S
(7)
20
1963
....
1963
. .. .
. .. .
1915
1963
1950
1912
.. . .
.. . .
...
1962
.. . .
.. ..
1943
. . ..
(1o)
(ii)
r.. ,. S
v r V4
(12)
(13 )
1,92 7
L.
1,890
1,875
1,91 4
1,892
1,900
1,885
1,890
1,927
1,930
1,927
L.
N•
...
C,G
air,E
...
N
N
N
..
Sd
..
N
C,E
C,H
C,G
C,H
..
..
C,N
.. .
C,E
..
C B
C,H
C, G
C,E
C,E
1,933
1,93 0
1,917
1,927
1,92 0
1,90 8
1,952
1,97 1
1,972
1,977
Gas in water, C .
L.
Wh, C .
10 gph, C .
10 gph, C .
.5 Rpm,
Lpc .
L, C . mB .
C.
Flows 1.5 gpm .
Lpc .
1,96 7
1,93 7
1,93 8
.....
1,935
c.
Ws, C .
Wal .
(1)
(2)
163-97 Cont .
26bbb
USGS Test hole
27ccb
Frank Winhofer
28add
James Gallagher
City of Crosby
29ddb
USGS Test hole 3017
30abb
30ccd
Hans Drengsrud
31bcb
Archie Peterson
33baa
Kenneth Odegard
33ccc
USGS Test hole
33ddc
James Peterson
(3)
(4)
(5)
(6)
(7)
(8)
438
455
22
38
200
55
350
6o
521
40
4 .5
3
7
1947
1929
....
.. .
1963
1942
....
Flow
4
8
28
1947
1963
1962
1962
4 .5
24
3
24
4 .5
12
Dr
Dr
B
Du
Dr
B
Dr
B
Dr
B
1947
....
31 .59
Flow
25
1 .74
25
6-28-63
1963
1963
6-25-47
1963
(9)
(10)
T
S
D
N
N
D,S
D,S
C,G
C,H
C,H
C
C,E
s
N
C.
L.
Tu,E
1,960
Sub, E
C,H
1941
Flow
34ada
34cdd
35bab1
35bab2
35bca
City of Crosby, Well 2
o . T . Olson
Minnie Volkman
. .do . . .
390
16
275
298
310
6
24
2
2 .5
12
Dr
Du
Or
Dr
Or
1948
80
7 .98
+15
Flow
Flow
1962
8-9-46
1946
1963
1963
Ps
D
N
N
Ps
163-9 8
ladc
4bcc
4ddc
5ccd
Baba
9cba
lOabbl
10abb2
llama
13ccc1
Ralph Wanner
Harold Hanson
Rolf Eriksmoen
Kristian Torreson
R . W. & Charles Bublitz
Boyd Fossum
Arnold Hagen
. .do . . .
Christ Wanner
$enneth Haugland
6
24
16
24
36
Dr
B
B
B
Du
1915
•4
4
Dr
Dr
1920
1950's
Flow
30
13 .23
6
10
Flow
Flow
Flow
1962
1962
7-1-63
1962
1962
1963
1962
1963
D
Sd & Gv
S
S
..
D,S
..
S
..
S
..
D,S
D,S
..
6
48
Du
1962
1962
S
D
9
•••• •
1,963
1,990
1,993
Ps
Dr
12
L, C, H3 .
C.
1963
12
19
18'
1,944
1,957
1,977
.....
296
19 40
190T
. .. .
(13 )
C,E
280
40
33
30
30
Springs
300
280
(12)
s
34aac
1918
1949
....
(11)
..
Gv
1,97 7
1,958
C.
Wal .
L, MB .
Wh, Lpc .
Yield 74 gpm, L, ,
C
P 160.
L, C .
C.
C
P1. 30 ft .! 290 gp i
1962, C .
Tu,E
1,956
C,E
C,E
C,E
C,H
. ..
1,932
..
1,980
2,002
1,982
.....
1,967
1,967
Ws, C .
Wh .
Wh, Hal .
Ws .
1,936
.. . . .
Wh .
Wh.
. ..
C
C,E
Ws .
Ws .
(1)
(2)
163-98 Cont .
Kenneth Hauglan d
13ccc2
Alf Paulson
14ccd
.do . . .
14cdc
Henry Ericksmoen
15add
15baa
Martin Fossum
16ddd
Goodwin Haugland
17aab
E . Hanson
17bbb
. .do . . .
18cdc1
Olaf Henning
2
. .do. . .
18cdc
19aac
21bbb
2lddc
22baa
22dda
23ad
23ddd
24ddd
25aaa
25bbb
26bbb
26cdc
27cdd
29ccc
30aba
30bba
32aba
35ab a1
35aba2
35ccc
Ida Peterson
Edward Sims
George Haugland
Kenneth Unh,jem
Willie Christianson
Earl Elsbernd
Ed Thompson
Gust Westby
Edward Overbo
E . B . Andreason
K . H . Knutson
Arthur Simonson
George Lakken
Wallace Carlslaf
T . Rue
S . Hammer
O . Hau .go
Emil Olen
. .do . . .
Hulda Endahl
(3)
(4)
(5)
12
20
36
25
22
4o
70
183
35
35
48
18
36
36
24
18
4
3
24
24
Du
Du
Du
Du
B
B
Dr
Dr
B
B
50
6o
21
222
68
40
320
60
60
318
30
24
36
4-3
5
18
6
12
24
2
B
B
Du
Dr
Dr
B
Dr
B
B
Dr
14
290
360
16o
16o
180
498
28
18
6o
48
1 .5
10
8
6
5
3
12
48
24
Du
Dr
Dr
Dr
Dr
Dr
Or
B
Du
B
(6)
1959
1962
1920
....
1962
. ...
1962
. . .•
..
1916
1917
. ...
.. . .
(9)
(10)
(7)
(8)
8
7
6 .75
4 .60
18
20
30
9 .16
26 .86
27
1962
1963
7-1-63
7-1-63
1962
1963
1963
6-24-63
8-16-62
1962
S
D
D
D,S
D,S
D,S
S
0
Ps
Ps
Gv
31 .3
30
12
Plow
30
15 .15
18
26 .22
35 .75
Flow
5-1-47
1962
1963
1963
1962
8-6-46
1963
8-28-46
6-z8-63
1963
D
D
D,S
D,S
D,S
D
N
N
S
D,S
..
..
6-29-63
1963
1962
1962
6-1-63
1963
1946
1963
1962
1962
D
D,S
S
S
N
S
N
D
S
D
9 .50
Flow
5
120
62 .80
65
75
18
10
25
Lig
••
Sd
Sd
3d
Gv
Gv
Gv
..
(11)
(12)
C
P,H
P,R
C,E
Sub,E
N
C,E
C,E
2,024
1,965
1,971
2,060
2,100
2,102
2,155
2,155
C,H
C,W
C,E
N
C,E
C,W
2,175
2,145
2,082
2,032
N
C,E
N
1,98 0
C,E
. ..
C,E
C,W
C,N
C,W
2,03 2
2,054
2,103
E
...
C,W
1,969
. . . ..
2,172
2,184
2,189
2,030
... ..
2,083
(13 )
Wh .
Wh .
Wh, Wal .
Wh .
Wh .
Ws, C .
T3 .
City of Ambrose .
. .do . . .
MB , C .
Wh .
Flows 2 gpm, Ws, C
Wh .
Wh .
C.
15 gpm, Ws, C .
Wh (290 ppm), C .
Es, C .
Wh .
Wh, C .
Wh, C .
C.
Wh .
Eh .
(1)
163-9 9
2ddd
(2)
in . Ballar d
( 3)
30 8
( 4)
( 5)
3-2 .5 Dr
3ddd
7bcc
10bba
10cda
l0ddc
llcdd
12cbc
12cca1
12cca2
Alva .yers
J . D . Torgerso n
Alton fiomdron
.
James 'Myers
Emen Everson
. .do . . .
Good Samaritan Home
City of Ambrose
Delbert Jensen
30 0
20
21 5
20 5
15 6
260
272
31 8
50
4
24
4
5
6
12cca3
13abb
14caa
15edb
17aaa
17dcd
18aaa
. .do . . .
Howard Norb y
Mrs . A . Bakke
Murry Torgeso n
Bennie Paulson
300
200
365
18
340
135
95
4
6
l9aaa
21bac
22daa
Kenneth Monson
Steen Paulson
Charles Bublit z
22dab
23aab
24obb
26dab
27dbc
28bac
29daa
3lddd
. .do. . .
Raymond Nes s
Roy Arnol d
Lars dindfalde t
Orvil Vassen
Clifford Granru d
.do . . .
V. M. Porth
5
3-2
4
4
Dr
Du
Dr
Dr
Dr
Dr
Dr
Dr
Dr
( 6)
( 7)
1927
Flow
....
Plow
3 .0 5
1
50
Flow
Flow
Flow
Flow
12
1945
1915
..
1923
....
1951
1962
1963
1963
5-30-63
1963
1963
1963
1963
1963
1962
( 9)
E
▪
C ,H
C ,H
C,E
1963
19114
1963
19.7 7
314 .1 5
20 0
150
20
6
12
6
Dr
B
Du
1918
1915
1958
75
38
10
196 2
196 2
1962
D,S
D,S
D
25
418
40 0
4o
27 4
45 0
21
18
6
4
2
24
4
4
18
32
Du
Dr
Dr
B
Dr
Dr
B
Du
1957
1920
1912
1943
1954
8
120
60
39
160
12 5
10
12
1962
1962
1934
1963
1962
1962
1962
1962
S
D
N
D, S
D, S
N
D
D,S
1948
.. . .
9-18-62
6-12-63
( 11)
N
N
D
D, S
D
Ps
Ps
Ps
N
6
4 .5
18
1 .25
1963
1962
1962
1962
( 1o)
D
Dr
Dr
Dr
B
Dr
B
Dr
1962
.. . .
Plow
Flow
25
10
( 8)
( 12)
2,040 Flows 20 mph, Wal ,
C.
Ws .
Wh, C .
Ws, Lpc .
Flows 8 gph, Ws .
2,033 18 gpm, Ws, C .
2,062
2,063 Ws, C .
N
E
N
Ps
D, S
S
D, S
N
N
C.
N
2,063 C .
2,078
1 gpm, C .
2,13 3
..
Wh .
2,092
L.
Wal .
2,105
Td 120, L ,
T3 , C.
Np .
Wh .
Wh .
C,W
Cen,E
.. .
C,G
...
s
0
Sd
Sd
Sd
( 13)
C,E
C,E
C,E
C,E
C,E
▪
C ,H
2,163
2,164
C,N
C,H
C.
Ws, Lpc, C .
c.
Wh .
Ws .
Ws .
Wh .
(1)
(2)
163-99 Cont .
33acc
Oscar Salle
33bdd
. .do . . .
3 3cdd
. .do . . .
35bcb
Vassen Bros .
35daa
Robert Grundstad
( 4)
( 5)
( 6)
( 7)
( 8)
80
30
6
196
30
48
24
24
4
36
Du
B
1958
1961
1960
1962
.. ..
3 .58
26 .85
5
80
15
9-12-62
9-12-62
1962
1963
1963
S
D,S
S
D,S
S
1930
1957
1957
.. ..
50
8
9
2.50
5
11 .74
4
43 .13
4
l0
1963
1963
1959
5-30-63
1963
5-30-63
1959
11-3-63
1963
1963
H
D
S
N
( 3)
B
Dr
Du
163-100
5aaa
5dda1
5 dda2
6bbb
7bb
Tema
8dad
9aaa
llddd
12ddc
Francis Adam s
Mrs . Capitols Haagenson
. .do. . .
Mangus Hagberg
Lloyd Hagberg
Frank Jordan
R. J & A . W . Wolte r
USGS Test hole 3077
H . R . Gulbranson
J . A . Johnson
455
16
21
12
7
4o
12
140
20
14
4-2
Dr
Du
33
24
B
B
36
48
Du
B
24
B
36
1.25 Dr
18
B
24
Du
13bbb
14aac
20bab
20bac
20dbc
21bab
22daa
24cdd
30ddd
3lsab l
USGS Test hole 3076
Village of Colgan
B . A . Simonson
. .do . . .
Frank Mosse r
Ralph Wolte r
Leonard Rollofson
Sherman Lampert
Swan Nelso n
Julius Havorson
415
21
640
125
188
606
86
74
17
637
4 .5
36
5-3
4
4
3
18
4-3
48
3-2
Dr
B
Dr
Dr
Dr
Or
B
Dr
Du
Dr
1933
1955
1963
1958
1912
1963
1936
. . ..
1947
1933
. . ..
...
1920
19
110
90
Flow
150
35
16
31
0
1949
1950
1963
1963
1962
1962
1962
5-29-63
1934
( 9)
( 10)
..
..
..
Sd
Sd
..
s
( 12)
C, E
E
C, H
Shb, E
Sub,E
C,N
E
C
C, H
C, H
C, H
s
N
Ps
N
S
D,S
D,S
S
S
S
N
( 11)
▪
•
•
( 13)
Wh .
vh, Lpc, L, C .
Wh .
Wh .
Wal .
c,x
D
0
D
_
••••••
2 , 164
Wh, Wal .
Td 475, L, T 3 , C .
Sd
C,H
.. .
•
Wal .
Sd
C,H
2,125
2,120
L.
C.
Sd
C,W
C,E
Cen,E
C,E
...
C,E
...
N
Sd
Gv
..
Gv
..
Sd
.
.
L.
Wh, L, C .
Ws .
Wal .
Wh .
(1)
(2)
163-100 Cont.
31aab2
Julius Halvorson
31daa
USGS Test hole 3012
32abb
Earl Jeglum
Wallace Murphy
32ddd
34aaa
Evald Lindel
35bc
Lowell Larson
35bcb
. . do. . .
Melvin & Alfred Moe
35daa
Mangum Hagberg
laaa
lbae
Silas Haagenson
(3)
(4)
(5)
(6)
30
520
650
23
23
15
90
90
6
13.7
18
4 .5
3-2
13
23
48
24
24
48
48
B
Dr
Dr
B
Du
Du
B
B
Du
Du
1948
1963
1922
1951
....
(7)
10
350
9
14 .26
10
50
50
2 .25
7 .25
2add
4acb
Christianson Bros .
Bland Carter
147
Spring
4
Dr
1947
. ...
50
Flow
4ccd
10dda
11daa
12acc
14ada
16abc
22cbd
22cdc
.do . . .
J . M . & A . W . Cashman
George Seyfert
Richard Brown
George Seyfert
School land
Ole Hellen
John Leininger
64
67
24
21
24
Spring
12
8
4
24
24
36
24
..
52
120
Dr
B
Du
Du
B
. .
Du
Du
1920
1937
1953
. .. .
....
....
16
25
6
13 .89
12
F
6
Flow
24caa
25aab
26bcc
27ddb
29dba
31daa
33dab
35aab
35add
Emil Asleson
Adolph Asleson
August Fell
Village of Fortuna, test 1
Robert Mantei
Robert Canstantine
Margaret Legaard
Porter Wigness
C . R . Henderson
600
60
635
240
6-4
Dr
Dr
It
3 .5,2 .5Dr
1915
1947
1918
170
Flow
80
21 .0
15
60
81
60
30
36
18
4
Du
Du
Du
B
Dr
1946
9 .98
10 .90
11 .05
30
30
(8)
(9)
1962
D
N
1934
1963
5-31-63
1962
1962
1963
5-30-63
5-30-63
1962
1963
1963
1963
1962
5-30-63
1963
1963
1963
1963
1963
1963
1920
(10)
D,S
D,S
S
Sd
S
s
N
C,W
2,123
.. .
C,E
.. .
C,H
..
C
C,W
C,H
C,H
.....
.....
•••• •
.. ...
...
.....
C ,E
S
D
S
3
D,S
S
S
D,S
Ps,S
(12)
E
Lig
S
S
S
(11)
(13 )
Wh, Np, C .
L.
Wal .
Wh, :gal
'.Jh .
Wh, Lpc .
Flows less than
1 gpm, Wh .
4h .
..
Gv
..
.•
C,E
C, E
C,N
C, E
C, E
..
,
Cen,E
Cen,E
Yield 6 gpm, Ws .
3 gpn ,C •
Gv
C,E
C.
:1,11, 11_a .
Np .
L.
5-28-63
5-28.63
5-28-63
1963
1962
S
S
N
S
C, W
C, E
C
N
C,E
Wh, Wal .
Hal .
L.
163-101 Cont .
Village of Fortuna,
35cac l
Village of Fortuna,
35cac2
Village of Fortuna,
35cac3
Village of Fortuna,
35cac 4
Village of Fortuna,
35cac5
35cbb
well
test
well
test
test
1
2
3
3
4
(3)
(4)
(5)
(6)
20
100
91
100
100
240
36
Du
Dr
Dr
Dr
Dr
Dr
.. .
