Document 10907289

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NMBGMR Open-file Geologic Map 213
Last Modified 2016
NEW MEXICO BUREAU OF GEOLOGY AND MINERAL RESOURCES A DIVISION OF NEW MEXICO INSTITUTE OF MINING AND TECHNOLOGY
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’—Œ˜—ȱ Š••Ž¢ȱ ˜›–Š’˜—ǰȱ œ’•œ˜—ŽȬ–žœ˜—Žȱ ŠŒ’ŽœȯŠ•ŽȬ›Žȱ Œ•Š¢œ˜—Žǰȱ –žœ˜—Žǰȱ Š—ȱ
œ’•œ˜—ŽDzȱ¢™œ’Ž›˜žœȱ˜ŸŽ›ȱ‹›˜ŠȱŠ›ŽŠœǯȱ›ŠŠȱ˜›–Žȱ˜—ȱŠ••žŸ’Š•ȱ̊œȱ˜›ȱ™•Š¢Šœȱ˜—ȱȃŽŠ›•¢ȱ›’Ȅȱ
‹Šœ’—ȱ̘˜›œǯȱ—’ȱ’—Ž›˜—žŽœȱ ’‘ȱ˜›ȱ›ŠŽœȱ’—˜ȱ›ŸŒǯȱȱ•ŽŠœȱŘǰŖŖŖȱǻŜŗŖ–Ǽȱ‘’Œ”ǯ
Š•Ž˜£˜’Œȱ›˜Œ”œǰȱž—’쎛Ž—’ŠŽȯ›˜œœȱœŽŒ’˜—œȱ˜—•¢ǯ
|
‹˜ȱ ˜›–Š’˜—ȯŽǰȱ Œ›˜œœȬ‹ŽŽȱ œŠ—œ˜—Žȱ Š—ȱ œ’•œ˜—Žǯȱ —•¢ȱ śŖȱ ǻŗś–Ǽȱ Ž¡™˜œŽȱ ’—ȱ
‘Š—’—ȱ Š••ȱ˜ȱ‘ŽȱŠ•–ȱŠž•ǯ
Pa
Š¢—Ž›ȱ Š—Œ‘ȱ ˜›–Š’˜—ȯŠ›”Ȭ›Š¢ȱ ˜ȱ Š—ȱ Œ˜—•˜–Ž›ŠŽǰȱ Œ˜—•˜–Ž›’’Œȱ œŠ—œ˜—Žǰȱ Š—ȱ
mudstone containing mostly boulder-to cobble-sized clasts of TuȱŠ—ȱŽ••ȱ˜™ȱŠœ‘Ȭ̘ ȱžěDzȱž—’ȱ
ž—Œ˜—˜›–Š‹•¢ȱ˜ŸŽ›•’Žœȱ‘ž›–Š—ȱ˜›–Š’˜—ȱ˜›ȱŸŠœȱŠœŠ•’Œȱ—Žœ’ŽǰȱŠ—ȱ’œȱ‹˜‘ȱŒ˜—˜›–Š‹•Žȱ
Š—ȱ ž—Œ˜—˜›–Š‹•¢ȱ ˜ŸŽ›•Š’—ȱ ’—ȱ ’쎛Ž—ȱ Š›ŽŠœȱ ‹¢ȱ ’—Œ˜—ȱ Š••Ž¢ȱ ˜›–Š’˜—ǯȱ ›ŠŠȱ ›Ž™›ŽœŽ—ȱ
ȃŽŠ›•¢ȱ›’ȄȱŠ••žŸ’Š•ȱŠ—œȱŽ›’ŸŽȱ›˜–ȱŠ—ŒŽœ›Š•ȱŠ‹Š••˜ȱž™•’ǰȱŠœȱ Ž••ȱŠœȱ™Š•Ž˜ŒŠ—¢˜—ȱꕕȱ‘Šȱ
ŠœȱŽ™˜œ’Žȱ˜—ȱ‘Žȱ‘Š—’—ȱ Š••ȱ’™ȱœ•˜™Žȱ˜ȱ‘Žȱ’—Œ˜—ȱ‹Šœ’—ǯȱȱ•ŽŠœȱŗǰŚŖŖȱǻŚŘŝ–Ǽȱ‘’Œ”ǯ
Ž——œ¢•ŸŠ—’Š—
ŠŠ•Ž—Šȱ›˜ž™ȯŠœŠ•ȱŽȱ
˜žœŽȱ˜›–Š’˜—ȱŒ˜—œ’œœȱ˜ȱ‹ŠœŠ•ȱ ‘’ŽȱŒ‘Ž›ȱ‹›ŽŒŒ’Šǰȱ›Š¢ȱ˜ȱ
›ŽŽ—ȱœ‘Š•Žǰȱ‘’—Ȭȱ˜ȱ–Ž’ž–Ȭ‹ŽŽȱ•’–Žœ˜—ŽǰȱŠ—ȱŠ—ȱœŠ—œ˜—Žȱ˜›ȱšžŠ›ĵ’Žǰȱ ‘’Œ‘ȱ›ŠŽœȱž™ȱ
’—˜ȱ –Ž’Š•ȱ Š”Š¢Žȱ ˜›–Š’˜—ǯȱ ‘’œȱ ž—’ȱ ’—Œ•žŽœȱ –Ž’ž–Ȭȱ ˜ȱ ‘’Œ”Ȭ‹ŽŽǰȱ ˜œœ’•’Ž›˜žœǰȱ
burrowed, gray cherty limestone and interbedded shale conformably overlain by Bar B
