Document 10907337

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NEW MEXICO BUREAU OF GEOLOGY AND MINERAL RESOURCES A DIVISION OF NEW MEXICO INSTITUTE OF MINING AND TECHNOLOGY
A''
233000
Km
Qt
Km
Kgb
Km
Qc
Kgb
Kgb
Km
Km



Kgb
Km
Km
Km
Qc




Km
Km
Km
Qt
Qt
Kgb


Km
Kcdi
Km
Km
Qc
Km
Km
Km
Qc
Qt
Kg
Km
Kgb
Qc

Km
Km
Qc

3928000
Kg
27'30"
Km
Qt
Km
Qt
Qc
Kga
Km
Km
Kmc
Km
Qc

Km
Qt
Km

Qc
Qt
UD

Km
Kgb
Km
Kd
Qt
Kg

Km
Qc
Qc
Qc
Qal
3926000
Kgb
Kgb
Kgb
af
Qc
Qt
Km
Kga
Qal
Qc
Kcdi
Qc
Kga
Qc
Qc
Qc
Kgb
U D

Kmb

Kma
Jmr
Qt
11
Jmb
Jmr
Jmw
Jmb
Qc
D
Qt
Jmr
Jmw
Jmb
Qt
D
Jmr
Jmw Jmb
Qc
Kd
Jmw
Jmb
Kd
D
U Jmr U
Jmr
Jcs
cpb
Jmw
Jmw
Jmr
DU
cpb Jb
Jmr
Qc
Jmb
11
Jmb
Jcs
D
U
Qc

Jmb
Jmr
4U
D 
Jmw
U
Qc
Jmb
cpb
Jb
cpb
Jb
Jb
cpb
UD
U
Jmr
J
228000
229000
A
230000
231000
Jcs
Jmr
Qt
Jmw
Kma
Jmw
DU
D
Kma 7

Qt

U
D
Jmw
Qt
12
Jmr
Qc
D
Jmw
Jmb
Jmr
105
Kd
Kd
Jmwu
D
Qal
U
U
Qt
Qt
Jmwu
D
Qt
Jmwu


Jmr
234000
233000
Kd
Jmb
D
U
Jmb
Jmwl
55'00"
236000
Js
60
Kma
San
Rafael
3919000
Kd
Qt
Sandstone host rock
Limestone host rock
Grants
GRANTS
CHLORINATED
SOLVENTS PLUME
Lobo
Springs
Mount
Taylor
Geologic Mapping Index
Seboyeta
USGS Mapping
Grants
D
Kd
Kd
22
U
Qal
Kd
237000
Grants
SE
McCartys
Cubero
Laguna
Goat Mountain quadrangle
Miles
Jmb
D U
Uranium Deposits
Laguna
Canoneros
Completed STATEMap Mapping
Jmwu
2
Cerro
Pelon
pJsu
U
Jmwu
Jmb
Jmwl
Jmb Qal

Jmr
Jmr
Milan
Jmb
Jmwu
Qt

Jmw
103
Qt
San
Mateo
HOMESTAKE
MINING CO.
Jb
D
U
D
Jmwu
U
Jmwl
Jmwl
3920000
Jmb
U
D
Qc
Jmb
D
Jmwu
Jmr
Jcs
Kma
D U
Qt
Dos
Lomas
40
Qt
Jmb
Active and Requested
Mine Permits
D
Jmb
Qt
Jmwu
U
ANACONDA CO.
BLUEWATER
URANIUM MILL
Kmb
U
Jmb
Jmb
28
Upper Jurrassic
U
D
Other Superfund Sites
Related to Mining/Industry
HOMESTAKE
MINING CO.
URANIUM MILL
D
Qt
D
40
U
3
Kd
U

D
Jmb
Qal
232000
57'30"
Jmb

Jmw
Jmr
Qt
25
National Priority List
Superfund Site
San
Lucas
Dam
Ambrosia
Lake
Jmwl
Kd
D
Kma
Kd
Qt
Jmb
Jmw
Jmb
U