1962
1962
1962
1962
1963
4
4 .5
4 .5
1 .25
4 .5
36
4
4
Dr
Du
Dr
D
Stanley Tangeda l
Curtis Tangedal
. .do . . .
Emmett Drawbond
. .do . . .
Selmer Eknes s
Dallas Moor e
Joseph Drawbon d
Skjer:aodros .
USGS Test hole 3008
170
39 .8
93
78
77
45
80
34
110
250
14
18
214
5
5
214
12
6
5
4 .5
Dr
B
Dr
Dr
B
B
Dr
Dr
Dr
1953
1961
....
1935
1962
1963
1963
Sam Drawbon d
Swan Bervik
Earl Moore
G . F . Wehrman
Harold Schaf f
Jens Pederson
Orien Olson
Olav Gjesdal
. .do . . .
40
53
35
140
190
36
57
52
186
12
24
12
4
4
24
24
36
5
B
B
B
Dr
Dr
B
B
Du
Dr
1930
.. . .
Village
Village
Village
Village
163-10 2
2baa
3ada1
3ada2
3dda1
3dda2
6aab
6cdb
l0cdd
11dac
13aad
15abb
18ecc
2Obb
24cdc
25bab
29ccc
31bba
31dcc
32dc
of
of
of
of
Fortuna,
Fortuna,
Fortuna,
Fortuna,
test
well
test
well
6
2
5
4
(9)
(10)
(11)
(12)
1964
.. . .
Sd & Gv
E
...
Sub,E
...
N
N
.... .
. ..
. .. . .
. .. . .
11-13-63
Ps
T
Ps
T
T
0
1964
10-8-63
1964
T
Ps
0
Ps
Sd
Sd & Gv
Sd
Sd
135
9 .7
90
48
65
35
25
20
63
6
1962
9-11-62
1962
1953
1962
1962
1962
1962
1963
1963
D,S
N
D, S
Sp
D
D,S
D,S
D
D,S
N
30
50
30
17
100
32
39
Flow
25
1962
1962
1962
1962
1962
1962
1962
9-10-62
1959
N
D,S
S
S
S
D, S
D,S
N
N
6
20 .67
1964
120
28
120
106
35cbc
35cca
35ccb 1
35ccb 2
(8)
(T)
1963
1964
19414
19 145
193 14
1914
19514
6
10 .79
12
Sd 8, Gv
..
..
Sd
Gv
Sd
Gv
..
(13 )
C.
L.
N
E
L,C .
L.
Td 665, L, T 3 .
C.
L.
Casings pulled, L .
Sub,E
Td 135, L.
C
C, H
L.
E
C,E
...
C,G
J,E
C,E
...
Wh, Lpc .
Wh, L .
Wh .
Wh, C .
wh (342 ppm), Sal.
C.
2,265
2,11 3
C,W
C,W
Wh .
C,5
Sd
C,E
Wh, Wal .
Wh, Np, Lpc .
..
..
Gv
E
J,N
Wh .
Wh, Lpc .
(1)
(2)
163-102 Cont .
33cdc1
USGS Test hole 3010
(3)
(4)
40
3
(5)
(6)
(7)
(8)
Dr
1963
Flow
Dr
Dr
Dr
Dr
1964
1964
1950
10 .66
12 .46
57
108
6-24-64
6-12-64
1962
9-16-62
4
1 .5
4 .5
24
12
36
48x36
4
4 .5
Dr
Dr
Dr
B
B
Du
Du
Dr
Dr
1956
1953
1964
24 .90
9
10-15-63
1962
1940
15 .1
44
8
10
30
165
138
170
25
140
30
90
45
130
54
6
6
36
36
3
18
6
36
5
18
Dr
Dr
Du
Du
Dr
B
Dr
Du
Dr
B
92
3
Dr
33cdd1
33cdd2
35dbc
36acb
USGS Test hole 2244
USGS Observation well
Louis Pulvermacher
US Air Force
190
73
98
400
163-10 3
llaba
llbba
llddd
12cbc
15cdc
23dda
25cbb
27adc
36cdc
Oscar Bjorgen
A. O . Bryn
USGS Test hole 2243
Kristina Nelson
Gertie Taugedal
Lyle Bjorgen
Laverne Peterson
Wm . F . Anhalt
USGS Test hole 3009
103
11
241
27 .2
48
12
13
6o
120
164-9 5
28a
29cc
33ada
33add
33ddd
34ada
34ddd
35bdc
35ddd1
35ddd2
U . S . Border Station
Joe Burner
Donald Jacobs
Henry Jacobs
J . C. Anderson
Emmet Gausvick
Mrs . George Bait
John Matz
C . W. Wissbrod
36ddd
Joseph Lukach
1 .25
1 .25
4
12
(9)
1963
9-7-63
1962
1962
1962
1962
(10)
(11)
Gv
N
2,055
0
0
D,S
Ps
Gv
Gv
Sd
N
N
E
Tu,E
2,077
2,078
D,S
D
N
N
D,S
D
D,S
D
Sd
Gv
Gv
1945
.. .
1950
50
6o
11.69
14.95
40
10
65
31
30
38
18
1962
1960
7-23-63
8-2o-46
1962
1962
1963
1962
1962
1963
D
D,S
D
D,S
S
N
S
D
S
D
1963
D,S
..
..
Sd
..
..
..
2,330
(13 )
150 gpm at 10
inches above is ,
Td 220, L, T 3,C .
Td 84, T3 .
Wh, L .
Yields 60 gpm,L,C .
J,W
C,H
. ....
N
2,087
. ....
J,E
. ....
Wh .
Wh .
2,115
L.
Sub,E
C,G
Cen,E
C,E
C,W
N
C,H
C,H
C,W
J,E
1,897
1,896
. ....
C.
C.
Wh .
Wh .
Wn,C .
Wh .
C,E
1,905
1963
1928
(12)
1,904
1,900
..
1,896
1,905
.....
Wh .
Wh, Lpc .
L.
Wh .
Wh, Wal, C .
Wal, Np.
L, C .
(1)
(2)
(3)
(4)
(5)
(6)
Dr
Du
Dr
Dr
Dr
Dr
Dr
Dr
1930
....
. .
1957
.. .
1963
1949
....
164-9 6
29a
32dcc
34aaa
34cdd
31bcc
31daa
32dcd
33bcc
Harry Wendel
Roland Knutson
Einar Borreson
Francis Bacon
E . Hattel
USGS Test hole 3018
T . S . Stuart
Ida Landatrom
200
20
84
133
228
160
184
185
164-9 8
31acc
3ldbb
32cbb
34cdd
George Windfaldet
O . O . Pederson
Michael Kostek
Everett Hanson
35
20
50
250
16
48
18
6
B
Du
B
Dr
....
164-99
26aa
31bcc
3lddd1
31ddd2
33abc
35add
28cd
33ddd
35add
U . S . Customs Station
Archie Thomte
Krist Knutson
. .do. . .
Gordon Homdrom
Leonard Moen
John Muzzy
Tiddles Smith
George J . Fernbaugh
480
565
600
40
503
500
15
647
780
6
5-2
4
24
3
6
48
3
2
Dr
Dr
Dr
B
Dr
Dr
Du
Dr
Dr
1931
1917
....
1946
1918
... .
... .
....
1917
6
6
4
4
4
4 .5
3
2
(7)
(8)
(9)
88
18
30
60
Flow
1962
1962
1962
1963
1963
D,S
D
D
D,S
D,S
14
10
1963
1963
N
D,S
20 .98
10
40
Flow
8-14-62
1962
1962
1963
S
35
70
180
10 .72
31 .95
44
3 .42
1962
1963
1963
9-13-62
9-11-62
1962
5-28-63
....
D
S
D
D
S
D,S
N
D,S
D
D
N
(lo)
(11)
C,W
E
C,E
C,E
C,H
(12)
1,900
1,89 0
1,892
1,897
1,910
1,890
1,912
1,915
Sd
..
C,E
.. .
Sd
Gv
C,H
C,H/E
...
1,993
2,004
1,995
1,965
..
Gv
Lig
..
..
Sd
..
Sub,E
C,E
C,E
C,H
C,E
C
C,H
C,W
C,W/E
2,020
.. ...
.. ...
. .. . .
.
2,03 5
.. ...
.. ...
.. ...
(13 )
C.
Wh, C .
Wh, L .
C.
L.
L.
C.
Lpc .
Wh, f(al .
Flows about .5 .
C.
Np .
Ws, C .
Ws, Np .
Wh .
Ws .
(1)
(2)
(3)
164-101
U . S . Custom Station, no . 1
28bc2
A
U . S . Custom Station, no. 2
205
(4)
(5)
(6)
(7)
4
Dr
1962
192 .5
239
4
Dr
Dr
Dr
B
Dr
35bcc
John Haapalakso
135
14
164-10 2
32dcc
33bbb
34dbd
34dca
Erling Tangedal
. .do . . .
George Pederson
. .do . . .
188
177
55
210
4
4
24
4
Dr
5-18-63
(9)
(10)
(11)
....
N
1962
S
50
40
35
200
1962
1962
1962
1961
D
S
S
D,S
(12)
2,085
N
12
1963
1956
1956
.. .
1961
(8)
Sub,E
Sd & Gv
..
Gw
Gv
2,085
(13 )
Td 220, L, C ,
went dry .
Td 245, L, C ,
went dry .
...
C,E
C,W
C ,W
C,E
Wh .
Wal .
Wh .
Wh .
TABLE 2 .--Logs of wells and test hole s
160-95-22aa d
Test hole 3000
Formation
Materia l
Thickness
(feet)
Depth
(feet )
6
6
7
12
14
21
30
13
25
39
60
90
10
100
49
5
4
2
149
15 4
15 8
160
2
15
3
23
2
17
20
43
10
34
53
87
23
20
1
11
51
110
130
131
142
19 3
32
2
22 5
227
13
240
1
2
12
IT
180
1
3
15
32
212
10
27
8
59
22 2
249
25 7
316
14
330
Glacial drift :
Sand, clayey, very fine to very coarse, unsorted ,
very
Gravel, medium sand to small pebbles, subangular ;
pebbles predominantly limestone and quartz Till, dark greenish-gray
Clay, silty, greenish-gray, very calcareous Till, dark-greenish-gray Till, light-olive-brown, oxidized .
Till, light-olive-brown to dark-greenish-griy ,
partly oxidized
Tongue River Formation :
Sand, very fine, moderate dark-yellowish-orange ,
subrounded to well-rounded, oxidized
Shale, light gray
Lignite, black
Clay
160-96-26bbb
Test hole 3001
Glacial drift :
Sand, coarse, oxidized
Silt, dark-yellowish-orange, oxidized, calcareou s
Silt, dark-greenish-gray Gravel and sand, fine sand to medium gravel, sub
rounded ; abundant limestone, quartz and igneou s
pebbles
Till, dark-greenish-gray
Till, moderate-yellowish-brown, oxidized ; contains
some shale, limestone and a few lignite frag ~~
M
ment s
Till, moderate-yellowish-brown and dark-gray-- Till, dark-gray and moderately-yellowish-brown
Till, dark-gray ; few boulders
Sand, silty, greenish-gray, fine to very fine ,
calcareous
Sandstone and gravel
~--- Tongue River Formation :
Shale, silty, greenish-gray
160-97•-5abb
Test hole 3036
Glacial drift :
Soil, black, loam
Clay, yellowish-gray, thinly laminated, oxidized
Till, silty, moderate-olive-brown, oxidized
Till, silty, light-olive-gray, partly oxidized
Till, silty, olive-gray
Gravel, fine sand to large pebbles unsorted, sub
angular to subrounded
Gravel, fine sand to small pebbles unsorted
Till, olive-gray ~
Clay, light-gray and light-greenish-gray, cal careous ; some lignite
57
160-97-13bbb
Test hole 300 2
Formation
Material
Thickness
(feet )
Depth
(feet )
2
5
13
25
7
2
7
20
45
51
58
20
27
3
7
78
10 5
10 8
11 5
7
122
17
139
7
1146
12
2
15 8
160
6
15
2
11
22
3
3
6o
20
90
10
6
21
23
34
56
59
87
90
15 0
17 0
26 o
27 0
1
13
13
12 .5
.5
48
17
6
7
6
16
1
14
27
39 . 5
40
88
10 5
111
11 8
12 4
14o
Glacial drift :
Soil
'
Sand, very coarse
Sand, silty, very fine
Silt, dark-greenish-gray
Clay, shaley, dark-greenish-grs y
Silt, dark-greenish-gray
Sand and gravel, fine sand to medium gravel, sub rounded, poorly sorted
Grave l
Silt, sandy, dark-gray and olive-gray, calcareous ,
few fossil fragments, (dark-gray color due t o
organic matter)
Till, dark-yellowish-orange, oxidized ; few lime
stone and shale grains
Sand, silty, very fine, oxidized calcareous
Silt, dark-yellowish-orange, oxidized, (gradin g
downward into) silt, lignitic, dark-greenish gray to brownish-black
Limestone
6
160-97-16acb
Randolph Kette l
(Log furnished by Marinus Jensen )
Clay, sandy and rocks
Clay, brown
Sand
Clay,
Clay, blue
Sand,
Clay, sandy
Gravel
Clay, blue
Sand and gravel
Clay, blue
Missing
160-97-32aac
Albert Pieper
(Log `lxrnished by Schnell Inc . )
Topsoil
Clay, yellow
Clay, gumbo, dark
Till, sandy,
----- Clay, gravelly
Sand and gravel with boulders
Clay, layer----
Sand, coarse with clay layers
Sand and
Gravelly
58
160-97-32cca
Frank Salveso n
(Log furnished by Schnell Inc . )
Formation
Material
Thickness
feet
Sand and gravel
Clay, blue--- Sand, fine
Gravel, coarse with lignite
C:Ley
Depth
(feet )
14
87
13
19
7
14
10 1
11 4
13 3
140
1
1
2
3
10
13
86
99
160-97-32daa
Observation well 3-862
Glacial drift :
Soil, silty, dark, organic
Clay, silty, white to olive gray, soft, smooth ,
stickly, leached
Clay, silty with a little sand, yellowish brown ,
fairly cohesive, plastic, soft, leached i n
places, some coal, oxidized (till)
Clay, silty to sandy, olive gray, cohesive ,
plastic, oxidized in spots near top Sand, coarse and fine to medium gravel, grayish ,
subangular to subrounded
Gravel, fine to medium, and coarse sand, contain s
some coal
Clay, silty to sandy, olive gray, cohesive, plas -
tic (till)---
T
10 6
20
12 6
6
132
10
10
30
4o
71
12
11 1
12 3
20
14 3
4
14T
1
9
115
28
32
5
1
10
12 5
15 3
18 5
190
160-97-32dac
Observation well 2-862
Glacial drift :
Sand, fine with some medium rusty brown, wel l
sorted, subrounded, oxidized
Clay, slightly silty, bluish gray, smooth, soft ,
sticky, plastic, some coal
Clay, silty to sandy, bluish olive gray, cohesive ,
some lignite (till)
Silt, olive-gray, smooth
Sand, coarse and fine gravel with some mediu m
sand, fairly well sorted, subangular to rounded ; predominantly shale, limestone, igneous ,
and metamorphic rocks
Clay, silty to very sandy, olive,gray ; moderately
cohesive, slightly plastic, slightly calcareous
160-97-32dc a
Frank Salveson
Glacial drift :
Topsoil
Sand, dry
Till (gravelly and sandy clay)
Sand and gravel
Clay, gravelly, with thin sand layers Tongue River Formation:
59
160-97-32ddb 1
Frank Salveson
Formation
Thickness
(feet )
Material
Loam, sandy
Sand and gravel
Clay, yellow Clay, silty, blue
Clay, gravelly
Silt, sandy Sand and gravel
Clay with boulders De th
feet )
3
12
9
20
72
5
17
2
3
15
24
44
11 6
12 1
13 8
140
3
3
21
24
6
30
5
35
A
43
13
56
65
12 1
15
136
6
142
4
10
7
28
65
4
22
19
3
4
14
21
49
11 4
11 8
140
159
162
6
16 8
160-97-32dd b
Observation well 2 1-56 2
Glacial drift :
Sand, silty to fine, dark brown Clay, silty with some sand, yellowish olive ,
slightly cohesive, soft, oxidized, slightl y
calcareous .