˜›–Š’˜—ǯȱ ‘’Œ”ȱ œ‘Š•Žȱ ž—’œȱ ’‘ȱ ’—Ž›‹ŽŽǰȱ ‹ž››˜ Žǰȱ ˜œœ’•’Ž›˜žœȱ •’–Žœ˜—Žȱ ‹Žœȱ Š—ȱ
•’–Žœ˜—Žȱ˜›ȱŒ‘Ž›ȱ™Ž‹‹•ŽȱŒ˜—•˜–Ž›ŠŽȱŒ˜–™›’œŽȱ‘ŽȱŠ›ȱǯȱ¡™˜œŽȱ˜—•¢ȱ’—ȱ‘Žȱ˜˜ Š••ȱ˜ȱ‘Žȱ
Š•–ȱŠž•ȱǻŽȱ
˜žœŽȱ˜ž—Š’—Ǽǯȱ™™›˜¡’–ŠŽ•¢ȱşŗŖȱǻŘŝŝ–Ǽȱ‘’Œ”ǯ
*
’œœ’œœ’™™’Š—
Š”ŽȱŠ••Ž¢ȱ˜›–Š’˜—ȯŠœŠ•ȱ—›ŽŒ’˜ȱŽ–‹Ž›ȱřǰȱǻŗ–Ǽȱ‘’Œ”ȱ’œȱ‘’—Ȭ‹ŽŽȱ•’–Žœ˜—ŽȱŠ—ȱ
’—Ž›‹ŽŽȱ œ‘Š•Žǰȱ ˜••˜ Žȱ ‹¢ȱ Œ•’ěȬ˜›–’—ǰȱ Œ‘Ž›¢ȱ •Š–˜˜›˜ȱ Ž–‹Ž›ȱ ŘŖȱ ǻŜ–Ǽȱ ‘’Œ”ǯȱ
—Œ˜—˜›–Š‹•¢ȱ˜ŸŽ›•Š’—ȱ‹¢ȱŽȱ
˜žœŽȱ˜›–Š’˜—ǯȱ˜Š•ȱ‘’Œ”—ŽœœȱŠ™™›˜¡’–ŠŽ•¢ȱŘřȱǻŝ–Ǽǯ
M
Ž••ȱ˜™ȱ˜›–Š’˜—ǰȱž—’쎛Ž—’ŠŽȯ›˜œœȱœŽŒ’˜—œȱ˜—•¢ǯ
ŽŸ˜—’Š—
Ž••ȱ˜™ȱ˜›–Š’˜—ǰȱŠœ‘Ȭ̘ ȱžěȱŝȯ’—ŽȬ›Š’—Žǰȱ›Š¢ȱŸ’›’ŒȱŠœ‘Ȭ̘ ȱžěDzȱŸŽ›¢ȱ’œŒ˜—’—ž˜žœȱ
Š—ȱ•˜ŒŠ•ȱ’—ȱ’œ›’‹ž’˜—Dzȱ—’ȱ’œȱřȬŗŖȱǻŗȬř–Ǽȱ‘’Œ”ǯ
Ž›Œ‘Šȱ ‘Š•Žȯ›ŽŽ—’œ‘Ȭ›Š¢ȱ ˜ȱ ‹•ŠŒ”ȱ –’ŒŠŒŽ˜žœȱ œ‘Š•Žȱ ’—ȱ ‘Žȱ •˜ Ž›ȱ ™Š›ȱ ›Š’—ȱ ’—ȱ ‘Žȱ
ž™™Ž›–˜œȱřŘȱȱǻŗŖȱ–Ǽȱ’—˜ȱ‹›˜ —ȱ–’ŒŠŒŽ˜žœȱœ’•œ˜—ŽǯȱŠ¡’–ž–ȱ‘’Œ”—Žœœȱ’œȱŘřŜȱǻŝؖǼȱ‹žȱ
ŸŠ›’ŽœȱŒ˜—œ’Ž›Š‹•¢ȱžŽȱ˜ȱ™›ŽȬŠŠ•Ž—ŠȱŽ›˜œ’˜—ǯ
Dp
Ž••ȱ ˜™ȱ ˜›–Š’˜—ǰȱ Œ˜—•˜–Ž›ŠŽȱ –Ž–‹Ž›ȯReddish-brown to tan conglomerate,
Œ˜—•˜–Ž›’’Œȱ œŠ—œ˜—Žǰȱ Š—ȱ œŠ—œ˜—Žȱ ’—Ž›‹ŽŽȱ ’‘ȱ ‘’Žȱ žěŠŒŽ˜žœȱ œŠ—œ˜—Žȱ Š—ȱ
™Š•ŽȬ›Žȱ–žœ˜—ŽDzȱŽ›’ŸŽȱ›˜–ȱ—ŽŽ•’—ȱž—ȱžěȱŠ—ȱŠ•–ȱŠ›”ȱ˜›–Š’˜—ǰȱŠœȱ Ž••ȱŠœȱ˜ŸŽȱ
Š—Œ‘ȱ˜›–Š’˜—DzȱŠœ‘Ȭ̘ ȱ‹Ŝȱ˜ŒŒž›œȱ—ŽŠ›ȱ‘Žȱ–’•Žȱ˜ȱ‘Žȱž—’ǯȱ‘’’—ȱŠ••žŸ’Š•ȱŠ—ǰȱ‹Šœ’—ȱ
̘˜›ǰȱ Š—ȱ ’œŠ•ȱ Ÿ˜•ŒŠ—’Œȱ ™’Ž–˜—Ȭœ•˜™Žȱ Ž—Ÿ’›˜—–Ž—œȱ Š›Žȱ ›Ž™›ŽœŽ—Žǯȱ™™›˜¡’–ŠŽ•¢ȱ ŚŘśȱ
ǻŗřŖ–Ǽȱ‘’Œ”ǯ
’•ž›’Š—
žœœŽ•–Š—ȱ ˜•˜–’ŽȯŠ—ȱ ˜ȱ ›Š¢ǰȱ Œ˜Š›œŽȬ›Š’—Žȱ ˜•˜–’Žǯȱ Ž—Ž›Š••¢ȱ œ’•’Œ’ꮍȱ Š—ȱ
–’—Ž›Š•’£Žȱ ’‘ȱ̞˜›’ŽȱŠ—ȱ‹Š›’Žȱ’—ȱ˜—•¢ȱŽ¡™˜œž›Žȱ’—ȱ˜˜ Š••ȱ˜ȱ‘ŽȱŠ•–ȱŠž•ǯȱȱ•ŽŠœȱśŖȱ
ǻŗś–Ǽȱ‘’Œ”ǯ
Sf