U
5
6 D U
D
Jmwu
17
Jmb
2
Qt U 55
D
D
U
Kmb
Jmb
Qt
Jmw
Jmr
Jmw
Qal
cpb
D
35°22'30"N
108°00'00"W
Kd
Jmb
UD
U
40
D U
U
Kma
Qt
Jmw
Jmb
Qt
D Jmb
Jcs
Qc
Kd
Jmb
Qt
Js
D
Jmw
6
14
U
Jmb
U D
D
U
Kma
Qt
Jmb
Kma Kmb
Jmw
D
Qt
50
D
Qt
3
Jmw
U
Jmb
Jmb
Jmb
D
U
D
Qt
Jmb
Kma
Jmb
Kma
DU Jmb
Jmr
Jcs
Qt
D U
Jmb
Jmb
Jmr
D
10
Kma
Qc
Qt
U
D
Js 28
Jmw Qt
Jmw
Jmr
Jcs
13
D U
Jmb
Jmb
U
Qc
Kd
Kd
U
U
U3
1
D
U U
Jmb
U
Kd
3921000
6D
D
U
D

D
Jmw
Jmr
Jmw
U
Kd
D
3 Kd
Kma
Qt
U
Jmb
12
Kma
12
Goat
Mountain
Bluewater
cbp
Qc
35
D
Qal
Qal
U
D
Kmb
Qt
Qt
Kmb
U
Qal
Kd
unconformity
Qc
50
Qal
Kma
Kma
13
D
8
D U
U
6
D
Kmb U
U
D
Kd
D
20
Kd
Qc
D
U
Jmr
U
Kd
50
Jmr
3920000
D
Kd

Qc
Jmb
Jmr
Kma
UD
Kmb
Kmb
Kma
U
Jmw
Qal
Jmw
3
Kmb
Qt
Qt
Qc
Jmr
Qt
Qc
Qt
Qt
Jmw
Kma
Qc
Qc
Kd
Qal
Kma

Jmb
Jmw
Jmr
Lower Cretaceous
Qc
Qc
Qc
Jmr
Kmb
Qal
Qc
Qc
Qc
Kma
Kmb
Active Mines & Mills
PREWITT
ABANDONED
REFINERY
Jmb
238000
0
35°0'N
Qt
Kmb
Kma
Kma
af
Jmw
Qt
Kma
D
U
Jmb
Kma

Kd
Qt
Qc
Kmb

Jmw
35

Qc
D

Kd
Jmb
Kma
Kmb

Kma
Mesa
Cortada
AMBROSIA LAKE
URANIUM MILL
Kmb
3922000
Kmc
Kmc
Kmb
7
U

U D
Kmb
Qt


15
Thoreau
NE
Kmc
Kmc
Kmb
Kma
Borrego
Pass
Qc
3
Km

Kgb
Thoreau
D

Kmb
Km
Kmc

Kmc
Kd
D U
Kmc

107°30'W
LEE RANCH
MINE
Qal

Km
Kma
U
U
107°45'W
Qal
D
Kma
Casamero
Lake
Kga
Kmc

Hosta
Kg
25'00"
Qc
Kmb
3922000
˜Œ”œȱ‹Ž—ŽŠ‘ȱž––Ž›Ÿ’••Žȱ˜›–Š’˜—ǰȱž—’Ÿ’Ž—Cross-section only.
pJsu
Explanation of Symbols
Kcs
Upper Cretaceous
3923000
Km
Kmc
2
ž––Ž›Ÿ’••Žȱ˜›–Š’˜———Ž›‹ŽŽȱŸŠ›’ŽŠŽȱ–žœ˜—Žǰȱœ’•œ˜—ŽǰȱŠ—ȱꗎȬȱ˜ȱŸŽ›¢ȱ
ꗎȬ›Š’—ŽȱœŠ—œ˜—ŽǯȱŗşŖȱȮȱŘŜŜȱŽŽȱǻŜŖȱȮȱŞŗȱ–Ǽȱthick in the Ambrosia Lake quadrangle.
Kcda
Kmm
Km
U
D 15
Kma
108°0'W
U
D
Kmc
Km
108°15'W
Kcdi
Km
Kma
Js
Kcg
U
D
5
Kmc
Kd
•žěȱ Š—œ˜—Ž—›Š¢’œ‘Ȭ¢Ž••˜ ǰȱ ™Š•Žȱ ˜›Š—Žǰȱ Š—ȱ ™Š•Žȱ ›Ž’œ‘Ȭ‹›˜ —ȱ ꗎȬȱ Š—ȱ
–Ž’ž–Ȭ›Š’—ŽȱœŠ—œ˜—ŽǯȱşŖȱȮȱŗŖŖȱŽŽȱǻŘŝȱȮȱřŖȱ–Ǽ thick.
Qc
Kp
DU
Km
Km
U
Kma
D
Qc
Kmc
Kma
U
U D
Km
Kmc
U
D
U
Qd
Km
Kma
D
Qal
Qc
DU
UD