Silt, very clayey, olive gray, plastic, slightl y
calcareous
Clay, bluish gray, smooth, plastic, sticky ,
slightly calcareous Clay, silty to sandy, olive gray, cohesive ,
slightly calcareous, (till), some lignite i n
the till
Silt, clayey with some very fine sand, olive gray ,
smooth soft, plastic, slightly calcareous Clay, silty to sandy, olive gray, cohesive, lig nite particles, slightly to moderately cal careous (till)
Gravel, fine to medium, angular to subrounded ,
some olive gray shale ; pebbles composed o f
igneous and metamorphic rocks, limestone ,
dolomite, and lignite
Clay, silty to sandy, olive-gray, cohesive, tight
(till)
160-97-32dd b 3
Frank Salveson
Glacial drift :
Loam, sandy and topsoil
Sand and fine gravel Clay, yellow
Clay, silty ; blue
Clay, gravelly with boulders
Sand
Sand and gravel
Clay, gravelly
Boulders
Fort Union Formation :
Clay, sandy
6o
~_~~
160-97-33bb d
Leonard Rosten
Formation
Material
Thickness
(feet)
Dept h
(feet )
Glacial drift :
Loam, topsoil
°
Loam, sandy--°
Clay, yellow
Clay, gravelly with boulders
Sand and gravel with rocks
°—°
°°
°
°
Clay
Coarse sand with thin clay layers
Clay, sandy (Travelly)
1
3
3
80
22
.5
2 .5
15
31
2
1
4
7
87
109
109 . 5
112
12 7
15 8
160
160-97-36bcb
Test hole 300 3
Glacial drift :
Soil
°—
---°-Clay, silt, and sand, light olive brown, unsorted
Clay, silty, dark-greenish-gray, slightly cal careous ; few selenite crystals Till, gravelly, dark-greenish-gray
Gravel, fine and medium sand, subrounded to wel l
rounded pebbles predominantly quartz and lime
stone, with some lignite
Till, gravelly, dark-greenish-gray
Gravel----°°---°°-°
'----°°
Till, gravelly, dark-greenish-gray
Silt, dark-greenish-gray, very calcareous
Gravel
Gravel
Gravel
'
Sand, very fine to very coarse, and dark-greenis h
gray silt, abundant lignite particles, cal careous ; apparently interbedded
Sand, very fine, and silt, some clay ; interbedded
Gravel, granule, sandy, rounded ; abundant brownish pebbles
Clay, sandy, bluish gray, hard 2
12
2
14
20
44
34
78
20
23
2
18
2
3
4
1
16
1
76
98
12 1
12 3
14 1
14 3
14 6
15 0
15 1
16 7
16 8
24 4
29
15
27 3
28 8
6
29 4
26
320
7
7
3
10
160-99-3bb b
Test hole 301 6
--------Glacial drift :
Silt, sandy, dark-yellowish-brown to moderate yellowish-brown, calcareous, oxidized
Till, moderate-yellowish-brown, ozidized, abun dant shale pebbles
Till, dark-yellowish-brown, partly oxidized ,
abundant shale pebbles
Silt, dark-greenish-gray, very calcareous, som e
fine sand
°--Till, dark-greenish-gray, abundant shale pebblesSilt, sandy, olive to bluish-gray, slightly cal careous ; mica flakes
61
7
17
13
30
10
32
40
72
3
75
160-99-3bbb--Continue d
Test hole 3016
Formation
Thickness
Material
(feet)
Glacial drift--Continued :
Lignite
Sandstone, bluish-gray, a few lignitic areas
(From 72 to 92 feet appears to be a block o f
Tongue River sediments)
Till, olive-gray to black, some lignitic particles
Sand, fine to coarse, subrounded—
------Till, olive-gray to dark-gray
Sand (driller and E . log) no sample
Silt, olive-gray, calcareous, slightly cohesive ;
contains some very fine sand and clay lenses ,
(no samples below 220 feet)
Sand, very coarse, and gravel, granular, subangular ; minor constituents lignite and pyrite
Silt, olive-gray, calcareous, contains very fine
sand-'
'
Sand, very coarse, and gravel, granular, predominantly limestone, shale and lignite
Rock, and clay, olive-gray (bouldery till?) Gravel, coarse sand to boulders, subangular Lignite
'_'
Gravel, coarse sand to boulders, subangular Till (9) dark-greenish-gray (very poor samples)
Gravel (very poor samples)
Clay, sandy, brownish-black and olive-gray, very
calcareous, lignitic (poor samples)
Gravel, coarse sand to boulders, abundant dar k
brownish chips and a few "scoria fragments "
Till, olive-gray ; some pieces appear to be bedrock (probably Tongue River sediments in cluded in the till)
Gravel, {can't distinguish new cutting)
Silt, brownish-black and olive-gr ay, some fine
sand, calcareous
Lignite
Silt and sandy silt, light to medium light-gray ,
very slightly calcareous, some mica flake s
and lignite
1
16
Depth
(feet )
76
92
97
5
55
45
5
15 2
19 7
20 2
48
25 0
7
25 7
11
26 8
9
31
64
277
30 8
4
21
11
372
376
39 7
40 8
10
418
31
449
47
49 6
55
5
55 1
55 6
4
560
10
570
20
590
10
5
26
11
11
26
9
53
79
88
18
20
10 6
160-99-8cc c
Test hole 1524-ND
Glacial drift : .
Soil ,
Till, brownish-yellow to dark-yellowish-orange,
Sand, Pixie- to coarse Sand, fine to medium
Sand, fine to medium, contains lignite fragment s
and shale pebbles
Till, gray
Clay, sandy, gray, contains lignite fragments
Gravel, clayey, fine sand to coarse pebbles, un
sorted
Till,
62
16
42
126
160-99-29bbb
Teat hole 1523-ND
Formation
Thickness
feet
Material
Glacial drift :
Soil, brown
Till, brownish-yellow to dark-yellowish-orange ,
mottled, oxidized
Till, gr ay----
Gravel, fine sand to medium pebbles
Till, gray
Gravel, or several small rocks (drilling action)
Clay, light-gray
Till, gray
Clay, sandy, gray to light brown
Clay, carbonaceous, lignitic, contains some coarse
sand grains----
Depth
(feet )
2
2
31
42
8
15
5
86
205
21
33
75
83
98
10 3
189
39 4
415
5
420
160-101-3aaa
Test hole 303 0
Fill
Glacial drift :
Sand, fine ; and some dusky-yellow, oxidized siltGravel, sandy, fine to coarse ; predominantly composed of shale limestone, lignite and quartz—
Clay, silty, dusky-yellow, very calcareous, co hesive, oxidized
Till, silty to sandy, dusky yellow to moderateolive-brown, partly oxidized
Till, silty to sandy, light-olive-grey
Sand, very fine, and light-olive-gray, claye y
silt, very calcareous, moderately to tightly
—
consolidated
Sand, very fine and light-olive-gray, calcareous ;
clayey, silt ; with thin interbedded sandston e
lenses
Shale, light-gray
Silt, clayey, light-gray, very calcareous--
3
3
7
10
20
30
13
43
17
62
6o
12 2
27
149
7
6
8
156
162
170
30
8
18
35
30
38
56
91
160-101-llbaa
Frank Eberle
Glacial drift :
Clay, brwn
Sand, yellow
Shale 'oft
Sand, fine
----------
63
160-102-3bab
Test hole 302 8
Formation
Material
Thickness
(feet)
Dept h
(feet )
Glacial drift :
Soil
----------------------Till, dark-yellowish-orange to yellowish brown ,
oxidized
Till, silty, dark-greenish-gray Till, olive-gray
Gravel, coarse sand to large pebbles, subrounded Till, olive-gray
Till, olive-gray and dark-yellowish-orange ; partly
oxidized
'°
Gravel, coarse sand to large pebbles, subrounded,
contains some lignite and pyrite
Till, olive-gray
Gravel, medium sand to medium pebbles ; minor con stituents include ironstone concretions and a
few wood fragments
Silt, greenish-gray, calcareous
Shale and silt, dark-greenish-gray Sand, fine to very fine
Silt and sand, fine
Gravel, many brown pebbles
Silt, sandy to clayey, greenish-gray t o
light greenish-gray, very calcareous, lignitic
2
2
26
14
62
4
28
28
42
10 4
10 8
13 6
18
15 4
2
133
15 6
289
3
18
44
9
8
12
292
310
35 4
36 3
371
38 3
17
400
4
16
4
20
7
75
27
10 2
68
30
170
20 0
53
18
25 3
27 1
73
1
9
4
34 4
34 5
35 4
35 8
22
5
380
385
160-102-6abb
Test hole 3027
Glacial drift :
Soil
~—_
Till, moderate to dark-yellowish-brown, oxidizedClay, silty, dark-yellowish-orange to moderate yellowish-brown, calcareous, oxidized Till, silty, dark-greenish-gray Silt, dark-greenish-gray to olive-grayy, calcareous,
contains some sand
-----Clay, silty, olive-gray to dark-greenish-gray ,
calcareous, and lignitic ; some clay is shaley
and some of which has black spots ; appears t o
be from a swamp deposit
Silt, sandy, olive-gray
Clay, silty, olive-gray to dark-greenish-gray ,
some with black spots, calcareous, lignitic ;
is shaley
Gravel------
Clay and silt, olive-gray to dark-greenish-gray Gravel, brownish-pebbles and chips
Clay, silty, light-gray to light-olive-gray, calcareous ; sandy silt in lower part
-Lignite---
64
160-102-18cc c
Test hole 300 5
Formation
Material
Thickness
feet
Depth
(feet )
Glacial drift :
Gravel, very sandy, subrounded to well-rounded ,
oxidized
Till, moderate-yellowish-brown, oxidized Till, moderate-olive-brown, partly oxidize d
Till, dark-greenish-gray, bottom few feet ver y
sandy
~_
Gravel, sandy, medium sand to pebbles, subrounded ,
abundant limestone pebbles
Siilt and clay, olive-gray, calcareous
Sand, fine to very fine, silt, olive-gray and clay
olive-gray, probably interbedded Boulders, predominantly granite and sandstone _ ....
Silt, olive-gray, calcareous---Till, dark-greenish-gray, some sandy silt Sand, silty, fine to very fine Silt, olive-gray, with some black organic(? )
w---,
—
spots
Sand, fine to very fine, contains same gravel--- Clay (Till?) dark-greenish-gray, silty and sandy ,
very calcareous
.- Till, dark-greenish-gray--- Silt, clayey, olive-gray to dark-greenish-gray ,
very calcareous ; some black spots of clay
Sand, gravelly, very fine to pebbles unsorted ,
~~~
dirty--__
Silt, olive-gray to medium bluish-gray with blac k
areas, calcareous
Gravel, rounded, predominantly silicates, muc h
brown staining and oxidiation
Sand, very clayey, light-gray, very calcareous ,
slightly cohesive
+
6
8
7
6
114
21
12
33
11
14
44
58
22
3
3
14
8
80
83
86
10 0
10 8
4
8
112
12 0
25
40
14 5
18 5
13
19 8
1
199
39
23 8
22
260
40
300
1
1
16
17
42
15
59
74
160-102-26aaa
Test hole 224 9
Glacial drift :
Soil, silty, black
Till, silty to sandy, dusky yellow to moderat e
olive brown, partially oxidized
Till, olive gray, contains a few thin grave l
lenses
Till, moderate olive brown- Tongue River Formation :
Clay, varigated light gray, light olive gray ,
light greenish gray, and olive gray, contain s
lignite streaks
---
136
160-103-2bbb
Test hole 302 6
Glacial drift :
Till, medium to dark-yellowish-brown
Gravel, fine sand to very large pebbles Clay, sandy, dark-greenish-gray Sand, fine sand to medium pebbles, subangular t o
rounded; abundant lignite and shale pebbles Till, dark-greenish-gray
65
35
27
10
10
35
62
72
82
40
12
12 2
134
Test hole 3026
Formation
Thickness
(feet )
Material
Till, silty, dark-greenish-gray Silt, olive-gray and dark-greenish-gray with blac k
areas, calcareous ; contains clay and very fin e
sand
'
Silt, clayey, olive-gray and dark-greenish-gra y
with black areas, calcareous
Till, dark-olive-gray
Silt, clayey, olive-gray and dark-greenish-gray
with black areas, calcareous Silt, sandy, olive-gray, calcareous ; contain s
lignite
Gravel, granular, angular to well-rounded Silt, clayey, olive-gray and dark-greenish-gray ,
calcareous
Gravel, granular, abundant brownish-stained an d
weathered pebbles
Sandstone, light-gray, very fine to fine, cal careous
Depth
(feet )
6
14 0
16
7
15 6
163
26
44
189
23 3
19
25 2
12 1
8
37 3
381
9
390
3
39 3
12
40 5
1
47
2
3
21
1
48
50
53
74
16
10
100
25
125
10
25
135
160
12
5
172
177
6
18 3
17
200
30
30
36
30
60
4
10 0
160-103-5aaa
Test hole 302 5
Glacial drift :
Soil, sandy
Till, moderate to dark-yellowish-brown, oxidized
Till, dusky-yellowish-brown, oxidized Till, olive-gray
Sand, clayey and gravelly, very fine to mediu m
pebbles ; contains olive-gray silty clay lenses
Sand, gravelly, very fine sand to medium pebbles Clay, silty, olive-gray ; with lenses of fine
silty sand
Clay, and silty clay, dark-greenish-gray, hard ;
clays are calcareous
Till, dark-greenish-gray Silt, greenish-gray, calcareous, some lignite
Clay, silty dark-greenish-gray, calcareous
Gravel, medium sand to large pebbles ; abundant
well-rounded brownish, siliceous pebbles-Tongue River Formation :
Silt, clayey to sandy, varigated, dusky yellow ,
grayish-green, light-olive-gray, calcareou s
to noncalcareous ; contains lignitic lenses--
90
160-103-16bbb
Test hole 3082
Glacial drift :
-Till, moderate-yellowish-brown grading downwar d
into dark to dusky-yellowish-brown, oxidized-Till, olive-gran ^
Sand, medium, lignitic Gravel, medium sand to large pebbles, rounded, many
pebbles are brown
Silt, olive-gray, calcareous 66
26
96
12 6
Test hole 3082
Formation
Material
Thicknes s
feet
Depth
(feet)
Glacial drift-Continued :
Till, olive-gray
Gravel, medium sand to medium pebbles, well-round ed ; predominantly brownish pebbles-
Silt, olive-gray, calcareous, lignitic, cohesiveGravel, medium sand to medium pebbles, well-rounded, predominantly brownish pebbles Tongue River Formation :
Lignite, greenish-gray sandy clay, brownish-black
lignitic silt and greenish-gray, silty clay ,
interbedded--»
»»
Lignite, black
62
18 8
22
14
210
22 4
25
249
16
5
26 5
270
160-103-20dc d
Test hole 3081
Glacial drift :
Gravel, fine sand to large pebbles, unsorted, sub rounded
8
Till, moderate-yellowish-brown, oxidized--30
Till, dusky-yellowish-brown, oxidized
12
Sand, very fine to coarse, subangular to sub rounded ; contains clay lenses
34
Silt, sandy, olive-gray, calcareous ; gradational
contacts, top and bottom
24
Sand, silty, very fine to medium, subangular 24
Sand, gravelly, very fine sand to small pebbles
4
Till, light-olive-gray to olive-gray--- 16
Gravel, coarse sand to large pebbles ; abundant
brownish and reddish, oxidized limestone granite and silicious pebbles ; limestone pebbles
are subrounded other well rounded
10
Sand, silty, greenish-gray, calcareous, lignitic ,
be13
Lignite--_~w_°
.. ......... ..