Ž••ȱ˜™ȱ˜›–Š’˜—ǰȱŠœ‘Ȭ̘ ȱžěȱŜȯ›Š¢’œ‘Ȭ˜›Š—ŽǰȱŒ›¢œŠ•ȱŠœ‘Ȭ̘ ȱžěDzȱ–˜Ž›ŠŽ•¢ȱ Ž•ŽDzȱ
interbedded with ‹Œǯȱ™™›˜¡’–ŠŽ•¢ȱřśȱǻŗŖ–Ǽȱ‘’Œ”ǯ
›ŽŒŠ–‹›’Š—
›ŽŒŠ–‹›’Š—ȱ›˜Œ”œǰȱž—’쎛Ž—’ŠŽȯ›˜œœȱœŽŒ’˜—œȱ˜—•¢ǯ
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A

5
7
Qvy
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3618000
3,000
Elev. (ft)
Qvof
Qvy
J
Trv
1250
?
?
Trv
Qvof
Qvof
Trv
Qcg
Qvy
Qvo
Qvy
Qvo
Qvy
Qvy
Qv y
B
Foothills fault
Black Hills
Fault
Salem Bench
5,000
Qvy
Qvy
QTcf
Qvof
Qvof
Rio Grande
Qvyf
Qvy
QTc
QTc
QTcu
QTc
Qvo
Qvo
QTc
Qvy
1,000
Tlr
?
Tt
2,000
Q vo f
Qvof
Qvof

3616000
Qv
Qvof
Trv
ou

Qvou
5

o
Qv
Qvy

Elev. (m)





South




298000 QTcu




J

4,000
QTcu
41
Tu
299000
Trvc

32°37'30"N
Ž—•¢ȱ’—Œ•’—Žȱǻ‹Ž ŽŽ—ȱŖǚȱŠ—ȱřŖǚǼȱ‹Ž’—ǰȱŠœȱŽŽ›–’—Žȱ›Ž–˜Ž•¢ȱ˜›ȱ
from aerial photographs—Showing approximate strike and direction of
dip
g
—Œ•’—ŽȱŽ—Ž›’Œȱǻ˜›’’—ȱ—˜ȱ”—˜ —ȱ˜›ȱ—˜ȱœ™ŽŒ’ꮍǼȱ˜•’Š’˜—ȯ‘˜ ’—
strike and dip
˜›’£˜—Š•ȱ‹Ž’—
Erosional remnant of La Mesa surface, the constructional top of the Camp
’ŒŽȱ̞Ÿ’Š•ȱŽ™˜œ’œȱǻQTcfǼǯ
J
A
A' Location of geologic cross section
Comments to Map Users
May 1995
by
William R. Seager
John W. Hawley
G. H. Mack
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.
Department of Geological Sciences, P.O. Box 30001, New Mexico State University, Las Cruces, NM, 88003
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.
Hatch
test well (projected)
Qvy
Basin
Rio Grande
Qvou
Qvy
Qvyf
Qvo
Qvy
Qvy
Qvo
Qvy
Qvy
Qcg
Qvy
Qvo
Black Hills fault
Black Hills
Qvyf
*
Tpp
Trvc
Tbt5
Tbc
Tu
?
Trvc
Trvc
?
T.D. 2000'
1,000
Sf
|
?
Trv
|
M
Dp
Tlr
?
Tpp
Tlr
?
500
|
?
Thr
Sea
Level
Sea
Level
Tu
Tbt
Tt
Tpp
-1,000
Qvy
Qvo
Qvo
Qvy
Tu
QTc
1,000
Correlation of Map Units
Palm Park
Tbt7 Tbc Tbt6 Qvo Tbt5
Qvo
Qvo
Thr
Tpp
Red House D'
Mtn.
Palm North
fault
1,500
Black Hills bench
Bend
in section
?
Pliocene Pleistocene Hol.