3923000
Qt
Qc
Kga
250
Kma
25'00"
Jb
U
Kga
Km
D
Holocene
Pleistocene
3924000
Kgb
48
Qt
Km
Qc

Kmb
˜ ȱ ™›’—œȱ Š—œ˜—Ž—Ž›¢ȱ •’‘ȱ ›Š¢ȱ ꗎȬȱ Š—ȱ –Ž’ž–Ȭ›Š’—Žȱ œŠ—œ˜—Žǯȱ
—Ž›ę—Ž›œȱ ’‘ȱ•˜ Ž›ȱ™Š›ȱ˜ȱ–›ǯȱŖȱȮȱŗŘŖȱŽŽȱǻŖȱȮȱřŜǯśȱ–Ǽȱ‘’Œ”ǯ
unconformity
Qc
Kga
Km
Kmb
80
Jcs
3925000
D
Kcdi
Km
Km

mt
daf
Kcs

Qc
daf
Km
Qc
Kmc
af
Kgb
Km
3924000
Anthropogenic
Deposits
Km
Km
Kga
Qc
Kmc
ŽŒŠ™ž›Žȱ Ž–‹Ž›—Grayish-red and greenish-gray mudstone siltstone and
œŠ—œ˜—ŽǯȱşŖȱȬŗŘŖȱŽŽȱǻŘŝȱȮȱřŜǯśȱ–Ǽ thick
CORRELATION DIAGRAM
Kd
Kma

Kd
3919000
D
Qc
Kga
Qc
3921000
Kma
U
Qc
Qt
D
U
Jmr
Kmb
Km
Kmc
40
˜ Ž›ȱ™Š›ȱ˜ȱ˜’œ˜—ȱŠ—¢˜—ȱœŠ—œ˜—Ž—‘Ž›Žȱ‘’Œ”ȱ–žœ˜—Žȱ˜—žŽȱœ™•’œȱ˜ěȱ
˜’œ˜—ȱŠ—¢˜—ȱœŠ—œ˜—ŽǯȱŞŖȱȮȱŗŖŖȱŽŽȱǻŘŚȱȮȱřŖȱ–Ǽ thick.
Km
Km
af
Qt
Jmb
Kmb
Km
Kcdi
Qc

3925000
Jmwl
Qc
UD
U
D
Kg
Km
Kgb
Km
Qt
Qt
12
™™Ž›ȱ™Š›ȱ˜ȱ˜’œ˜—ȱŠ—¢˜—ȱœŠ—œ˜—Žȱ˜ȱŽŒ˜—˜–’ŒȱžœŠŽ—Separated from main
part (– •) by a thick mudstone tongue. Mudstone tongue is mapped as – žǯȱŖȱȮȱ
ŞŖȱŽŽȱǻŖȱȮȱŘŚȱ–Ǽȱthick.
Š”˜Šȱ Š—œ˜—Ž—Š•Žȱ ¢Ž••˜ ’œ‘Ȭ‹›˜ —ǰȱ ˜›Š—Žǰȱ Š—ȱ ‘’Žȱ ꗎȬȱ Š—ȱ
medium-grained sandstone. 60 ȮȱŗŖŖȱŽŽȱǻŗŞȱȮȱřŖȱ–Ǽȱthick
1
Qt
Kcdi
Kga
Kmc
Kgb
Kgb
Qc
3
Kga
Kd
Qc
Qc
Kga
Kgb
Qt

Km
Km
Kg
Qt
Kcdi
Jmwu
˜ Ž›ȱ™Š›ȱ˜ȱŠ—Œ˜œȱ‘Š•Ž—Gray shale, overlain by pale yellowish-brown to pale
¢Ž••˜ ’œ‘Ȭ›Š¢ȱꗎȬȱŠ—ȱ–Ž’ž–Ȭ›Š’—ŽȱœŠ—œ˜—ŽǯȱŗŗśǰȱşŖǰȱȱŠ—ȱŚŖȱȮȱŞŖȱŽŽȱǻřśǰȱŘŝǰȱ
and 12 ȮȱŘŚȱ–Ǽ thick, respectively.
Kma
Kmb
Kg
Kgb
Kcs
D U
Kma
Km
2
Qt
Qt
Kcdi
Kgb