10
8
38
50
84
10 8
132
136
152
162
175
185
161-95-33dd d
Test hole 3039
Glacial drift :
Clay, sandy and silty, yellowishlight-olive-gray, oxidized
-Silt, dusky-yellow, calcareous, oxidized ; contains
lignite fragments
Till, olive-gray---»
Gravel, sandy, fine to coarse pebbles, moderatel y
sorted, subangular to subrounded Till, silty and sandy, light-olive-gray, partly
oxidized ; appears to be mostly reworked Tongue
River sediment
Till, silty and sand, olive-gray ; contains numerous
Till, silty and sandy, olive-gray
Clay, grayish-yellow, calcareous ; contains some
--
indurated limestone layers
gray
Till,
67
5
29
5
34
18
166
52
21 8
17
235
15
25 0
26
35
276
31 1
9
320
161-96-23bbc 1
Engvald Christianso n
Formation
Thickness
(feet )
Material
Clay, yellow
Clay and rocks
Clay, blue
Gravel and rocks
Clay, sandy, blue
Sand and clay
Shale, soft--- --
Gravel, coarse
'
Depth
(feet )
40
4
64
12
63
3
4
5
40
44
10 8
120
18 3
18 6
19 0
195
1
1
4
20
13
5
25
38
161-96-32cc c
Test hole 303 7
Glacial drift :
Loam, silty, dark-brown Clay, silty, yellowish-gray to dusky-brown, oxi ..
dized
Till, dusky-yellow to moderate-brown, oxidized Till, olive-gray
Gravel and sand, fine sand to medium pebble s
(average size 5 to 7 mm) subangular to sub Till (?) very sandy, olive-gray Till, olive-gray
°
Gravel
Till, olive-gray
^
Till, oxidized
Till? (drilling action and Electric log)
Till, very silty, dusky-yellow to moderate olive brown
"
Sand, very fine, clayey, light-olive-gray, cal careous, lignitic
Limestone, olive-gray, indurated
Clay, light-gray, very calcareous Clay, sandy, dusky-yellow to light-olive-gray, cal careous
94 7
11
58
131
18 9
8
19 7
26 0
63
10
270
30
30 0
42
342
22
36 4
2
11
366
37 7
3
38 0
1
1
161-96-35ddd
Test hole 303 8
Glacial drift :
~~
'
Till, silty and sandy, yellowish-gray to moderate olive-brown, oxidized
Till , moderate-olive-brown to light-olive-gray ,
partly oxidized
Till, olive-gray
Gravel , fine to very coarse, unsorted, generally
subangular
°
Till, olive-gray Silt, and very fine sand, olive-gray
Gravel and sand, fine sand to medium pebbles, un sorted
°°
Till, olive-gray
""
Lignite, black
Sand, fine to very fine, light-gray, calcareous 68
9
10
40
144
50
19 4
29
9
21
22 3
232
25 3
9
50
262
312
9
9
321
330
161-97-32cc c
Test hole 3034
Formation
Material
Thickness
(feet)
Depth
(feet )
Glacial drift :
Soil
'
'
Till, silty, yellowish-gray, oxidized
Till, silty, moderate-olive-brown to olive-gray ,
partly oxidized
Till, silty, olive-brown
Silt and clayey sand, olive-gray Clay, olive-gray to olive-black, plastic, tough
Till, olive-grey
Clay, olive-gray to olive-black
Till, olive-gray, few thin gravel lenses Till, partly oxidized
Clay, sandy, light-gray, calcareous ; olive-gray
shale ; moderate-olive-brown sandy clay ; an d
indurated moderate olive-brown sandstone Clay, sandy, light-olive-gray clayey silt
Gravel, coarse sand to large pebbles, moderatel y
sorted, subrounded ; predominantly limeston e
pebbles
Sandstone, light-greenish-gray, indurated
Clay, light-gray, calcareous
2
8
2
10
20
10 3
17
15
25
15
10 8
7
30
133
150
165
190
205
313
320
20
33
340
373
23
39 6
3
21
39 9
42 0
161-98-9ccb
Test hole 1528-ND
Glacial drift :
Soil, brown
Till, sandy, light-yellow to yellowish-orange ,
mottled, oxidized
!Pill, gx
w
w
Clay, silty, derk-gray
Till, gray----'°
'
'
Tong a River Formation :
Clay, sandy gray
2
2
14
248
26
68
16
26 4
29 0
35 8
20
378
13
24
68
2
15
8
4
2
14
13
37
10 5
10 7
12 2
130
134
136
15 0
232
41
382
423
50
47 3
6
21
479
500
161-98-llcc c
Test hole-MB
Glac :tal drift :
Soil, clay, yellow, with some gravel Clay, sandy, brown, with some gravel
Clay, sandy,
--"
Clay, gray, with some gravel
Gravel
'---'
~~-_'_----
Clay, sandy . grey
Gr
Clay, sandy, gray, with strips of gravel Clay, sandy, gray, with gravel, limestone and
~-- _
lignite fragments
Clay, gray
----gr
-----fr° -- '
a--ve—1 , li m --estone
ag Clay, :Yd
andy, gray,'-ith
w
:: ;
Fort Union formation :
Clay, sandy, grey, with lignite fragments
Sand, fine, gray with shale and lignite
Role
69
161-98-14dc d
Test hole 1526-ND
Formation
Thickness
feet
Material
De t h
fee t
Glacial drift :
Soil, black
Clay, sandy, yellow, oxidized, contains some fin e
~
to coarse sand
Till, gray ; till contains more gravel and lignit e
below 350 feet
2
2
14
16
477
49 3
2
14
121
2
16
13 7
25
158
162
320
1
11
18
2
3
2
11
4
7
1
1
12
30
32
35
37
48
52
59
60
8
28
8
36
3
39
196
23 5
110
34 5
12
35 7
25
4
382
386
29
41 5
161-98-15bb c
Test hole 1527-N D
Glacial drift :
Soil, black
Clay, yellow, and fine gravel
Till, gray, limestone boulder 128 to 132 fee t
Sand, and clay lenses, (electric log) sample i s
sandy, till with some gravel
Till, gray ; ended in granitic boulder at 320 feet
161-98-27bbb
Test hole MB
Glacial drift :
Soil
^
Clay, yellow, with gravel Clay, sandy, blue with gravel
~—~
Sand, fine
Clay, sandy, blue
Sand, fine
Clay, sandy, blue, with strips of fine sand
Gravel, coarse and fine sand
Clay, sandy, blue, with strips of fine sand
Iron pyrite
Fort Union Formation (not reached )
Hole filled ~_
161-98-28aa a
Teat hole 308 8
Glacial drift :
Till, dark-yellowish-orange, oxidized
Till,
Sand, medium to very coarse, angular to well rounded ; predominantly limestone, some shale ,
granite, lignite, and pyrite
Silt, clayey to sandy, olive-gray, very cal careons
(Sidewall core at 200 feet) Silt, olive-gray ,
calcareous, soft, spongy ; contains some cla y
and fine sand grains
Till, very silty, olive-gray, very calcareou s
Gravel, medium sand to small pebbles, subrounde d
predominantly quartz and siliceous pebbles ,
some limestone, shale, granite and lignite--Tongue River Formation :
Silt (7) no samples
Lignite
Sand, very fine and silty, greenish-gray, micac e
ous, calcareous, and locally very lignitic 70
161-98-34dc d
Test hole 303 5
-F:Ertion
Material
Thickness
feet
Depth
(feet )
Glacial drift :
~~-~~~--~
foil
'
Till, light-olive-gray, partially oxidized
Silt and very fine clayey sand, dusky-yellow ,
moderate-olive-brown, and light-gray, calcare
ous, oxidized
Gill, silty, olive-gray
Clay and silt, olive-gray, thinly laminated
Gravel, fine to coarse, generally subrounded, predominantly limestone pebbles
Sand, fine to coarse with few pebbles, lignitic ;
contains thin clayey sand lenses
---Gravel, very coarse, generally subrounded Sand, clayey, fine to very coarse, unsorted ; contains several silt lenses---,Sand, coarse and fine gravel ; apparently contain s
some cobbles or small boulders (drilling
action )
Till, olive-gray
Silt, light-olive-gray to olive-gray, partly
oxidized
Gravel, medium sand to coarse pebbles, unsorted ,
generally subrounded ; individual grains or
pebbles are generally brown, green or brownishred ; probably a silt or sand lens from 213 t o
221 feet
-Tongue River Fo nation :
Shale, light-olive-gray ; some beds are carbonaceous and lignitic
2
18
2
20
10
50
3
30
80
83
17
10 0
25
T
12 5
132
13
14 5
11
36
15 6
192
9
20 1
28
22 9
11
240
3
3
32
4o
35
75
35
10
110
120
54
16
17 4
190
16
54
7
206
260
26 7
13 .
280
161-99-31ccc
Test hole 3032
Glacial drift :
Soil
'Till, sandy, moderate-olive-brawn to light-olive grsy, partially oxidized ; less sand below 10
feet
Till, olive-gray
Gravel, fine to medium moderately sorted, sub angular to subrounded
Gravel and sand, poorly sorted Silt, olive-gray, calcareous, contains lignite
layers
Silt, very clayey, olive-gray, calcareous, lamin
ated with light-gray streaks
---Till, olive-gray
Gravel, fine to very coarse
Shale, light to medium light-gray, very calcar eous--—
71
161-99-33ddd
Test hole 303 3
Formation
Material
Thickness
foot
Depth
(feet )
Glacial drift :
S oil--~
"'
Till, very sandy, moderate-olive-brown, oxidized Gravel, clayey, angular to subrounded, highl y
oxidized---
--w
Till,
Till, moderate-olive-brown, oxidized Till, gravelly and sandy ; contains some lignite;
electric log indicates sand and gravel
Till and silt, sandy and lignitic olive-gray ;
possibly a lacustrine deposit
Till, olive-gray
Silt, olive-gray, calcareous, fairly cohesive Sand, fine, silty and clayey, olive-gray, calcar —
eous, lignitic
.. ...
Clay, silty and sandy ; calcareous contains much
lignite and few small pieces of wood ; silt
---and sand possibly in lenses Lignite, fissile angular
Sand, clayey, very fine, moderately calcareous ,
slightly plastic ; contains much lignite
Sand, very fine, silty and lignite, light-olive gray, calcareous, micaceous Till, silty to sandy
Silt, sandy and clayey, olive'gray, moderatel y
calcareous, plastic and cohesive Tongue River Formation :
Sandstone, light-greenish-gray, indurated, cal careous cement
1
9
1
l0
5
15
8
15
30
38
7
45
117
28
30
162
190
220
22
242
68
25
310
33 5
15
35 0
22
56
372
42 8
12
440
10
45 0
2
2
13
15
16
21
7
46
102
31
52
59
10 5
207
12
219
32
32
25 1
28 3
161-99-34ddd
Test hole 1525 ND
Glacial drift :
Soil, sandy, brown
Clay, sandy, brownish-yellow to yellowish-orange ,
------------.---mottled, oxidized Till, sandy, light-gray to yellowish-orange, mottled oxidized
---Till, light-gray—
-
Gravel, fine sand to large pebbles Till, gray
Till, light-gray
Sand, coarse and fine gravel with interaticial
clay
Till, light-gray, coarse send and gravel, appar
ently interbedded
Till, gray
72
161-100-33ddd
Test hole 3031
Formation
Material
Thickness
feet
Depth
(feet )
Glacial drift :
~~r-~f
Soil----- Till, sandy, moderate-olive-brown to light-olive
gray, oxidized
+.
Till, moderate-olive-brown to light-olive gray ,
partly oxidized
Till, olive-grey, several boulders
Gravel, fine to coarse, poorly sorted, subangular
to subrounded ; limestone pebbles are highl y
oxidized
Till, olive-gray, cohesive
Gravel, fine to coarse, poorly sorted, subangular
to subrounded
Shale, medium-gray, moderately soft, and light
grey, slightly fissile fine sand, probably
interbedded
1
1
39
40
18
19
58
77
5
27
82
109
11
120
20
140
20
40
20
60
50
9
11
110
119
130
37
11
8
4
16 7
17 8
18 6
19 0
34
20
22 4
244
14
25 8
57
315
15
15
330
345
10
35 5
161-101-2cb c
Test hole 3090
Glacial drift :
T:Lll, dark-yellowish-brown, oxidized
Till, olive-gray—
Silt, sandy, olive-gray, lignitic fragments, very
calcareous, cohesive
Sand, very fine to fine S:Llt, olive-gray, lignitic, very calcareous Sand, very fine, and silt, olive-gray, lignitic ,
calcareous
Sand, no
S :Llt, olive-gray, lignitic, very calcareous
Sand, no
S :Llt, sandy, olive-gray, lignitic, very calcareoua
Till, olive-gray
—_
----------Silt and gravelly sand, very fine sand to smal l
pebbles, apparently interbedded
Till, very silty, olive-gray And grayish-olive ;
with few thin sand lenses Tongue River Formation :
Silt, greenish-gr ay, greenish-gray clay, light olive-brown sandy clay, and olive-gray, fine
Lignite, dusky-brown to black
Silt, sandy, olive-gray to light olive-gray ,
lignitic, very calcareous, cohesive
----
161-101 -33cdd
Test hole 3029
Glacial drift :
.... .....
~
Soil
Clay, silty and sandy, light-grey, very cal careous
Clay, silty, light-olive-gray, partly oxidized ,
Clay, silty, olive-gray
Till, olive-gr ay---
---
73
--------
2
3
17
10
20
20
30
50
10
6o
161-101-33cdd--Continue d
Test hole 30d9
Formation
Material
Thickness
(feet)
Glacial drift—Continued :
Till, moderate olive-brown to light-olive gray ,
partly oxidized contains much shale (Tongu e
River) below 70 feet Tongue River Formation :
Shale, dusky-yellow to light-olive-gray, oxidize d
to partly oxidized, contains some very fin e
to fine calcareous sand
Ge th
fee t
32
92
8
100
10
10
43
53
27
1
80
81
2
9
83
92
8
100
1
1
14
31
5
36
304
3140
1141
5
51
481
486
537
161-101-35add
Test hole 300 4
Glacial drift :
Gravel and sand, medium sand to cobbles sub rounded to rounded
Till, dark-greenish-gray, some oxidation betwee n
30 and 35 feet
Silt, dark-greenish-gray with some black, som e
fine sand, very calcareous, few rootlet s
(possibly a swamp deposit)
Gravel, unsorted
Sandstone, light-olive to light-olive-brown, very
fine to medium, oxidized, cemented Till, dark-greenish-gray
Clay, sandy, grayish-green, slightly indurated
161-102-9ddd
Test hole 2248
Glacial drift :
Soil, gravelly, black
Gravel, fine to medium, moderately sorted, sub angular to subrounded, oxidized
Clay, silty, yellowish-brown, oxidized
Clay, silty, olive gray ; some of the larger cut
tings appear to be bedded Clay, silty, olive pray and dark olive pray ,
shale clay (apparently interbedded)
Gravel, (drill action) Clay, silty, olive gray and dark olive gray
Samples from below 340 feet are very poor
Till, olive gray (with purple tinge), very
cam
hard
Clay, sandy, olive gray, calcareous (till?) (sid e
wall core barrel tripped between 515 and 530
feet . Exact depth not determined)
Tongue River Formation (from drill action) Sand, very fine, clayey, light olive gray to ligh t
greenish gray, calcareous, friable 74
Sidewall core 50 0
53 7
30
56 7
161-102-19cbb
Test hole 3006
Formation
Thickness
fee t
Material
Depth
(feet }
Glacial drift :
Sand, gravelly to clayey, some dark-yellowish orange till Sand, gravelly, subrounded, many shale pebbles i n
lover eight feet
Silt, dark-greenish-gray, some very fine sand an d
hard clay, calcareous
Clay, silty, olive and dark-greenish-gray, cal . ....
careous
Boulder
T :Lll, dark-greenish-gray
Silt, dark-greenish-gray, calcareous, cohesive ,
contains some lignite, organic matter and mic a
~_
£lakes
Gravel, rounded, brownish-pebbles, lignite an d
"scoria"------Silt, dark-greenish-gray, calcareous, slightl y
cohesive ; contains lignite, very fine send
and few small pebbles
Gravel, rounded ; predominantly brownish quart zite and igneous pebbles, some pyritic cementTongue River Formation :
Clay, olive-gray and dark-greenish-gray, hard---
5
5
28
37
33
70
25
95
21
1
49
11 6
117
166
118
284
5
289
26
315
37
352
18
37 0
161-102-27aaa
Test hole 308 0
Glacial drift :
—
Till, moderate-yellow-brown, oxidized—
Silt, dark-yellowish-brown, calcareous, oxidizedTill, dark-greenish-gray--, Silt, olive to light-olive-gray, laminated ; contains some fine sand and clay ; some laminations
are calcareous
Till, olive-gray
°
Gravel, fine sand to medium pebbles, subangula r
to rounded Till, olive-gray Silt, clayey, olive-gray with black spots, calcareous, locally sandy, lignitic Sand, clayey, very fine, calcareous, lignitic
Silt, clayey, olive-gray with black spots
Sand, clayey, very fine to medium, calcareous ,
lignitic, micaceous, wood fibers Gravel, granule to boulders, predominantly wel l
rounded brownish-stained and oxidized siliceou s
pebbles
Silt, sandy, greenish-gray and brownish-black ,
lignitic very poor sample 75
4
4
21
19
25
41
57
85
142
5
28
14 7
175
237
18
20
412
430
450
38
488
17
505
30
53 5
44
161-103-2cb a
Lloyd Kittelson
Formation
Material
Thickness
(feet)
Clay
Sand and gravel-----
Depth
(feet )
3
29
3
32
6o
70
2
3
5
10
6o
130
16o
175
180
182
185
19 0
20 0
29
25
16
29
54
70
161-103-llada
Burrett Raaum
Clay, brown
Clay, Blue
Quicksan .d----
°
Clay, light brown
Sand, fine, water
Sandstone
Sand, fine
C lay, hard-°
Sand and gravel, brown
30
15
'
5
°
161-103-13cdc2
Harold Madsen
(Log furnished by Marinus Jensen)
Glacial drift :
Sand
Clay, blue
Sand and gravel
'
°
162-95-2bbc
Vernon Bramdt
(Log furnished by Oscar Weber )
Clay, mixed
Clay, sandy blue
Clay, blue
Coal, seam
Clay, sandy blue
Clay
Clay, sandy brown
Clay and coal
Clay, sandy brown
clay
Clay, sandy blue
'
Clay, sandy blge and -brown
Sandy (almost sandstone)
Clay, sandy, blue
Sand, coarser and darker
Sandstone, light
76
23
9
2 .5
0 .5
5
13
3.5
2
5 .5
4 .5
1
1 .5
14
15
5
16
2
7
23
32
34 .