—Œ•’—Žȱ‹Ž’—ȯ‘˜ ’—ȱœ›’”ŽȱŠ—ȱ’™
79
Qvy
Rincon
Trvc
Tu
2,000
Miocene
p
—’Œ•’—Š•ȱ‘’—Žȯœ‘˜ ’—ȱ’›ŽŒ’˜—ȱ˜ȱ™•žŽǯȱ˜•’ȱ ‘Ž›ŽȱŠŒŒž›ŠŽǰȱ
Šœ‘Žȱ ‘Ž›ŽȱŠ™™›˜¡’–ŠŽ•¢ȱ”—˜ —ǰȱ˜ĴŽȱ ‘Ž›Žȱ‹ž›’Ž
New Mexico Bureau of Geology and Mineral Resources
Open-file Geologic Map 213
Geologic Map of the Hatch 7.5-Minute
Quadrangle, Doña Ana County, New Mexico
˜—ŠŒȯŠ™™›˜¡’–ŠŽȱž™œ•˜™Žȱ•’–’œȱ˜ȱ‘ŽȱŠ–™ȱ’ŒŽȱ̞Ÿ’Š•ȱŽ™˜œ’œȱ
(QTcd)
¢—Œ•’—Žȱ‘’—Žȯœ‘˜ ’—ȱ’›ŽŒ’˜—ȱ˜ȱ™•žŽǯȱ˜•’ȱ ‘Ž›ŽȱŠŒŒž›ŠŽǰȱŠœ‘Ž
‘Ž›ŽȱŠ™™›˜¡’–ŠŽ•¢ȱ”—˜ —ǰȱ˜ĴŽȱ ‘Ž›Žȱ‹ž›’Ž
16
Tu
107°7'30"W
z
10
Qvo
Tbt
=
Qva
Qvo Qvou
Qvof
Unconformity
-500
-2,000
Elev. (ft)
Elev. (m)
Geologic Cross Section E-E’
Qcg
QTcc QTcu
QTcf
E
F-F'
South
Hatch Uplift
Rodney fault
Bend
in section
Rincon
Bend
in section
Black Hills
fault
Basin
Black
Hills
Black
Hills
Red House
Mountain
bench
Palm
Park
QTcu
Angular unconformity
Trv
Trvc
QTcc
QTcc
Trvc
4,000
Local unconformity
Thr
Trvc
Tu
Hatch
test well (projected)
Trvc
Tu
Qvy
Qvy
Rio Grande
Tpp
Tu
Trv
1,000
?
Tpp
2000' T.D.
Tbt6
500
Tlr
?
1,000
|
Thr
Tu
?
Tbt
Sea
Level
?
Tt
?
?
-1,000
Sf
Tt
Tlr
Angular unconformity
|
?
Dp
Tlr
Tbt5
Sf
M
Tpp
Pa
?
Sea
Level
*
Tbc
1,500
Dp Qva *
Qvo
Tt
Tbt7
Tpp
Tbt5
Minor (?) unconformity
Qvo
Qvo
Qva
Tbt6
Qvo
Tbt7
Trvc
Tt
2,000
Qvo
Qvy
Qvyf
Trvc
3,000
Tbt7
Tbc
Tbt6
Tbc
Qvy
QTcf
Tbt
Tbt
Tu
Qvy
Qvy
E'
North
Palm
fault
5,000
Thr
Oligocene
CONTOUR INTERVAL 20 FEET
Qvo
3,000
Eocene
1 KILOMETER
(
Thr
300000
Normal fault—solid where exposed, dashed were approximately known,
˜ĴŽȱ ‘Ž›ŽȱŒ˜—ŒŽŠ•ŽǰȱšžŽ››’Žȱ ‘Ž›ŽȱšžŽœ’˜—Š‹•ŽǯȱŠ›Ȭ‹Š••ȱ˜—ȱ
downthrown side
24
Trvc
Trvc
Tbt
Miss. Penn. Perm. Paleoc.
7000 FEET
QTcc
Rodey fault
Tbt
?
=
?
-500
Elev. (m)
Pa
*
-2,000
Elev. (ft)
Unconformity
Dp
D-D'
West
E-E'
5,000
QTcf
QTcc
Unconformity
Sf
Geologic Cross Section F-F’
F
M
Unconformity
Dev.
0
6000
Qvo Qvy
Trvc
Sil.
5000
J
J
J
4000
Hatch Uplift
Qvy
3612000
Bend
in section
F-F'
5,000