Qc
Qc
Km
Kg
Qc
Km
D
U
Kcdi
A'
Km
2
Kd

Km


Kma
Km
D
U
Km
Kgb
Km
Qc
Kg
Qt
Km
Km
Km
Kgb
Qt
Kcdi
U
UD
Kmb
1
Qc
Kga
Kmb
Kgb
Kg
Kgb
Km
Kmb
D
U
Qt
Žœ ŠŽ›ȱŠ—¢˜—ȱŽ–‹Ž›—Š’—•¢ȱ•’‘ȱ›Š¢ǰȱ¢Ž••˜ ’œ‘ȬǰȱŠ—ȱ›Ž’œ‘Ȭ›Š¢ǰȱꗎȬȱ
and medium-grained sandstone. Minor light greenish-gray lenticular mudstone. 100
ȮȱŗŘŖȱŽŽȱǻřŖȱȮȱřŜǯśȱ–Ǽȱthick.
Š’—ȱ ‹˜¢ȱ ˜ȱ Š—Œ˜œȱ ‘Š•Ž—Dark gray, friable silty shale with minor, thin,
•’‘Ȭ‹›˜ —ȱœŠ—œ˜—ŽȱŠ—ȱ›Š¢ȱꜜ’•Žȱœ‘Š•ŽǯȱŒŒž›œȱ‹Ž•˜ ȱ and below ‹ and
Šȱ˜ȱŠ••ž™ȱŠ—œ˜—ŽǯȱŠ’—ȱ™˜›’˜—ȱŠ™™›˜¡’–ŠŽ•¢ȱŜŖŖȱŽŽȱǻŗŞŘȱ–Ǽȱ‘’Œ”Dzȱ™˜›’˜—ȱ
above ŠȱśŖȱȮȱŗŖŖȱŽŽȱǻŗśȱȮȱřŖȱ‘’Œ”Dzȱ™˜›’˜—ȱŠ‹˜ŸŽȱ‹ȱŘŖȱȮȱŞŖȱŽŽȱǻŜȱȮȱŘŚȱ–Ǽȱ‘’Œ”ǯ
Kmc
3927000
Kmb
U D
U
20
Qt
Qt
Km Qt
Qt
Kgb
6
D
Kgb
Km
Qc
Qc
Kga
Km
D
Km
Km
Qc
6
Kgb
Qc
Qc
Qc
Qt
Qt
9
Kgb
Jmw
›ŽȬž›Šœœ’Œ
ž••ŠĴ˜ȱ ˜—žŽȱ ˜ȱ Š—Œ˜œȱ ‘Š•Ž—Pale yellowish-brown sandy shale, dark gray
œ‘Š•Žǰȱ Š—ȱ –Šœœ’ŸŽȱ ™Š•Žȱ ¢Ž••˜ ’œ‘Ȭ‹›˜ —ȱ ꗎȬ›Š’—Žȱ œ’•¢ȱ œŠ—œ˜—Žǯȱ ŒŒž›œȱ
between ŒŠ and Œœ or, where Œœ is missing, between ŒŠ and Œ’ of Crevasse
Canyon Formation. 220 feet (67 m) thick.
Kg
Qc
Kgb
Qt
Qc
Qc
Qc
Qc
1
Kma
Kma
Kgb
Km
27'30"
Kmb
Qc
Kga
Qc
Km
Kcdi
Qt
Qc
Qc
Km
Kg
Km
Qc
Kgb
D
U