35
40
53
56 .
58 .
64
68 .
69 .
71
85
10 0
10 5
12 1
12 3
130
5
5
5
5
5
162-95-3daa1
Baukol-Noonan Inc .
Formation
Thickness
(feet)
Material
^
Slack-^----^
Cl .ay
^
Rock, hard
Mi ss ing----'
Rock, hard
Sandstone, soft
'
"
^
^°
^
De th
feet )
4
17
14
1
1 .5
4 .5
17
1
4
21
35
36
37 . 5
142
59
60
1 .5
3
7 .5
6 .5
18 .5
0 .5
28 .5
4
0 .5
4
0 .5
10 .5
4 .5
0 .5
23 .5
6
6
8
1.5
4.5
12
18 . 5
37
37 . 5
66
70
70 . 5
74 . 5
75
85 . 5
90
90 . 5
11 4
120
126
134
70
10
11
7
85
7
59
33
2
4
4
10
1 .5
4
4 .5
2 .5
17 .5
2 .5
3
70
80
91
98
18 3
19 0
24 9
28 2
284
288
29 2
30 2
303 . 5
307. 5
312
314. 5
332
334 . 5
137 .5
162-95-3daa9
Baukol-Noonan Inc .
Fi .11
^
Sandstone, hard
Clay, brown mixed
Coal
'
'----^
^----^
^
^
^'^
^
^
Cl .ay---°^^
Reek--'
^
Clay, blue with streaks of sand
Cl .ay , brown
'
Coal
Cl .ay, brown
Coal
Cl .ay, brownish
Cl .ay, greenish
Coal
ClaY
^
Cl .ay with a trace of sand
Cl .ay , sandy ^
Sandy, soft (brown 132 - 1 34 )
^--'
^°
°°_°
^
^-^
162-95-4a c
City of Noonan, No . 3
Clay
'
Clay, sandy
Sand, soft
Rock,
Clay, with small streaks of coal -----Clay and sandy streaks, layers ^^
^
-'
.....^^-_^^_^
Coal
^
Sandstone , brown, soft
Ha rd Pan c-Lay
^
Clay, brown----
Clay, hard
----- Coal
^__^
Clay, chalky
^^^_"---^_^^ C:Lay, bide
Coal
^
77
^_'
°
162-95-4ac--Continued
City of Noonan, No . 3
Formation
Material
Thickness
(feet)
Clay, chalky°
Sandstone
Sandy
Sandy
Clay
'
.. ... .
'
'
'
'
Depth
(feet )
4.5
3
2 .5
0 .5
3
2
37
342
34 5
347. 5
348
35 1
35 3
39 0
80
4
16
20
14
19
11
8
14
24
3
4o
4
18
1
9
80
84
10 0
12 0
13 4
15 3
16 4
172
186
210
21 3
25 3
25 7
275
276
285
2
6
1
13
2
8
9
22
13
35
10
15
15
3
22
45
6o
75
78
100
162-95-31cd c
E . Shirley
Clay,
Clay and sand
Clay and gravel, seams
Clay, blue with
Sand and gravel
Clay blue
Sand and gravel
Clay
'
Gravel
Clay,
Gravel, cemented, with boulders
Clay, blue
'-'
Coal
....
Clay, varied colored, green, white and blue
Sandstone
Clay
162-96-llaaa
Test hole-MB
Glacial drift :
soil
Clay, brown, with some gravel
Boulder, granite
Clay, yellow, with some gravel Clay, sandy, gray, with strips of yellow sandy
clay
'
'
Clay, sandy, gray, with strips of fine sand
Clay, sandy-, gray, with some gravel
Clay, sandy, gray, with narrow strips of lignite Clay, sandy, gray, with strips of fine sand
Clay, sandy, gray----'
Hole filled
78
162-96-llcd c
Test hole 3021
Formation
Thickness
feet
Material
Death
Peet
Glacial drift :
Till, moderate-yellowish-brown, oxidizedTill, dark-yellowish brown, partly oxidized
---Till, dark-greenish-gray
Gravel, medium sand to large pebbles, subangula r
to well-rounded, poorly sorted
Shale, lignitic shale, and sandstone, medium light-gray and greenish to bluish-gray ; sandstone is calcareous ; contains a thin limestone
lens
27
15
10
27
42
52
10
55
62
117
23
14o
3
3
162-96-32bbb
Teat hole 3022
Glacial drift :
Soil
Till, moderate-yellowish-brown to dark-yellowish brown, oxidized
Till, dark-greenish-gray, (harder from 140 to 24 5
'_
Peet)
Silt and clay, dark-greenish-gray and olive-gray ,
with black areas, calcareous ; contains some
fine to very fine sand------Gravel, coarse sand to large pebbles, subroundedTill, olive-gray
Gravel, coarse sand, granules and chips fro
m
larger rocks ; sand is predominantly rounded
quartz, many chips are brownish and weatheredTonga River Formation :
Shale, silty, light-gray to greenish-gray, some
thin limestone and lignitic lenses—
---
42
45
181
226
32
6
13
258
264
27T
21
298
22
320
14
4
17
7 14
35
69
2
115
20
27
21
95
13 0
19 9
20 1
31 6
336
36 3
15
378
162-97-14dd d
Test hole 1532-ND
Glacial drift :
Soil, black
Till, sandy, yellow to brownish-orange, mottled ,
oxidized
Till, gray
Clay, sandy, dark gray
Till, gray
Gravel, fine ; contains espy shale pebbles—
Till, gray
""
.....
Clay, silty, light gran Till, light gray
Tongw, River Formation :
C:Lay, sandy, light gray
79
162-97-19cc c 3
Test hole 1530-N D
Formation
Material
Thickness
feet
Depth
(feet )
Glacial drift :
Soil, brown
. . ..... ... . . .
yellow to moderate brownish-orange mottled ,
oxidized
Till . yellowish-gray, oxidized
.
Till, gray
""
Silt or fine sand (electric log)
Gravel, fine to medium
.
Silt or fine sand (electric log)
Till . Bray-_"'--_
Gravel, fine to coarse, many shale and lignit e
pebbles
"
Till, gray
Gravel, fine to coarse ; contains some gray clay Till, light gray ; abundant gravel, lignite an d
Till,
shale pebbles
Gravel, fine and coarse sand, clay binder, drill s
as if cemented
Gravel and boulders, cemented
2
2
19
31
20
8
2
8
14
21
52
72
80
82
90
10 4
12
19
16
14
11 6
13 5
15 1
16 5
205
370
18
6
388
39 4
45
31
4
5
10
6
45
76
8o
85
95
162-97-29abb
J . Alden Nordstog
Clay, brown
Quicksand
Clay, blue
~~
~_
~
Clay, ~~ndy
"'
M°
Sand, fine ; some float coal
.
lo l
162-97-32bb b
Test hole 1529-N D
Glacial drift :
Soil, sand, dark-brown---Till, sandy, yellowish-orange to light-gray, mot
tled, oxidized
Till, clayey, yellow, mottled, oxidized
Sand, light-gray, very fine, olayey ; grains pre dominantly lignite fragments--- Till, sandy, light-gray to brownish-gray, abun dant lignite
-
Clay, sandy, light-gray, very calcareous
2
2
28
21
30
51
44
95
199
29 4
11
305
33
7
48
4
33
4o
88
92
162-97-32dbd
T . E . Ebreck
Clay, brown
Quicksand
Clay, blue
°
----------
8o
162-98-12dd d
Test hole MB
Formation
Material
Thickness
feet
Depth
(feet )
Glacial drift :
S of 1
^
Clay, yellow
Cl .ayy, sandy,
Sand,
Clay, sandy, brown, with some gravel
Sandstone, hard
Clay, sandy, gray----°_^
Grave 1
Cl .ay, sandy, gray, with some gravel
Gravel, sand and gray clay
+-..
a
Grave 1
s =
Clay, sandy, gray, with some gravel
Clay, gray, with some gravel and limestone .,N(ad
lignite fragments
Clay, sandy, gray, with str.pa of sandstone en d
some gravel
Clay, sandy, gray, with strips of gray clay4an d
gravel with lignite fragments d
"'
Clay, gray
M
Rock, hard
Flowing well, initial flow 2-3 gpm
=
Hole filled
3
3
8
8
12
1
6
5
11
43
16
59
3
6
14
22
34
35
41
46
57
100
116
175
65
240
15
25 5
61
1
7
316
317
32 4
32 4
2
8
6
0 .5
5
1
3 .5
10
9
-60
7
20
8
5
7
16
1
1
18
2
to
16
16 . 5
21 . 5
22 . 5
26
36
45
45
105
112
132
14o
145
15 2
168
169
170
188
162-98-14daa
Erling Dolan d
(Log furnished by Weber Drilling Co . )
--------_______
C lay , sandy, yellow
C :lay, sandy, gray
"
"'
--Clay, sandy, gray +:
Boulder
Clay, sandy, gray-----
'--'
C:Lay, sandy, with boulders and gravel
Clay, gravel like, gray Boulder on sidewall
t
...
C:Lay, sandy, gray
'
4
C:Lay, gray, very soft, little sand
?
Clay, sandy, darker gray, harder
C:Lay, sandy and gravel
C:Lay, gray
a
C:Lay, sandy, and pebbles
Shale, blue gray, hard
~
Shale, brown
Sand, coarse
'---'f"'---Sand, gray,
81
162-98-23aa a
Test hole 1531-ND
Formation
Material
Thickness
(feet)
Depth
(feet )
Glacial drift :
Soil, sandy, brown
Till, sandy, yellow to brownish orange mottled,
oxidized
Till, yellowish ;ray to light brown ; contain s
fine to medium gravel, lignite fragments and
shale pebbles
Till, pray ; contains fine to medium gravel, lig nite fragments and shale pebbles
Gravel (drilling no sample)
Till, gray ; contains fine to medium gravel, lig nite fragments and shale pebbles
=
1
1
22
23
29
52
123
2
175
177
127
3o4
1
24
14
11
1
1
25
39
50
51
1
1
99
16
11
3
52
53
15 2
16 8
17 9
182
13
19 5
30
32
52
30
62
11 4
16
33
130
16 3
67
10
230
240
20
15
136
260
27 5
411
43
45 4
4
3
45 8
46 1
14
47 5
162-98-23ccc
Test hole-MB
Glacial drift :
"'
Soil
Clay, brown, with some gravel
Clay, gray, with some gravel
Sand, fine, and gravel with lignite fragments
Boulder, limestone
_____________—__--__-------Limestone
Clay, sandy, gray, with strips of lignite
C lay , sandy, grey
Lignite
Lignite and brown clay
Clay, gray, with strips of lignite and fine san d
and limestone
Hole filled
162-98-25ddd
Test hole .3089
Glacial drift :
Silt, moderate-yellowish-brown, calcareous, oxi dized ; contains some, very fine sand Till, moderate-yellowish-brown, oxidized
Till, olive-gray ; gravelly from 49 to 56 feet
Sand, very fine to coarse, few small pebbles, un sorted subangular, contains some clay and silt
Till, silty and sandy, olive-gray
Silt, slightly sandy, olive-gray, lignitic, very
calcareous
Till, sandy, olive-gray
Gravel, granules and small pebbles, subrounde d
predominantly limestone, with some granite ,
quartz, shale, sandstone and lignite ; drille d
as though there is interstitial silt or clay
Till, gravelly, olive-gray
Till, olive-gray
Silt, sandy, olive-gray, very calcareous, contain s
lignite fragments
Sand, clayey, greenish-gray, lignitic micaceous, non calcareous to slightly calcareous, cohesive Sandstone, bluish white, very calcareous
Sand, fine to medium, light-bluish-gray, locall y
very lignitic, non-calcareous to calcareous---82
162-100-lldaa
Dahl Brothe r
Formation
Thickness
(feet}
Material
Clay, brown
Clay,
Mud, sandy and rocks
'-'
@uicksand
Clay,
Mud, black
Clay, brown
Blackjack (sticky, greasy feel, clayey material)
Clay,
Shale
'
35
28
4
56
24
55
2
151
3
12
De th
feet )
12
35
63
67
12 3
147
20 2
20 4
35 5
35 8
370
44 o
45 2
43
43
8
143
1
51
19 4
195
11
206
24
10
230
24 0
35
35
3
6
h
38
44
50
54
14
25
15
52
4
68
93
10 8
16o
16 4
85
69
249
31 8
12
5
330
335
To
162-100-35aaa
Test hole 301 5
Glacial drift :
Ti:Ll, dark-yellowish-orange to moderate-yellow
ish-brown, oxidized
Gravel and sand, fine sand to medium pebbles,
subrounded, oxidized
Ti :Ll, dark-greenish-gray
Grave l
'
Till, dark-greenish-gray ; some lignite and a few
shale pebbles
Shale, silty, dark-yellowish-orange, moderateyellow and greenish-gray, slightly calcareous.,
abundant lignite
Silt and sandstone, very fine bluish-gray Electric log indicates interbedding from 206 to
240 Peet
162-101-16ccc
Test hole 3078
Glacial drift :
Till, sandy, moderate-yellowish-brown, oxidized Sand, medium to very coarse, subangular, oxidi ze d
Till (?) olive gray
-------Ti.1l (?) olive-gray
sand
to
large
pebbles,
well rounded ;
Gravel, fine
predominantly limestone and granite pebbles Till, olive-gray
Sand, fine to granule, rounded
Till, olive-gray
Gravel, fine sand to small pebbles, rounded
Silt and clay, olive-gray to light-olive-gray,
calcareous, lignite fragments
Till, olive-gray
Silt and very fine sand, dark-greenish-gray to
greenish-gray, lignitic
Lignite
83
6
162-101-31aaa
Test hole 307 9
Formation
Materia l
Thickness
(feet)
Depth
(feet )
Glacial drift :
Till, moderate-yellowish-brown, oxidized
Silt, dark-yellowish-brown, calcareous ; some clay
and very fine sand
»-»
Silt, dark-greenish-gray, calcareous, cohesive ; a
small quantity of olive-gray till (depth unknown)
»
Gravel, medium send to large pebbles, rounded t o
subrounded, well sorted Silt, dark-greenish-gray, calcareous, cohesive Gravel, granule, rounded to subrounded Silt, greenish-gray, calcareous, and granul e
gravel, interbedded ; some olive-gray till
Till, olive-gray to olive-black, lignitic
Sandstone, very fine to medium cohesive clay, an d
a few oxidized lignitic beds, probably inter bedded ; (calcareous cemented zone 414-41 5
feat)
»
28
28
9
37
55
92
34
166
18
126
292
310
24
21
41
334
35 5
39 6
49
44 5
1
1
15
16
28
44
19
15
63
78
162-102-7ccc
Test hole 224 7
Loam, gravelly, dark brown
»- Gravel, fine to medium, very sandy, subangular t o
subrounded, moderately sorted ; pebbles princi
pally granite limestone and shale Gravel, fine to coarse, generally subrounded, in
terval contains some clay lenses Clay, sandy and silty, dusky yellow to moderat e
olive brown, cohesive (till?)---»
»—
Till, sandy, olive gray, moderately plastic--- Gravel, fine to coarse, subangular to subrounded ,
poorly sorted
»---»
Sand, coarse, some gravel, subrounded, moderately
sorted
Till, very silty, olive gray, slightly plastic ;
many pebbles and several small boulders Gravel, fine to coarse
Coal, black
Clay, silty, light olive gray, very calcareous —
Coal, black £issile
Clay, silty, light gray, light olive gray, an d
light greenish gray, very calcareous ; contain s
some carbonized woody fragments
6
84
30
114
52
2
16 6
16 8
4
6
4
172
178
182
7
189
12
17
12
29
162-102-20ab a
Sodium Corp . of Americ a
Clay
Gravel and sand
84
162-102-23aaa
Test hole 3011
Formation
Material
Thickness
(feet)
Depth
(feet )
Glacial drift :
Soft
Till, olive-brown, oxidized, contains limestone,
granite and shale granules
Till, dark-greenish-gray ; contains quartz, lim e
stone granite and shale granules Gravel and sand, fine sand to large pebbles, sub
rounded to rounded, some clay or till Very poor samples above 80'
Till, dark-greenish-gray Gravel, granular, subrounded Clay, shaley, olive-gray, calcareous, cohesive ,
hard ; contains gravel or sand lenses, also
abundant lignite particles below 255 feet-- Gravel, chips, predominantly brown chips o f
quartz and quartzite with some limestone and
mafic igneous chips
Sandstone, silty, light-olive-gray, very fine,
some lignitic material
3
3
20
23
13
36
23
59
83
1
142
14 3
205
34 8
10
35 8
27
385
83
11
44
6
83
94
138
144
54
4
54
58
162-103-lOdcb
Sven Bervi k
Gravel
Clay, blue, . and sand Cl .ay, blue
~~
Grave l
~
°
162-103-25bbb
Teat hole 300 7
Glacial drift :
Gravel and sand, medium sand to large pebbles ,
rounded, oxidized, abundant limestone an d
granitic pebbles
Clay, sandy, oxidized
Send, clayey, very fine to very coarse (poo r
samples)
Sand and gravel ; pebbles predominantly shale an d
limestone
Till, moderate-olive-brown, partly oxidized ; abundant lignite particles, and limestone an d
shale grains
Clay, slightly silty, dusky-yellow-green an d
medium bluish gray, slightly oxidized, hard ;
also some interbedded, oxidized, very fine ,
silty sand
Lignite
Sand, silty to very fine, partly oxidized
85
27
85
19
31
10 4
135
19
15 4
15
6
5
16 9
175
180
163-95-15dd d
Testhole-MB
Formation
Thickness
(feet )
Material
Depth
(feet )
Glacial drift :
Soil
Clay, yellow
Clay, brown, with some gravel Sand, coarse
Cl ay , brown
"
Boulder, unite
Clay, gray and brown with strips of lignite
Clay, bluish gray with strips of lignite
C lay, gray
M
Clay, gray '
'
'
,
hard,
fine
grained
Limestone or " siltstone "
Clay, gray
'
Hole filled
2
4
25
1
2
1
2
6
31
32
34
35
8
18
27
1
1
4
6
43
61
88
89
90
94
10 0
45
40
45
85
5
10
10
15
40
5
5
25
20
60
25
10
5
50
10
40
5
8
17
90
50
20
85
20
35
30
125
65
40
10
15
5
95
15
55
90
10 0
110
12 5
16 5
170
17 5
20 0
22 0
28 0
30 5
31 5
32 0
37 0
38 0
42 0
42 5
433
45 0
54 0
59 0
61 0
69 5
71 5
75 0
780
90 5
970
1,01 0
1,02 0
1,035
1,040
1,13 5
1,150
1,205
163-95-27bdb
Northwest Oil Co .