3000
Geologic Cross Section D-D’
D
13


5
1,200
?


o







QTcu
Qv
























r(?
)
Ca n
yon
Th
o
Qv
Wa
t er




69
1,250
Trv




34
Trvc
3,900
Elev. (ft)
15
25
?
?
Tpp
3613000

15
Qvy
Qvyf
4,000

o

Qv


J
10
F’
u
http://geoinfo.nmt.edu
12
?
Trv
QTc
0.5
2000
[575] 835-5490
This and other STATEMAP quadrangles are available
for free download in both PDF and ArcGIS formats at:
Trv

New Mexico Bureau of Geology and Mineral Resources
New Mexico Tech
801 Leroy Place
Socorro, New Mexico
87801-4796
10
At least as
low as 4,160'
Qvou
Qvof
Qvo
?
?
?
?
Qvo
Rio Grande
Qvy
4,100
7
o
1000
1 MILE
Magnetic Declination
January 1995
10º 49' East
At Map Center
Quadrangle Location
E
12
12
45
13
Qv
NEW MEXICO
SIERRA
ALTA
15

SOUSE
SPRINGS
45

0
0
NATIONAL GEODETIC VERTICAL DATUM OF 1929
HOCKETT
12
25

0.5
1000
ALIVIO
RINCON
10
15

HATCH
HATCH

Geologic contact—solid where exposed or well-known, dashed where
approximately known
1:24,000
1
ARROYO
CUERVO
15
QTcf with QTcc tongues
Bend
in section
Qvy
Explanation of Map Symbols
1
MCLEOD
TANK
D
Trvc
107°10'0"W
107°12'30"W
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
GARFIELD
297000 QTcc
296000
25
15
5
35
Qvo
4,200
Qvo
70 22
1,300
QTcf