Km
Km
Km
Kg
Qt
Qt
D
›žœ‘¢ȱŠœ’—ȱŽ–‹Ž›—Mainly grayish-green mudstone with minor lenticular light gray
Š—ȱ¢Ž••˜ ’œ‘Ȭ›Š¢ȱꗎȬȱŠ—ȱ–Ž’ž–Ȭ›Š’—ŽȱœŠ—œ˜—ŽǯȱŜŖȱȮȱŗŗŖȱŽŽȱǻŗŞȱȮȱřřǯśȱ–Ǽȱthick.
Mancos Shale
Kmm
3928000
Qc
Km
Kg
Kga
Km
2
U
Kgb
Kcdi
3
Qt
1
Kgb
Km
Qt
Kcdi
˜ Ž›ȱ™Š›ȱ˜ȱŠ••ž™ȱŠ—œ˜—Ž—›Š¢ȱ˜œœ’•’Ž›˜žœȱꗎȬȱŠ—ȱŸŽ›¢ȱŒ˜Š›œŽȬ›Š’—Žȱ
œŠ—œ˜—ŽǯȱŘŖȱȮȱŞŖȱŽŽȱǻŜȱ˜ȱŘŚȱ–ǼǰȱŠ—ȱŖȱȮȱśŖȱŽŽȱǻŖȱȮȱ15 m) thick, respectively.
Kga
Qal
Kgb
Kgb

Qc
Qc
Š’—ȱ ‹˜¢ȱ ˜ȱ Š••ž™ȱ Š—œ˜—Ž—Š•Žȱ ›Ž’œ‘Ȭ‹›˜ —ȱ Š—ȱ •’‘ȱ ›Š¢ȱ ꗎȬȱ Š—ȱ
–Ž’ž–Ȭ›Š’—ŽȱœŠ—œ˜—ŽǯȱŖȱȮȱŗŘŖȱŽŽȱǻŖȱȮȱ36 m) thick.
Kgb
Qc
Kgb
Kcs
Gallup Sandstone
Kg
Km
Kcdi
Km
Kg
Km
Km
’•Œ˜ȱŒ˜Š•ȱ–Ž–‹Ž›——Ž›‹ŽŽȱœŠ—œ˜—Žǰȱœ’•œ˜—Žǰȱœ‘Š•ŽǰȱŠ—ȱŒ˜Š•ȱ‹ŽœǯȱŗŖŖȱȮȱŗśŖȱ
feet (30 Ȯȱ45 m) thick.
Kg
Kmm
Km
Qc
Km
Qc
Qt
Qt
™•Š—ȱŽ™˜œ’œȱŠ—ȱŒ˜••žŸ’ž–
D12
U
Kg
Qc
Qt
Qal
U
Km
Km
Kg
Kgb
›Š¢ȱœŠ—œ˜—Žȱ˜ȱ•˜ŒŠ•ȱžœŠŽ—›Š¢ȱꗎȬȱ–Ž’ž–ȬȱŠ—ȱŒ˜Š›œŽȬ›Š’—Žȱ˜œœ’•’Ž›˜žœȱ
œŠ—œ˜—ŽǰȱŠ—ȱŒ˜—•˜–Ž›ŠŽǯȱŚŖȱȮȱŗŘŖȱŽŽȱǻŗŘȱȮȱ36 m) thick.
Kcdi
3929000
Qc
Kg
Kg
Kcs

D

Qc
˜•’Š—ȱœŠ—ȱ’—ȱœ–Š••ȱž—ŽœȱŠ—ȱœ‘ŽŽœ
Jmb
Kcdi
1
Kcdi
Qd
Kcs
Kcdi

3929000

Qc
Kcdi
Kg
Km
1
••žŸ’Š•ȱŽ™˜œ’œǰȱž—’Ÿ’Ž
Qc
Kg
Qt
Qal
Š•˜—ȱŠ—œ˜—ŽȱŽ–‹Ž›—’‘ȱ›Š¢ȱ–Ž’ž–ȬȱŠ—ȱꗎȬ›Š’—ŽȱœŠ—œ˜—ŽǯȱŜŖȱȮȱ
150 feet (45 m) thick.
Kgb
Qt
Kgb
Kcda
Km
Kg
Kcdi
Km
D
Km
3926000
Kg
Kg