(Log furnished by Northwest Oil Co .-MB )
Glacial drift :
Clay, Yellow
Clay, blue
Bedrock :
Shale, green (Fort Union formation)
Shale, blue
Limestone, thin-bedded
Sandstone ; water
Shale, blue to gray
Limestone, thin-bedded Lignite
Shale, brown
Limestone, gray
Shale, gray
Shale, brown
Lignite
Shale, gray
Shale, sandy, gray
Sandstone ; water
Shale, black to gray
Shale, with pebbles
Lignite
Shale, gr'ay
Shale, black to gray
Shale, sandy, gray Shale, gray
Shale, sandy, gray Sandstone ; water and small amount of gas Shale, sandy, gray Shale, brown
Shale, gray
Shale, brown
Shale, grav
Shale, gray ; small amount of gas Sandstone
Shale, black
Shale, sandy, gray
Shale, black
Sandstone ; water and small amount of gas
86
°
'
163-95-27bdb--Continue d
Northwest Oil Co .
(Log furnished by Northwest Oil Co .-MB )
Formation
Material
Thickness
feet
Glacial drift—Continued :
Shale, blue (Pierre shale?) Shale, broken, black Shale, blue
Shale, dark blue
Limestone, thin bedded
Shale, dark gray
Shale, black
Shale, dark grey
Shale, dark gray Limestone, thin-bedded
Shale, dark gray
Limestone, thin bedded
Shale, dark gray
----
Depth
(feet )
95
30
370
65
1
164
33
1
71
1
75
1
116
2
5
1,30 0
1,330
1,70 0
1,76 5
1,76 6
1,93 0
1,96 3
1,96 4
2,03 5
2,036
2,111
2,112
2,228
2,230
2,235
2
12
2
1
2
2
14
16
17
19
4
18
3
23
41
44
11
12
1
4
4
18
2
34
55
67
68
72
76
94
96
130
163-95-29ddd
Test hole-MB
Glacial drift :
Soil
C lay s Yellow
Sand, fine-
Clay, blue
Sand, tine with strips of yellow clay---
Sandstone
Sand, fine, gray
Sand, compact white
Clay, sandy, gray, with strips of compact gra y
san
d Sand, compact, gray--- Lignite
. .....
gray with strips of lignite and brown clay
Clay, sandy, gray---
clay ,
Lignite---
Clay, gray, with strips of brown and bluish clay s
Hole filled
-
--- -
163-96-lbcc
Test hole 3020
Glacial drift :
Soil
----
Gravel, fine sand to large pebbles, rounded ,
oxidized
T :Lll, olive-gray and dark-greenish-gray, some
oxidizion near top
Gravel, granular to sandy ; contains abundant
brownish granules (weathered), and some
" scoria" fragments Tongue. River Formation :
Silt, medium-light-gray, very calcareous, contain s
some lignitic lenses--
Ltanite
Sandstone, silty, light-bluish-gray, very fin e
to fine
87
4
4
9
13
34
47
1
48
17
1
65
66
9
75
163-96-5aa a
Test hole-MB
Formation
Thickness
feet
Material
Depth
(feet )
Glacial drift :
Soil
'-'
'
Cl ay, gr ay----'
Grave 1
Clay, silty, gray
'
Clay, sandy, blue, with fine sand
Clay, gray, with lignite
Clay, brown, tight, with strips of light gray
clay, and lignite
Clay, blue and gray
Clay, gray, with some strips of lignite
Lignite, with strips of gray clay Clay,
Lignite, hard and soft in strips, some clay
Clay, gray, with strips of lignite
Clay, gray, tight, with strips of lignite
Lignite, with some clay
Clay, sandy, gray, with strips of lignite
Sandstone, gray, hard
Sand, gray, compact
Hole filled
3
1
10
31
3
4
14
45
26
4
71
75
7
4
10
3
22
12
24
2
10
12
8
3
8
82
86
96
99
12 1
13 3
15 7
159
169
18 1
189
19 2
20 0
1
5
10
1
6
16
9
26
4
25
51
55
36
10
5
91
101
io6
31
2
5
6
7
44
16
137
139
14 4
150
15 7
201
217
29
246
12
25 8
15
18
27 1
289
163-96-15dd d
Test hole-M B
Glacial drift :
Soil
"'
'_—'-'-"'
Clay, brown
Clay, brown, with gravel
Clay, gray, with strips of brown clay, with som e
gravel
'
'-'
Sand, coarse and fine gravel
Gravel with boulders, some lignite fragments
Clay, sandy, gray and brow n
Clay, sandy, blue, with strips . of lignite
Lignite, with strips of clay
Clay, sandy, blue and brown, with strips of lignite
'
Sand, fine with strips of gray sandy clay
Saad, gray, compact
'
Sand, fine, with strips of gray sandy clay
Sand, gray, compact with some brown sandy clay
Lignite,with strips of brown and gray sandy clay
Sand, gray, compact with strips of lignite, some
brown clay
Lignite with compact gray sand some brown sandy
Clay, sandy, grey, with some green, gray and
brown clay ""'
Sand, gray, compact with strips of lignite
Clay, sandy, brown (carbonaceous) with strips
Clay, sandy, gray, and green, with strips of
lignite----
'
^---"
Lignite, soft
Clay, sandy, gray, with strips of green sandy
clay and some lignite
88
7
296
27
2
32 3
32 5
20
34 5
163-96-15ddd--Continue d
Test hole-MB
Formation
Material
Thickness
feet
Fort Union Formation--Continued :
Sandstone, thin strips, with dark gray and brow n
C].ay, sandy, gray with strips of lignite
Clay, sandy,
Clay, sandy, brownish gray, with strips of lig nite
Hole filled
Depth
(feet )
5
1
69
5
35 0
35 1
42 0
42 5
5
430
2
9
2
11
28
3
21
39
42
63
9
72
8
8
80
88
14
102
1
10 3
17
12 0
2
11
4
1
7
11
26
1
17
11
17
1
29
2
2
13
17
18
25
36
62
63
80
91
10 8
10 9
138
140
64
20 4
5
30
2
20 9
239
241
25
266
163-96-33cc c
Test hole 302 3
Glacial drift :
Soil
Till, dark-greenish-gray, abundant lignite par t
.... ..
'_-'
Sand, fine to granule, abundant lignite particles
Till, olive-gray, abundant lignite Silt, greenish-gray, calcareous ; contains some
mica and lignite
Sand, gravelly, medium sand to medium pebbles ;
contains abundant brownish weathered pebbles ,
subangular to rounded----
Gravel, medium to large pebbles (drills as though
small boulders are present) pebbles are predominantly brownish-weathered pebbles Tongue River Formation :
Limestone, yellowish-gray, very hard
Clay, very light-gray, to medium dark-gray, the
very light-gray clay is very calcareous 163-96-29ddd
Test hole-NB
Glacial drift :
Soil
'
Clay, yellow, with fragments of gypsum--Clay, sandy, gray
Boulder, limestone
Gravel, with strips of yellow clay Clay, yellow, with strips of gravel Clay, sandy, gray with some gravel "'
"Rock°
Clay, sandy, gray with some gravel Gravel, fine and sand
Clay, sandy, gray, with some gravel
Boulder, limestone
Clay, sandy, gray with some gravel
Boulder, limestone Clay, sandy, gray with strips of limestone and
gravel
'
Sand, fine with some gray clay and lignite fra g
nents
Clay, sandy, gray with some gravel Boulder, limestone Clay, sandy, gray with some gravel and lignite
fragments
89
163-96-29ddd--Continue d
Test hole-d8
Formation
Thickness
(feet)
Material
Clay, gray with some gravel
Lignite
Clay, gray with strips of lignite
Lignite, soft, with hard strips Clay, sandy, brown (carbonaceous) with strips o f
lignite
°
Hole filled
^
°
Depth
(feet )
13
2
37
11
27 9
281
318
32 9
7
336
20
10
19
20
30
49
29
22
2
40
78
10 0
10 2
142
7
9
22
10
149
15 8
180
19 0
28
77
218
29 5
TO
365
29
6
39 4
400
20
420
10
430
163-97-3adb 1
Test hole 302 4
Glacial drift :
Gravel, fine sand to very large pebbles, unsorted
subangular to well-rounded, oxidized ; contains
some grayish-orange silt from 6 to 9 feet
Silt, olive-gray, calcareous
Till, olive-gray
°
Till, dark-yellowish-orange to moderate yellowish brown, oxidized
Till, dusky-yellowish-brown, partly oxidized
Gravel, granular, subangular
Till, dark to moderate-yellowish-brown, oxidize d
Silt, moderate-yellowish-brown, very calcareous,
oxidized
Gravel, granular, subangular, oxidized Till, dark-yellowish-brown ; some oxidized
Silt, moderate-yellowish-brown, calcareous, har d
Till, moderate-yellowish-brown ; contains gravel
from 191 to 192 feet
Till, dark-greenish-Fray
Sand and silt, olive-gray and black, lignitic,
calcareous, laminated, sand is fine to ver y
fine (poor samples) Clay (till?) silently silty, dark-greenish-gray ,
very calcareous
Gravel, granular to medium sand, subrounded Fort Union Formation (contact somewhat questionable may be as
dee p as 420 feet) :
Clay, greenish-gray, very calcareous ; clay, silty ,
light-gray, very calcareous ; clay, lignitic ,
brownish black, calcareous, and silt, light olive-gray, very calcareous Sandstone, light-bluish-gray, calcareous ; con tains mica flakes
9O
163-97-4da a
Test hole 301 9
Formation
Material
Thickness
feet
Depth
(feet )
Glacial drift :
Gravel and soil-» »--»
»
Gravel, fine sand to very large pebbles, angular t o
rounded, oxidized, abundant limestone an d
granite pebbles
----------»»»
Till, dusky-yellowish-brown, partly oxidized-- Till, dark-greenish-gray, some lignite particle s
and
Till, silty, moderate-yellowish-brown and dark greenish-gray partially oxidized Gravel, fine sand to small pebbles, angular, oxi
dized abundant, limestone »
Till, silty, dark-greenish-gray and moderat e
yellowish-brown partially oxidized,contain s
several small gravel lenses and boulders
Till, silty, dark-greenish-gray, contains a fe w
gravel lenses and boulders
Gravel, medium sand to medium pebbles, subangular
to rounded, principally limestone, shale and
granitic pebbles
Till, silty, dark-greenish-gray--»----»
Silt, medium-gray, very calcareous ; contains some
very fine sand
Gravel, medium sand to medium pebbles, subangular
to rounded
Clay, sandy, greenish-gray ; contains mica flake s
and a few oxidized cuttings
Clay, sandy, greenish-gray, micaceous, contain s
thin lenses of lignite, limestone, ligniti c
shale and lignitic
2
4
2
6
8
4
14
18
34
52
13
65
5
TO
75
14 5
31
176
12
8
188
19 6
8
20 4
6
21 0
7
217
23
240
1
4
2
3
23
12
1
15
41
138
1
5
7
10
33
45
46
61
102
240
55
89
13
31
20
9
2
295
38 4
397
42 8
44 8
457
459
163-97-13c c
Test hole-M B
Glacial drift :
Clay . sandy, gray
°__--'
»__
_
Send, fine and gravel» »_»
Clay, yellow
C] .ay, blue
»--»
Clay, yellow and gray
Rock 0?), strips
Clay, gray, with fine sand Clay, silty . gr---'
»
Clay, gray, with some gravel and lignite fragments
Clay, gray, with some gravel, lignite fragments
»
and fine sand
»—~»
Clay, gray ^
Send, fine and gravel, with lignite fragments Gravel and fine sand—°
»
Send, fine and gravel with gray clay
»
Boulders
»-----
Clay, gray Fort Union Fo nation : (not reached)
?' :Lowinz well, initial flow, 4-5 gpn
Hole 'illed
»
91
163-97-26bbb
Test hole-MB
Formation
Thickness
(feet)
Material
Depth
feet )
Glacial drift :
soil
Clay, yellow, with some gravel
Clay, sandy, gray, with some gravel Clay, sandy, yellow with some gravel
Clay, sandy, brown, with some gravel and strip s
of limestone
Boulder, limestone
Clay, sandy, brown with some gravel
Gravel, with fine sand
Clay, sandy, brown with some gravel and strips
of limestone
Clay, sandy, blue with some gravel
Gravel and fine sand, with lignite fragments
Clay, sandy, gray, with some gravel, strips of
limestone and lignite fragments
Boulder, limestone
Clay, sandy, gray, with some gravel, strips of
limestone and lignite fragments
Gravel with strips of limestone
Clay, sandy, gray with some gravel Clay, sandy, gray with strips of limestone ,
gravel and lignite fragments
Boulder, limestone Fort Union Formation :
Clay, sandy, gray with lignite fragments
Clay, sandy, gray with strips of sand
Rock
°
Clay, sandy, ,gray Sand, fine
r
Flowing well, initial flow 3-4 gpm
Hole filled
4
14
51
16
4
18
69
85
48
1
7
7
133
134
141
148
46
36
3
19 4
230
233
30
2
26 3
26 5
35
6
5
30 0
30 6
311
24
2
33 5
337
38
40
1
14
8
37 5
41 5
41 6
430
438
12
1
11
4
12
13
24
28
82
20
16
14
11 0
130
14 6
16 0
10
17 0
30
20 0
163-97-30ab b
Test hole 3017
Glacial drift :
Gravel, fine sand to large pebbles, oxidized Till, very silty, moderate-yellowish-oxidized
Till, very silty, dark-greenish-gray
Sand, unsorted ; contains some gravel and clay Till, dark-greenish-gray ; contains some shale an d
quartz pebbles ; some oxidized till at 50 feet
Clay, dark-greenish-gray, silty to sandy
Sand, very fine to medium
Silt, olive-gray to olive-black, with black spots ,
calcareous, (has the appearance of a swamp
deposit)
Till, olive-gray, abundant gavel and boulders ,
very hard
92
163-97-33cc c
Test hole-M B
Formation
Material
Thickness
feet
Depth
(feet )
Glacial drift :
Clay, sandy, yellow, with some gravel Clay, yellow, dark
Clay, gray, sandy with some gravel
Grave],
C lay, gray
Gravel
"
Clay, sandy, gray Sand, with gray clay and strips of gravel and
lignite fragments
Gravel, fine, with lignite frapents Gravel, with boulders, strips of limestone and
gray clay
Clay, sandy, gray, with strips of gravel
Clay, sandy, grAY----g
'
Gravel and strips of limestone Clay, sandy, gray, with some sand and/or gravel
strips
Clay, sandy, gray, with some strips of limeston e
Clay, sandy, gray, with some gravel and lignite
fragments
Gravel, with gray clay and lignite fragments Sandstone, hard
Clay, sandy gray, with some gravel and lignite
fraggents
Rock
Clay, sandy, gray
Fort Union Formation : (not reached )
Hole filled
13
11
17
5
2
4
4
13
24
41
46
48
52
56
8
7
64
5
8
81
2
76
84
165
167
159
40
326
366
62
16
1
428
444
445
51
1
24
496
497
52 1
22
1
11
20
3
42
14
35
32
47
21
30
2
15
1
22
23
34
54
57
99
113
148
180
227
248
278
280
295
296
71
163-97-34aa c
(Log furnished by City Engineer)
Glacial drift :
Cl ay, yellow
- -------------- , yellow
Clay, yellow, with gravel Clay, yellow, with stones Clay, yellow, with sand
Clay, blue, with gravel Clay, hard, blue
Shale, hard, gray
Shale, blue, with stones
Shale, blue, with boulders
Shale, blue, with lignite Shale and sandstone
Sandstone, soft ; water
Shale, blue
~-~
93
163-97-34ada
City of Crosby, Well No . 2
Formation
Thickness
feet
Material
Till (rock at 37 feet)
Clay, yellow (rock at 57 feet)
Till
'---'
'_'
Clay, sand____~_'---'
Clay,
Clay . g een
'
Clay, blue
Clay and coal
Clay, blue
Clay and coal
Clay, gray
Sand, fine and clay
Clay , blue
---------- -- Clay (rock at 295)
Sand, mucky '- Clay with streaks of sand
Clay and sand
Clay,
sao dy
Clay, white with trace of sand
---
Sand
Sand, coars e
Log incomplete by thickness of sand .