107°15'0"W
295000 Qcg
294000
293000
30
4,300

292000
QTcu
5
20
1,350
QTcc
QTcc



291000
14

290000
10
QTcc
J
289000
J

10

QTcf
Qvo
QTcc
Qvo
QTcf
10

3612000
T
HA
CH
5
Qvo
60

35
30
70 40
23
QTcu

45
Qvo
5
5
20
Trvc
Qvo

F
Qvy
Trvc
30
15
3614000
QTcf
QTcf
QTcf
Qvo

7

5
12
60
  
Qvo
67
Qvo
18
12

25 



66
Q


v
7
Trvc
 22 22 o  
22
T
o 17
80 Qvo
Qv
IF
12  

L

P
13 
Tu

U

5
57
30
12 Qvo

QTcu
 10
12
 20
8
 6  20
Qvo
15
11
10
12
 19 QTcu
 15
20

 13

QTcu
18
 26 Tu
 1522
Qvo

QTcf
5
10
17
Qcg
8
Trvc
15
18
Qvo
31
Tu
5
5
Qvo
QTcf
10
QTcc
17
Qvo
o
Qv
12

QTcc
Qvo
Trvc
5
Trvc

QTcf
3
Qvo
Trvc
Tu
Qvo
Qvo
15 7


Qvy
Trv
Qva
Qva
Tu
QTcc

QTcf
15

5
Trvc


5
Qvo
5


15
Qvo
QTcu
QTcf
Bend
in section
60
Qvo
7
3
Thr(?)
Trvc
3613000
32°37'30"N

Qvo
20
 12

Trv
Tu
Qcg
Qcg
Bend
in section
4,400
Trv

   

 
  


QTcc
Trvc
5
Trv
QTcf

7
Qvo
Fa
QTcc
Qvo
15
t
ul
Qvy
Trv

2
Trv
Qvo
Trv

Trvc
Bend
in section
4,500
Qvo
Trvc
65
y
de
Ro
75

Trv
4
3

Tu
10

Trv
Qvo
Trv
Qvy
8
Thr(?)
7

Qvo

Qvo
Tu
Qvo
Trv
3614000
lt
Fau

1,400
Tbt5
Trv

Qvo
Trv
72


15
5
QTcu
4,600

QTcf
12
Qvo
Qvo
Trv
10
Qvo
Qvo

5
Trvc
QTcf
Bend
in section
Southwest
Qvo


Qvo
QTcf
Qvo
8

Qvou
3615000
Northwest
Trvc
Qvo

Trv
3615000

Trv
C'
(C-C’ Vertical exaggeration = 10x)
C
Qvo
Qvo
Qvy
QTcf
Geologic Cross Section C-C’
5

Trv
Qvyf
Qvou
Sea
Level
Elev. (m)
?
Qvou
=
?
Qvof

Qvof
Qvy
Hatch test well
(approximately
located)
?
Sea
Level
Elev. (ft)
?)
QTcf
3616000
Tbc
lt (
Qvof

QTcf
Qvy
fau
Trv
1,000
32°40'0"N


Qvy
ills
Qvof
?



Fo
oth
Trv
500
Pz
Tu
Qvof

C
Tbc
Tbt5
Tpp
Thr
?
3,000
Qvof
B
1,500
Qvo
?
QTcf
3617000
32°40'0"N
Northwest
Tbt6 Qvo Tbt5
Trvc
Trv
B'
Palm
Park
Tu
?
?
Trv
Trv
3617000
Qvo
Qvy
4,000
Qvof
1000
Elev. (m)
Bend in section
Southwest
Trv
Trvc
Trvc
Geologic Cross Section B-B’
Qvof
Trv
Trv
1500
QTcu
Qvy
QTcf
10
7
Qvyf
4,000
Qv
of
Trv
Rio Grande
QTcf

Trv
Trv
Northwest
Foothills fault
5,000
3


Qvof
A'
Southwest
5
Qvof
Geologic Cross Section A-A’
3619000
7
Qvo

Ž›–’Š—
10






Tr
v


H



Tc
c



Q
LS

QT
cc
IL
Qv y
H

QT
cc


o


Qv
K
vo

R


 