U
Kg
’‹œ˜—ȱ ˜Š•ȱ Ž–‹Ž›—Interbedded sandstone, siltstone, shale, and coal beds. 200
feet (60 m) thick.
Kg
Kg
Km
2
Morrison Formation
Crevasse Canyon Formation
Kcg
Š•žœȱŠ—ȱ•Š—œ•’Žȱ‹•˜Œ”œ
Qt
Kcdi
Qc
Qt
Qal
Qc
Kcs
Kcs
1
˜ž—œȱ˜ȱ›ŽŒ•Š’–Žȱ–’—ŽȱŠ’•’—œ
3930000
Qt
Kcdi
mt
Qc
Qc
Km
Qc
›’ęŒ’Š•ȱꕕȱŠ—ȱ˜›ȱ’œž›‹Žȱ•Š—
˜••Š™œŽȦ‹›ŽŒŒ’Šȱ™’™Žœ (Jurassic?)
cbp
˜’—ȱ˜˜”˜žȱŠ—œ˜—Ž—’‘ȱ›Š¢ȱŠ—ȱ›Ž’œ‘Ȭ‹›˜ —ȱ–Ž’ž–Ȭȱ˜ȱꗎȬ›Š’—Žȱ
Sandstone. Divisible into two parts where Satan Tongue of Mancos shale is present.
250 feet (76 m) thick.
Holocene and Pleistocene
3
Qc
Qt
Km
daf
Kg
U D
Kmm
Km Kcdi
Km
Km
9
Kcs
Kmm
3
Kcdi
Kg
Km
8
UD
Kg
3
Qc
Km

Km
Qc
Km
Kcdi
Qc
Kcs
Kmm
Qc
Kgb

Km
daf
Kcs
Qc
Qt
Qc
Km

Qc
Kcs
Kg
›’ęŒ’Š•ȱꕕȱ˜›ȱ›˜ŠœȱŠ—ȱŒŠĴ•ŽȱŠ—”œ
Qc

Qc
3931000
Kcs
3
Kcs
9
Qc
Kmm
Kg
Kgb
Km
D
U 7D
Qc
Qc
34
Kcdi
Qt
Qc
›ŽŠŒŽ˜žœȱ˜Œ”œ
Kp
af
Kcda
Qc
U
Qc
Kcs
Qc
Km
Km
Qc
Qc
Kg
Qc
Kmm
Kcdi
Km
D U
D U
Kmm
Kmm
Kmm
Kcda
ž›Šœœ’Œȱ˜Œ”œ
35°30'N
Kgb
Kgb

Kcs
2
Kgb
Kmm
2

Qt
Kg
Kmm
Kcdi
Km
Km
Qc
Qc
U
Qc
Qt
70
D

D
U
Qc
U
Km
Kcdi
Km
D
Anthropogenic Deposits

Qt
Kg
Km
Qc
ȱ
Kcs
Qc

Kg
Quaternary
Qc
Kmm
Kcg
Kmm

Kcdi
Kg
Qt
Kcg
3932000
Kcdi
Kg
Km
40
Kcda
Kcda
Kcda
Kcdi
Kp
1

Qc
D

Kcs
Km
D
Kg
Qc
Kcg
U
Kmm
Kcdi

U
Km

Kp

U
Kcs
2
UD
3


Kg
Kmm
Kcs
U
Kcdi
30
D
Qal

Kcg
Unit Descriptions
107°52'30"W
35°30'00"N
Kcda
Kcg
2
Kmm
D
14
44
Km
78
Kcdi
Kgb
Qc
2
Kcs
Kcdi
Qt
Kgb
Kcdi
Kcs
Kg
3
Qal
3927000
238000
237000
236000