(City
engineer believes well is 390 feet deep .)
Depth
(feet )
47
10
20
9
12
4
4 .5
4
13
3 .5
5 .5
15 .5
52
85
5
29
4
17
10
10
7
3
2
47
57
77
86
98
102
106 . 5
110 . 5
123 . 5
127
132 . 5
14 8
20 0
285
290
319
32 3
340
350
360
367
370
372
18
390
5
5
26
89
2
32
31
120
122
154
8
53
162
215
98
5
31 3
31 8
4
322
9
4
5
331
335
340
163-99-17aa a
Test hole 301 4
Glacial drift :
Fill---"""
Till, moderate-yellowish-brown to dark-yellowish
Till, dark-greenish-gray, some lignite particles Till, moderate-yellowish-brown, oxidized Till, dark-greenish-gray
Gravel and sand, medium sand to medium pebbles ,
subrounded to rounded, poorly sorted Till, dark-greenish-gray
Silt, sandy, dark-greenish-gray to olive-gray ,
calcareous ; abundant lignite in upper part Gravel and clay, interbedded? Tongue River Formation :
"-'--Sandstone, silty and clayey, bluish-gray, mic a
flakes, lignite, hard -
Lignite--Shale
'
914
163-99-18aa a
Test hole 3013
Formation
Material
Thickness
feet
Depth
feet )
Glacial drift :
Till, dusky-yellow and dark-yellowish-brown, oxi
dized
Gravel and sand, fine sand to large pebbles, sub
rounded to well-rounded
Clay, (from drilling)
45
47
45
92
10
18
102
120
50
100
42
2
2
50
150
192
19 4
196
45
40
45
85
5
9
4
5
35
13
115
90
99
103
107
142
15 5
270
65
111
335
446
29
475
45
28
45
T3
T
60
80
140
5
10
14 5
155
163-99-35bcb
Vassen Brothers
(Log furnished by Axel Palm )
Clay, yellow, and rocks
Clay, blue, and rocks
Clay, gray, and rocks
Clay, white
Gravel, coarse
163-100-9aaa
Test hole 3077
Glacial drift :
Till, dark-yellowish-orange to dark-yellowish w
brown, oxidized
Till, olive-gray
Sand, fine to very coarse, some small pebbles ,
subrounded
Till, olive-gray
Sand, very fine, some medium
Till, olive-grey--_f ~
Sand, very fine to medium
Till, sandy, olive-gray
Till,
Silt, light-olive-gray, calcareous, lignitic ;
contains some very fine sand
Till, olive-gray
Silt, sandy, olive-gray and greenish-gray, lignitic, slightly calcareous ; contains some
very fine sand and clay
163-100-13bbb
Test hole 3076
Glacial drift :
Till, sandy, moderate to dark-yellowish-brown ,
oxidized
Till, olive-gray
Gravel, coarse sand to medium pebbles, angular
to rounded ; predominantly granite and limestone ,
some quartz and shale and minor lignite and
pyrite
Till, olive-g; ay---°--°
Gravel, coarse sand and small pebbles, subrounde d
to rounded ; predominantly shale and limestone Sand, fine to very coarse, subrounded 95
163-100-13bbb--Continued
Test hole 3076
Formation
Thickness
feet
Material ,
Till ,
Gravel, medium sand to medium pebbles, subrounded ;
interbedded with olive-gray till or clay (about
40 percent)
Till, olive-gray ; interbedded thin gravel lenses Till, olive-gray
Sand, very silty, greenish-gray, micaceous, lignitic, locally calcareous ; same greenish-gray
'-"_--"_-'
clay-"'
Depth
(feet )
25
180
32
11
167
212
22 3
390
25
41 5
42
10
5
33
31
2
2
42
52
57
90
12 1
12 3
12 5
75
55
57
1
75
130
18 7
188
163-100-20bac
B . A . Simonson
(Log furnished by Marinus Sensed )
Clay ,brown
C lay , blue- -"
Sand
Clay, blue
Sand, fine
Clay°
Sand, fine
°
"
°
'-'
^
"
'
'---
'
-
163-100-20db c
Frank Mosser
Clay, brown
Qui ck s
Clay, blue
Gravel and sand
~~~
w
163-100-31daa
Test hole 3012
Glacial drift :
Till, dark-yellowish-orange to grayish-olive ,
oxidized, less oxidized with depth ; contains
selenite crystals
Silt, moderate-olive-brown, calcareous
Till, dark-greenish-gray, same very silty areas Gravel and sand
Till, dark-greenish-gray ; a few sand and gravel
lenses ; (several boulders encountered betwee n
230 and 360 feet,very poor samples from this
depth)
^
Gravel and sand, fine sand to medium pebbles ,
angular to rounded
Silt, sandy dark-greenish-grey
Gravel and sand, very coarse sand to fine gravel ,
subangular, contains a few scoria fragments--Silt, sandy, dark-greenish-Pray ; contains som e
lignite
Sandstone, clayey, dusky-yellow, oxidized
44
44
5
149
8
' 49
19 8
206
179
38 5
45
12
430
442
16
45 8
39
49 7
23
520
183-101-27ddb
Village of Fortuna, Test 1
Formation
Material
Thickness
Eie.2.tis
fee t
14
1
25
200
14
15
4o
240
52
29
52
81
4
15
10
2
5
2
9
4
19
29
31
36
38
47
8
55
g;FF
Clay, brown
Gr Ave 1"-'
Clay, brown----.
ClAy,
'
.----
183-101-35add
C . R . Henderson
Clay ,
Sand and
183-101-35cac 2
Glacial drift :
Sand and gravel
Clay,
Clay, blue
Grave Gravel
Clay,
--_—»--
Clay,
Sand and gravel
Clay,
Sand, gravel and lignite
----..—--- . .----
23
21
1
78
99
100
14
6
74
2
4
14
20
94
96
100
183-101-35cac
Village of Fortuna, eat 3
Sand and gravel
Clfly,
Clay, blue
GraVel
.-,
183-101-35ca c
Sand and gravel
Clsy---Gravel
Cle,y
SandCley
8
52
3
20
5
12
57
8
6o
63
83
88
10 0
163-101-35cbb
Test hole 307 5
Formation
Thickness
(feet)
Material
Depth
Feet )
Glacial drift :
Till, moderate-yellowish-brown, oxidized Till, olive- ;ray
'°
Sand, very fine to medium (top few feet fine t o
coarse), subrounded ; predominantly quartz,
limestone, lignite, and shale Till, olive-gray Sand, very fine to medium, silty ; predominantly
quartz, lignite, and limestone
Gravel, medium sand through large pebbles inter bedded with olive-gray, calcareous, sandy
clay (till? )
Sand, very fine to coarse, interbedded with olive gray, silty clay Silt, olive-gray, clayey, with a few thin fine
sand lenses
Till, olive-gray
Sand, very fine to small pebbles, unsorted, sub angular to subrounded
Till, olive-gray
Sand, fine to very coarse, generally subrounded Till, olive-Sray Sand, (from electric log) Till, olive-gray Cannonball (?) Formation :
Silt, olive-gray to light-olive-gray, very cal careous ; contains some unidentified blac k
and green specks
Limestone, light-gray, indurated Silt, light-olive-gray, very calcareous ; contains
some unidentified black and green specks 32
15
32
47
25
4
72
76
14
90
10
100
60
160
30
13
190
20 3
9
25
92
9
292
21 2
22 0
24 5
33 7
34 6
63 8
6
5
64 4
64 9
16
66 5
+2
2
8
21
7
27
13
42
44
52
73
10 7
120
12
5
4
41
145
10
3
15
20
24
65
11 0
120
8
163-101-35cb c
(Log furnished by Mann Drilling Co . )
Till
Gravel
°'
Gravel with till layers
Till
S and
'
Ti ll
°
°°
'
'
'
"
'
8o
163-101-35ccb 1
(Log furnished by Schnell, Inc . )
Gravel
Till, brown
Till,
Till, sandy
'
"--"'-_~
Till, gray-'
Sand, fine to medium with lignite
------- - '
Till, clay
98
..... ..
~"
163-101-35ccb2
Village of Fortuna, Well 4
(Log furnished by Mann Drilling Co . )
Formation
Material
Thickness
feet
Depth
(feet )
4
22
16
4
26
58
64
119
135
42
2
11
5
10
14
7
23
37
1
1
1
6
10
42
44
55
60
70
84
91
114
15 1
15 2
15 3
15 4
16 0
170
45
6
7
3
Glacial drift :
Gravel.. ...
Gravel with till layers
. ..... ....
Sand, fine to coarse
Ti] .1
----
. ..... ....
6
163-102-2baa
Stanley Tangedal
Clay, sandy, brown
Grave 1
Clay, sandy----' w
'--"'
°°
--_~
Clay , brown
Clay, blue—
Gravel and rocks
-
~- Clay, sandy--_w ---
_
—_--
Said_
Clay,
Gravel
"
'--"-'°'
Clay, sandy
~----~
Sand—_--w '-
163-102-3dda2
Emmett Drawbond
Clay, sandy, brown
,_-
16
45
51
58
61
TT
__—__--^
Gravel and sand, medium sand to large pebbles,
—___-__—r_~—
oxidized—_~_-~_r Sand, and gravel, medium sand to large pebbles ;
composition varied with abundant quartz, lim e
stone and shale pebbles—_---
Sand, medium to very coarse with acme silt and
gavel, angular to subrounded
Sand, silty to fine, abundant lignite particle s
Gravel, predominantly lignite, angular to
rounded
. .. ... ....... .--
2
2
10
12
36
14
48
62
7
104
10
69
17 3
18 3
8
191
Gravel .
Clay, blue---
Grave 1
'
163-102-13aad
Test hole 300 8
Glacial drift :
99
163-102-13aad--Continue d
Test hole 300 8
Formation
Material
Thickness
(feet)
Sand, silty to fine, abundant lignite particles-Till, light-olive-gray to light-olive-brown ,
slightly oxidized
Sand and gravel, coarse sand and small pebbles ,
abundant brownish pebbles, and some lignite ,
scoria, and pyrite
Sand, silty to fine, light-olive-brown, oxidize d
and bluish gray, unoxidized Depth
(feet )
11
202
8
210
26
236
14
250
7
9
1
10
7
16
17
27
13
40
1
4
1
5
22
15
27
42
18
60
15
51
75
126
49
17 5
24
19 9
11
10
210
22 0
163-102-33cdc 1
Test hole 3010
Glacial drift :
Gravel and sand, medium sand to cobbles, oxidized
Gravel
Till, dark-greenish-gray Gravel, coarse sand to cobbles, rounded ; abundan t
limestone pebbles
163-102-33cd d 1
Test hole 224 4
Glacial drift :
Soil, gravelly loam, black Clay, silty and sandy, dark brown
Gravel, sandy, poorly sorted, subangular t o
subrounded
Till, silty, olive gray
Sand, medium to very coarse with some pebbles ,
poorly sorted, subrounded Gravel, fine to coarse, poorly sorted, sub rounded
°
°
Till, olive-gray
Clay, sandy, dusky yellow green, partially oxi dized (thin coarse sand and fine gravel lense s
were encountered but only a few sand grain s
and granules were found in samples)
Gravel, dark brown, fine to coarse, well sorted,
subrounded
Shale, olive gray to greenish gray, moderately
hard
Shale, light greenish gray to greenish ^ray 100
163-102-35dbc
Louis Fulvermache r
Formation
Material
Thickness
feet
Sand and gravel
Clay,
Quicksand
Clay, sandy
Gravel
'
Depth
(feet )
40
36
9
5
8
40
76
85
90
98
5
5
10
5
5
15
5
10
5
10
5
10
30
5
10
10
5
10
40
20
10
10
20
5
5
62
2
43
18
5
10
20
25
30
45
50
60
65
75
80
90
120
12 5
13 5
14 5
15 0
160
X6 5
20 5
22 5
23 5
24 5
26 5
27 0
27 5
33 7
33 9
382
40 0
15
5
1
186
2
15
20
21
207
209
32
241
163-102-36acb
U . S . Air Forc e
(Log furnished by Independent Drilling Co . )
Gravel and sannd
Clay, sandy
Rock and gravel
Clay, yellow
Clay, sandy
Sand
Clay, sand
Gravel and sand
Clay, sand
Clay
Sand
Clay, sandy
Clay, sandy, yellow
Clay, yellow
'-'
Sandy or sand
Sand, clean
Cla y , sand
Coal, soft
Cos:L-'
C la y , blue
'
ShaLe, gray '---"
Clay, sandy'—^
Coal and shale layers
Shale and clay
Coal, lignite
Shale or clay
'
'
°
'
..... ..
'
Rock---'--'
'--'
'---'
Sand, gravel, coal
163-103-lldd d
Test hole 224 3
Glacial drift :
Gravel, fine to medium, and medium to coarse sand ,
,subangular to subrounded, highly oxidized Till, olive gray
Sand, fine to coarse
Till, olive graly
'
Gravel (?) no returns, drills like it's cemented Tongue River Formation :
Shale, sandy, light olive gray
Shale, silty, light olive grey, and
Clay, lignite, black (could not identify depths
of individual lenses . Driller picked Tongue
River Formation at 217 from drill action)
101
163-103-36cd c
Test hole 3009
FDrmation
Material
Thickness
(feet)
Depth
(feet )
Glacial drift :
Soil
Sand, fine to coarse, some clay and subrounde d
gravel, oxidized
Gravel,and sand, large pebbles, to fine sand, oxi dized ; pebbles predominantly limestone
Till, moderate-yellowish-brown, oxidized Till, dark-greenish-gray
Till, dark-yellowish-brown, oxidized, abundan t
limestone shale and lignite particles
Till, olive-gray, partly oxidized
Silt and sand, dusky-yellowish-orange (apparentl y
interbedded) oxidized ; abundant lignit e
fragments
Lig ite
Shale, silty, olive-gray, lignitic particle s
common
°
7
8
5
4
43
13
17
60
13
15
73
88
24
1
112
113
7
12 0
24
7
2
4
13
34
6
2
24
31
33
37
50
84
90
92
164-95-36dd d
Joseph Lukac h
Clay, mixed
Gravel, dry
°--~
Clay and gravel
Gravel, dry
Sand and clay mixed, brown
Clay, blue
Sandstone, blue
Clay, blue
°
164-96-34cdd
Francis Baco n
Gravel, dry
Gravel and clay (rock, 39 to 40 ft)
Gravel and rocks
Clay, sandy with gravel
Missing---- Clay
Clay, sandy
Sandy, some clay
Sandy
Clay, sandy layers
Clay, tough, (trace of coal 102 and 109 feet) Clay, sandy Clay, sandy, white, hard
Sandstone, hard
102
28
3
19
10
4
6
7
3
2 .5
13 .5
2
12
8 .5
13 .5
1
28
31
50
60
64
70
77
80 ,
82 . 5
96
98
110
118. 5
132
13 3
164-97-31daa
Test hole 3018
Formation
Thickness
feet
Material
Depth
(feet )
Glacial drift :
Fill
Gravel, fine sand to very large pebbles, oxidized
Till, dark-yellowish-orange, oxidized Till, dark-greenish-gray ; contains some lignite
and pyrite
Sand, very fine to granule gravel, unsorted,
-----Till, dark-greenish-gray, contains lenses of fine
to very fine
Till, dark-greenish-gray ; contains some lignite
Sandstone, very fine to medium dusky-yellow ,
oxidized, contains mica flakes and lignit e
~_-----particles—_~,~~ Sandstone, very fine to medium, bluish-gray,
contains mica flakes and lignite particles---
6
3
5
6
9
14
17
31
5
36
24
6o
8o
14o
15
15 5
' 5
160
15
10
20
17
115 .5
6 .5
15
25
45
62
177 . 5
184
164-97-32dcd
T . S . Stuart
Clay, brcmn
Sand and
Clay,
Gravel
Clay, bluesans
--------
----------
"-'
----_--__----
164-101-28bc1
U . S . Custom Station, no . 1
Clay,
Clay, blue---Gravel
Clay, blue
Sand and gravel with lignite-
----- --------------
____
Claw
____--__
34
67
5
72
27
15
34
10 1
10 6
178
20 5
220
28
154
22
6
5
2
5
11
12
28
182
20 4
210
215
21 7
222
23 3
24 5
164-101-28bc2
U . S . Custom Station No . 2
Clay,
Clay ,
Sand
Clay
Gravel
Gravel
-----'
"---~
-----
"'_---
Gravel
10 3
TABLE 3 .--Water-level records of observation wells
Depth to water in feet below land surfac e
160-97-13bbb
Date
1963
June 13
July 12
Aug . 13
Sept . 10
Water
level
32 .65
32 .94
32 .56
33.59
Date
1963
Oct . 10
Nov . 12
1964
March 12
Water
level
Water
Date
level
1964
April 13 32 .98
May
12 33 .28
June .25
33 .60
July 9 33 .56
33 .82
34 .33
32 .84
Date
1964
Aug . 18
Sept . 15
Oct . 12
Nov . 9
Water
level
34 .0 8
33.91
34 .4 3
34.20
160-97-32daa
1962
July 12
Aug . 22
Sept . 14
Sept . 27
Dec .