Trv
Qvy
Qvy
˜ŸŽȱ Š—Œ‘ȱ ˜›–Š’˜—ȯRed and grayish-red conglomerate and conglomeratic sandstone
Œ˜—Š’—’—ȱŠ‹ž—Š—ȱ‹˜ž•Ž›ȬȱŠ—ȱŒ˜‹‹•ŽȬœ’£ŽȱŒ•Šœœȱ˜ȱŠ•Ž˜£˜’Œȱ•’–Žœ˜—ŽȱŠ—ȱ›ŽŒŠ–‹›’Š—ȱ
›Š—’ŽDzȱ˜—•¢ȱŘŖȱǻŜ–Ǽȱ˜ȱ˜›–Š’˜—ȱ’œȱŽ¡™˜œŽȱ’—ȱ‘Š—’—ȱ Š••ȱ˜ȱŠ•–ȱŠž•ǯ
Tlr
5
Trv

A


5
Qvou
Qvy
Trv
3618000


k
Qvyf
Tbt6
10
4
Qvou
y
10
8
Qvou
Qvou
Qvy
Qv
5
Qvo
Qvou
Tbc
24
fa
ul
t
9
Qvo
Qvou
Tbt7
Š–™ȱ’ŒŽȱ˜›–Š’˜—ǰȱŒȱŠ—ȱŒŒȱž—’쎛Ž—’ŠŽȯřŖŖȱǻşŗ–Ǽȱ˜›ȱ–˜›Žȱ‘’Œ”ǯ
QTcu
Tt
’—Œ˜—ȱ Š••Ž¢ȱ ˜›–Š’˜—ǰȱ Œ˜—•˜–Ž›ŠŽȱ ŠŒ’ŽœȯReddish-brown to tan conglomerate,
conglomeritic sandstone, and mudstone; boulder- to cobble-sized clasts are predominantly
Š•Ž˜£˜’Œȱ •’–Žœ˜—Žǰȱ œŠ—œ˜—Žǰȱ Š—ȱ œ’•œ˜—Žȱ Š“ŠŒŽ—ȱ ˜ȱ ‘Žȱ Š‹Š••˜ȱ ˜ž—Š’—œȱ Š—ȱ Ž›’Š›¢ȱ
Ÿ˜•ŒŠ—’Œȱ›˜Œ”œȱŠ“ŠŒŽ—ȱ˜ȱ‘Žȱ’Ž››ŠȱŽȱ•ŠœȱŸŠœǯȱ›ŠŠȱ›Ž™›ŽœŽ—ȱȃŽŠ›•¢ȱ›’ȄȱŠ••žŸ’Š•ȱŠ—ȱŽ™˜œ’œȱ
Ž›’ŸŽȱ›˜–ȱŠ—ŒŽœ›Š•ȱŠ‹Š••˜ȱ˜ž—Š’—œȱŠœȱ Ž••ȱŠœȱ›˜–ȱž™•’œȱŽŠœȱ˜ȱ‘Žȱ’Ž››ŠȱŽȱ•ŠœȱŸŠœǯȱ
—’ȱ’—Ž›˜—žŽœȱ ’‘ȱ™•Š¢ŠȱŠ—ȱŠ••žŸ’Š•Ȭ̊ȱœŽ’–Ž—œǰȱTrvǯȱȱ•ŽŠœȱŘǰŖŖŖȱǻŜŗŖ–Ǽȱ‘’Œ”ǯ