Kcs
Kcdi
Km

3932000
3930000
55'00"
235000
234000
J
232000

Kgb
Km
3931000
57'30"
231000
230000
35°15'N
229000
108°00'00"W
35°30'00"N
ȱ™Ž—ȬꕎȱŽ˜•˜’ŒȱŠ™ȱŘŚŖ
Šœȱ˜’ꮍȱž—ŽȱŘŖŗř
5
35°22'30"N
107°52'30"W
ȱŗȯȱRegional view of USGS and StateMap mapping projects for the Mount Taylor area, northwest New Mexico. Goat Mountain quadrangle highlighted in red.
Base map from U.S. Geological Survey 1970, from photographs taken 1965, field checked in 1970, edited in 1993.
1927 North American datum, UTM projection -- zone 13N
1000-meter Universal Transverse Mercator grid, zone 13, shown in blue
Map Symbols
1:24,000
0.5
0
1 MILE
A
1000
BORREGO
PASS
0
PREWITT
3000
4000
5000
6000
7000 FEET
Geologic contact, solid where exposed, dashed where approximately located
AMBROSIA
LAKE
0.5
0
1 KILOMETER
NEW MEXICO
DOS
LOMAS
QUADRANGLE LOCATION
New Mexico Bureau of Geology and Mineral Resources
New Mexico Tech
801 Leroy Place
Socorro, New Mexico
87801-4796
[575] 835-5490
Strike and dip of bedding
NATIONAL GEODETIC VERTICAL DATUM OF 1929
Magnetic Declination
April 2011
09º 49' East
At Map Center
40
New Mexico Bureau of Geology and Mineral Resources
Open-file Geologic Map 240
Mapping of this quadrangle was funded by a matching-funds grant from the STATEMAP program
of the National Cooperative Geologic Mapping Act, administered by the U. S. Geological Survey,
and by the New Mexico Bureau of Geology and Mineral Resources, (L. Greer Price,
Director and State Geologist, Dr. J. Michael Timmons, Assoc. Director for Mapping Programs).
Geologic map of the Goat Mountain quadrangle,
McKinley County, New Mexico.
This and other STATEMAP quadrangles are available
for free download in both PDF and ArcGIS formats at:
http://geoinfo.nmt.edu
20
CONTOUR INTERVAL 20 FEET
A
GOAT
GOAT
MOUNTAIN
MOUNTAIN
BLUEWATER
2000
MESA DE
LOS TOROS
1
THOREAU NE
1000
Location of geologic cross section
June 2013
by
Geoffrey C. Rawling
New Mexico Bureau of Geology and Mineral Resources, 801 Leroy Place, Socorro, NM 87801
Strike and dip of fault plane
(
CASAMERO
LAKE
J A”
J
1
U
D
Šž•ǰȱœ˜•’ȱ ‘Ž›ŽȱŒŽ›Š’—ǰȱŠœ‘Žȱ ‘Ž›ŽȱŠ™™›˜¡’–ŠŽ•¢ȱ•˜ŒŠŽǰȱ˜ĴŽȱ ‘Ž›Žȱ
buried, queried where location or termination is uncertain. U and D indicate
sense of throw. Number indicates vertical displacement in feet.
O
COMMENTS TO MAP USERS
A geologic map displays information on the distribution, nature, orientation, and age relationships
of rock and deposits and the occurrence of structural features. Geologic and fault contacts are
irregular surfaces that form boundaries between different types or ages of units. Data depicted
on this geologic quadrangle map may be based on any of the following: reconnaissance field
geologic mapping, compilation of published and unpublished work, and photogeologic interpretation.
Locations of contacts are not surveyed, but are plotted by interpretation of the position of a given
contact onto a topographic base map; therefore, the accuracy of contact locations depends on the
scale of mapping and the interpretation of the geologist(s). Any enlargement of this map could cause
misunderstanding in the detail of mapping and may result in erroneous interpretations. Site-specific
conditions should be verified by detailed surface mapping or subsurface exploration. Topographic
and cultural changes associated with recent development may not be shown.
Cross sections are constructed based upon the interpretations of the author made from geologic
mapping, and available geophysical, and subsurface (drillhole) data. Cross-sections should be used as
an aid to understanding the general geologic framework of the map area, and not be the sole source
of information for use in locating or designing wells, buildings, roads, or other man-made structures.
The map has not been reviewed according to New Mexico Bureau of Geology and Mineral Resources
standards. The contents of the report and map should not be considered final and complete until
reviewed and published by the New Mexico Bureau of Geology and Mineral Resources. The views and
conclusions contained in this document are those of the authors and should not be interpreted as
necessarily representing the official policies, either expressed or implied, of the State of New Mexico, or
the U.S. Government.
9,000’
A'
A
8,000’
cpb Jb
7,000’
Jmb
Jmr Jmw
Jcs
Js
Js
Kd
Kga
Kd
Jmb
Kmb, Kma
Jmw
Kgb
Kcdi
Kg
Km
A''
Kcs
Kcs
Kg
Kga
Kmc
Jmr
Jb
Js
pJsu
5,000’
Km
Km
Kmb, Kma
Jmw
Kg
Kmm
Kcs
Kg
Kcdi
Km
Kgb
Kgb
Kd
Jmb
Kmc
Km
Kga
7,000’
Kmb, Kma
Jmr
pJsu
Kcs
Kcdi
Km
8,000’
Kmm
Kcs
Kmc
Jcs
6,000’
Kcs
Kcdi
9,000’
Jcs
Js
Jb
pJsu
6,000’
Jmw
Jmr
Jcs
Js
pJsu
Jb
5,000’
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