5
1963
June 13
28.50
2.8.13
27.99
27.22
28.34
26 .84
1963
July 12
July 25
Aug . 13
Sept . 10
Oct .
9
Nov . 12
Dec . 17
1964
Jan. 14 27 .91
Feb . 12 27 .58
March 11 27 .34
April 13
27 .26
May 12 27.24
June 16 32 .04
July 9
31.43
47 .56
42 .86
33 .27
29 .22
52
30 .46
28 .38
1964
Aug . 18
Sept . 15
Oct . 12
Nov .
9
Dec .
7
30 .34
28 .72
36 .12
29 .5 5
28.5 2
196 4
Sept . 15
Oct . 12
Nov . 9
Dec .
7
12 .71
12 .70
12 .74
12 .74
196 4
Sept . 15
Oct . 12
Nov . 9
Dec . 7
8 .7 7
8 .7 7
8 .7 4
8 .69
196 4
Dec.
8
43 .16
196 4
Oct . 12
Nov. 9
57.36
57.41
160-99-3bbb1
1963
July 11
Aug . 13
Sept . 10
Oct .
9
Nov. 12
13.57
13.29
12 .98
12 .86
12 .88
1963
Dec . 17
1964
Jan . 14
Feb . 12
March 12
7.98
8.36
8 .07
8 .12
8 .26
1963
Dec. 17
1964
Jan. 14
Feb. 12
March 12
1964
April 13 12 .88
May 13 12 .76
June 15 12 .65
July
12 .33
9
Aug . 17 12 .68
12 .86
12 .86
12 .92
12 .96
160-99-3bbb2
1963
July 11
Aug. 13
Sept . 10
Oct . 9
Nov. 12
1964
April 13
May 13
June 15
July 9
Aug . 17
8.21
8.13
8 .08
8.06
8 .03
8 .09.
8 .18
8 .05
8 .7 5
160-103-16bbb
1963
Nov. 12
1964
Jan. 14
March 11
43 .68
43 .15
43 .21
1964
April 13
May 13
June 13
July
9
1964
Aug . 17 43 .23
Sept . 15 43 .21
Oct . 13 43 .19
Nov . 8 43 .17
43 .32
43.35
43.35
43.27
161-99-31cc c
1963
July 12
Aug . 13
Sept . 10
Oct . 9
58.67
57.54
57 .21
57.08
1963
Nov. 12
1964
March 12
May 13
1964
June 25 57 .04
July
9
57 .08
Aug . IT 57 .1 8
Sept . 15 57 .27
57 .14
57.33
57.00
104
161-102-27cbb
Date
—1962
Aug .
4
1963
Aug . 13
Sept . 10
Nov . 13
Water
level
54 .97
55 .31
67.46
Date
1963
Dec. 18
1964
Jan. 14
Feb . 12
March 11
7.98
7.23
6 .55
7.27
T.87
1964
Jan. 15
Feb . 12
March 12
April 13
May
12
55 .50
Water
level
Water
Date
level
1964
April 13 66 .97
May
13
61 .52
June 13
55 .86
July
9
67.73
Aug . 17 59 .35
71 .36
73 .73
73 .11
69 .78
Date
196 4
Sept . 15
Oct . 13
Nov.
9
Dec .
8
Water
leve l
60 .60
67 .01
69 .61
67.76
162-95-lbbb
1963
July 24
Aug . 14
Sept . 11
Oct . 11
Nov .
12
1964
June 15
July 10
Aug . 18
Sept . 15
Oct . 12
7 .79
7 .96
8 .146
8 .37
6 .90
7.614
6 .81
8 .6 1
8 .80
8 .8 9
19614
Nov .
9
Dec .
7
8 .72
8.87
19614
Nov .
9
Dec .
7
29 .79
35 .40
196 4
Aug . 18
Sept . 16
Oct . 12
15 .49
16 .59
15 .7 3
162-95-15bbb
-TATMay
12
1963
Aug. 14
Sept . 10
Oct . 11
33 .05
29 .99
29 .32
29 .50
1963
Nov . 12
1964
March 12
April 13
May
12
1964
June 15
29 .52
July 10
28 .97
Aug . 18
29 .0 3
Sept . 15
29 .0 7
Oct . 12 30 .2 1
29 .68
30 .28
30 .07
29 .87
162-97-6dab
193 —
June 25
July 12
Aug . 14
Sept . 11
Oct . 10
13 .20
12 .90
13 .92
12 .38
12 .77
1963
13
Dec . 18
1964
Jan . 15
Feb . 12
Nov .
1964
March 11
April 14
May
13
June 16
13 .59
13 .91
14 .72
14 .70
July 9
14 .71
12 .66
11 .76
12 .5 7
12 .9 7
162-97-21bb c
1945
Sept . 8
1946
April 8
July 18
Aug . 30
Oct . 15
1947
July 11
19147
16 .85
16 .62
16 .58
16 .52
17 .01
16 .15
6
16 .54
1963
June 25
July 12
Aug . 14
Sept . 11
Oct . 10
Nov .
13
15 .43
15 .41
15 .56
14 .77
15 .00
15 .10
Nov .
1963
Dec . 18
1964
Jan . 15
Feb . 12
March 12
April 14
May 13
June 13
15 .50
15 .45
15 .60
15 .34
15 .35
14 .92
14 .97
196 4
July
9
Aug. 18
Sept . 16
Oct . 12
Nov . 10
Dec.
8
14 .6 4
14 .9 4
15 .31
15 .14 5
15 .3 4
15 .5 3
162-98-33cbb
May
8
1963
July
2
Aug. 14
Sept . 11
22 .79
22 .66
22 .63
22 .57
1963
Oct . 9
Nov. 13
1964
March 11
April 14
1964
May
13
June 13
July
9
Aug . 17
Sept . 16
22 .51
22 .46
22 .37
22 .40
105
22 .36
22 .31
22 .3 6
22 .36
22 .28
196 4
Oct . 12
Nov. 10
22 .25
22 .26
162-101-31aa a
Date
1963
Nov. 13
Dec . 17
1964
Jan . 14
Water
level
33 .88
28 .82
26 .96
Date
1964
Feb . 12
March 11
April 13
May 13
Water
level
Date
1964
June 13
July 9
Aug . 17
Sept . 15
25 .74
25 .60
24 .44
24 .01
Water
level
23 .75
23 .60
23 .54
23 .37
Date
196 4
Oct . 13
Nov .
9
Dec .
8
Wate r
leve l
23 .17
23 .0 4
22 .73
162-102-7cc c
1964
June 24
July
9
54 .51
54 .27
1964
Aug . 17
Sept . 15
1964
Oct . 13 54 .5 6
Nov.
9
54 .5 7
54 .50
54 .66
163-98-17bbb
1963
June 24
July 11
Aug . 13
Sept . 10
Oct .
9
9 .16
8 .12
7 .67
5 .65
4.87
1963
Nov . 13
Dec . 18
1964
Jan . 15
Feb . 12
1964
March 11
April 14
May 13
June 13
July 10
4 .60
4 .62
4 .69
4 .86
4 .92
5 .30
5 .30
5 .03
4 .89
196 4
Aug . 17
Sept . 15
Oct . 13
Nov . 10
8
Dec .
5 .14
5 .47
5 .78
6 .0 7
6 .32
9 .26
8.80
8 .35
7 .92
7.32
196 4
Aug . 17
Sept . 15
Oct . 13
Nov . 10
Dec .
8
7.75
7.9 3
7.9 9
8.0 9
8 .0 8
196 4
Oct . 13
Nov . 10
Dec .
8
42 .35
42 .2 8
42 .2 3
196 4
Oct . 13
Nov . 10
8
Dec .
25 .5 7
25 .7 4
25 .88
163-99-18aaa
1963
June 12
July 11
Aug . 13
Sept . 10
Oct .
9
34.15
12 .90
10 .16
8.49
7 .94
1963
Nov . 13
Dec . 18
1964
Jan . 15
Feb . 12
1964
March 11
April 14
May 13
June 13
July 10
14 .31
10 .40
9 .66
9 .29
163-100-9aa a
1963
Nov .
3
Dec . 18
1964
Jan . 15
43 .13
42.72
42 .61
1964
Feb . 12
March 11
April 14
May 13
1964
June 13
42 .45
July 10 42 .51
.
17
42
.48
Aug
Sept . 15
42 .40
42 .47
42 .48
42 .51
42 .60
163-101-35cbb
1963
Nov . 13
Dec . IT
1964
Jan . 14
20 .67
21 .78
22 .52
1964
Feb. 12
March 11
April 13
May 13
1964
June 13 24 .97
July 9
25 .21
Aug . 17 25 .44
Sept . 15 25 .52
23 .19
23 .76
24 .26
24 .65
163-101-35ccb1
1963
Oct .
8
Nov . 13
10 .79
10 .75
1964
Jan . 14
Feb . 12
196 4
March 11 11 .8 7
April 13 11 .91
11 .30
11 .64
106
'Depth to water in feet below land surface
163-102-33cdd1
Date
1964
June 24
July 10
Water
level
10 .66
10 .74
Date
1964
Aug. 17
Sept . 15
12 .46
12 .43
12 .45
1964
July
8
Aug. 17
Sept . 15
Water
level
Water
Date
level
1964
Oct . 13 10 .78
Nov.
9
10 .78
10 .82
10 .80
163-102-33cdd2
1964
June 12
June 23
July 7
196 4
Oct . 13 12 .3 1
Nov . 9
12 .3 6
Dec .
8
12 .3 7
12 .44
12 .49
12 .26
107
Date
196 4
Dec .
8
Wate r
leve l
10 .73
TABLE 4 .--Partial chemical analyses of water from well s
in Divide County, North Dakota/
Depth
feet)
2
Location
1
Date of
collection
1 . 47 )
3
Bicarbonat e
(HCO )
Carbonate
CO
5
Chloride
(C1)
Specifi c
conductance
(Micromhos
at 2 0 0 )
7
161-97-20aba
161-98-15bbb
161-98-20bbb1
162-95-4add 3
162-95-5abb2
162-95-7aba
162-95-14ccc
162-95-18bdd
162-96-5dcd 1
162-96-15bbb 1
150
130
224
365
350
238
122
80
320
200
Aug .
13
do .
do .
May
28
do .
do .
May
26
do .
May
29
do .
360
340
605
1,740
1,640
1,120
585
1,050
1,320
1,120
0
49
0
108
123
246
0
0
59
0
14
24
14
88
123
39
1 .0
8 .0
44
8 .2
1,75 0
2,25 0
1,910
2,990
2,870
2,800
1,230
2,530
3,560
2,790
162-97-9aaa
162-97-10bbb
162-97-14aad
162-97-19ccc2
162-97-31dda
162-9T-36aaa
162-98-1bbb
162-96-1da
162-98-5add
162-98-12cda
110
322
265
305
140
184
300
270
107
160
May
May
May
May
12
13
12
6
12
643
1,080
986
808
559
689
970
1,200
886
1,340
0
0
0
0
0
0
0
84
0
0
21
48
45
28
9 .0
10
23
84
3 .0
98
2,800
1,610
2,12 0
2,56 0
1,89 0
2,10 0
2,05 0
2,30 0
2,63 0
2,440
162-98-12ddd
162-98-13cd
162-98-23da3
162-98-24aac
162-98-26abb
162-98-31aad
162-98-32bbc
162-98-35ddd
162-99-34dab
163-95-ldcd l
324
350
400
400
362
365
385
100
508
190
Oct . 24
May
12
do .
do .
do .
6
May
do .
May
12
may
6
May
29
1,190
636
969
1,430
1,310
1,060
1,090
667
842
605
0
0
0
0
0
59
0
0
0
0
70
15
30
63
26
19
19
20
7 .0
11
2,12 0
2,040
1,930
2,160
2,510
3,670
3,710
2,540
2,090
2,120
do .
1,320
835
945
290
1,300
966
750
1,390
1,510
1,490
93
231
49
0
113
0
64
0
0
0
60
52
64
0
84
63
45
76
95
85
3,880
3,190
5,380
45 7
2,880
2,620
3,220
2,04 0
2,430
2,240
13
do .
Oct .
24
May
26
May
6
May
13
May
6
do .
do .
do .
1,560
1,230
185
1,260
1,670
891
1,410
490
1,420
1,450
0
39
0
0
31
0
55
0
0
0
86
313
0
91
260
44
60
33
T3
78
2,390
2,710
6,30 0
1,99 0
2,93 0
1,39 0
2,62 0
2,69 0
2,40 0
2,320
-
163-95-14daa
163-95-18bcd
163-95-23bcc
163-95-32ddd
16 }96-lcdd
163-96-6aad
163-96-13daa
163-97-4cbc
163-97-6dcd
163-97-7dda
120
143
120
61
237
205
105
315
253
162
163-97-17cdd
163-97-22cdc3
163-97-26bbb
163-97-27ccb
163-97-31bcb
163-97-35bab 1
163-98-ladc
163-98-21bbb
163-98-23ddd
163-98-25bbb
370
562
438
455
350
275
280
60
320
318
12
13
12
13
do .
May
May
May
May
May
do.
do .
26
29
26
12
26
13
6
May
May
May
May
May
May
May
May
LaRocque and others, 1963 .
108
(1)
163-98-26cdc
163-98-30aba
163-98-30bba
163-98-32aba
163-99-2ddd
163-99-llcdd
163-99-13abb
(2)
290
16o
180
498
308
260
200
(3)
May
(4)
6
1,150
do .
do .
do .
do .
908
804
May 13
May 12
May 6
1,130
1,560
1,570
1,400
45
27
0
163-99-23aab
418
163-99-24bbb
164-95-28dda
400
do .
1,410
165
May 28
745
0
164-95-29ccc
138
140
130
May 27
May 28
May 29
910
164-95-33ddd
164-95-35ddd1
164-95-36ddd
0
0
0
0
0
164-96-29dda
164-96-34aaa
164-97-31bcc
164-97-33bco
164-98-34cdd
92
200
84
228
185
250
1,360
(5)
0
0
0
142
655
750
520
738
455
do .
May 13
May 29
Hay 6
May 12
May 6
1,430
1,190
1,460
109
53
83
0
47
0
47
(6)
50
14
10
23
230
19
19
16
4 .0
13
23
16
18
37
24
12
76
26
50
(7)
2,02 0
2,63 0
2,26 0
3,090
2,920
4,200
3,110
3,170
2,200
2,370
2,600
2,980
2,840
4,59 0
1,36 0
1,62 0
2,50 0
1,840
2,580
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Divide_Part_II - State Water Commission

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