o
Qvo
Qvou
t
ul
fa
A
K
AC


Trv
32°42'30"N

Tbt
3620000
Trvc
3
3619000




Qvof
Qvo
BENCH


3

P
Q



BL
Qvof

12

QTcf
8
8
3
Trvc
Qv
c
Bla
Qvo
Qvo  
Trv

8

Qvo
3
Qvo

10
10
Trv
3


Qvo
7
 Qvo
Qvo
Qvo
QTcf





4
3621000

Trv
8
Trv
Qvo
23
Tt
8
QTcc
Tt
Š•–ȱŠ›”ȱ˜›–Š’˜—ȯž›™•Žǰȱ›Š¢ǰȱ›ŽǰȱŠ—ȱ›ŽŽ—ȱœŠ—œ˜—Žǰȱ–žœ˜—ŽǰȱŠ—ȱ•Š‘›’Œȱ‹›ŽŒŒ’ŠDzȱ
ž™™Ž›ȱƝȱ˜ȱ‘Žȱ˜›–Š’˜—ȱ’œȱŽ¡™˜œŽȱ’—ȱŠ•–ȱŠ›”ȱ’—ȱ‘Š—’—ȱ Š••ȱ˜ȱŠ•–ȱŠž•ǯȱȱ•ŽŠœȱŗǰśŖŖȱ
ǻŚśŝ–Ǽȱ‘’Œ”ǯ
Tpp
ŸŠœȱŠœŠ•’Œȱ—Žœ’Žȯ›Š¢ȱ˜ȱ‹•ŠŒ”ȱŸŽœ’Œž•Š›ȱ‹ŠœŠ•’ŒȱŠ—Žœ’Žȱ̘ œȱŒ˜—Š’—’—ȱŠȱ•ŽŠœȱ ˜ȱ
˜—žŽœȱ ˜ȱ ‘ž›–Š—ȱ œŠ—œ˜—Žǯȱ ˜—˜›–Š‹•¢ȱ ˜ŸŽ›•Š’—ȱ ‹¢ȱ ‘ž›–Š—ȱ ˜›–Š’˜—ȱ ’—ȱ ˜˜ Š••ȱ ˜ȱ
Žœȱ’—Œ˜—ȱ
’••œȱŠž•ȱ‹žȱž—Œ˜—˜›–Š‹•¢ȱ˜ŸŽ›•Š’—ȱ‹¢ȱ
Š¢—Ž›ȱŠ—Œ‘ȱ˜›–Š’˜—ȱ’—ȱ‘Žȱ
ŠŒ‘ȱ
ž™•’ǯȱ™™›˜¡’–ŠŽ•¢ȱŚŖŖȱǻŗŘؖǼȱ‘’Œ”ǯ
Tu
Š–™ȱ ’ŒŽȱ ˜›–Š’˜—ǰȱ ™’Ž–˜—Ȭœ•˜™Žȱ Š—•˜–Ž›ŠŽȯWell- to moderately-cemented, tan to
reddish-brown, boulder to cobble-pebble conglomerate and conglomeritic sandstone; derived
›˜–ȱŽȱ
˜žœŽȱ˜ž—Š’—ȱŠ—ȱ’Ž››ŠȱŽȱ•ŠœȱŸŠœDzȱ’—Ž›˜—žŽœȱ ’‘ȱŒ downslope and is
gradational upward into Œȱž™œ•˜™ŽDzȱž—Œ˜—˜›–Š‹•Žȱ ’‘ȱž—Ž›•¢’—ȱ˜›–Š’˜—œǯȱȱ•ŽŠœȱŗśŖȱ
ǻŚŞ–Ǽȱ‘’Œ”ǯ
23
Qcg
Qvo
Qvo

Trv
QTcf
Qvo


Qvo
Š–™ȱ’ŒŽȱ˜›–Š’˜—ǰȱ̞Ÿ’Š•ȱŠ—ȱŠœœ˜Œ’ŠŽȱŠŒ’Žœȯ’‘Ȭ›Š¢ǰȱ¢Ž••˜ ǰȱŠ—ȱ™’—”ȱ˜ȱŠ—ȱœŠ—ǰȱ
œŠ—œ˜—Žǰȱ ›ŠŸŽ•ǰȱ Œ˜—•˜–Ž›ŠŽǰȱ Œ˜—•˜–Ž›’’Œȱ œŠ—œ˜—Žȱ Š—ȱ –žœ˜—Žȱ ›Ž™›ŽœŽ—’—ȱ ̞Ÿ’Š•ȱ
Œ‘Š——Ž•ȱŠ—ȱ˜ŸŽ›‹Š—”ȱŽ™˜œ’œȱ˜ȱ‘ŽȱŠ—ŒŽœ›Š•ȱ’˜ȱ›Š—ŽǰȱŠœȱ Ž••ȱŠœȱŠ“ŠŒŽ—ȱŠ••žŸ’Š•ȱ̊ȱŠ—ȱ
Ž˜•’Š—ȱŽ—Ÿ’›˜—–Ž—œǯȱ˜—žŽœȱ˜ȱ™’Ž–˜—Ȭœ•˜™ŽȱŒ˜—•˜–Ž›ŠŽȱŠ›Žȱ’—Ž›‹ŽŽȱ•˜ŒŠ••¢ȱ ’‘ȱ‘Žȱ
ž—’ǯȱœȱ–žŒ‘ȱŠœȱřŖŖȱǻşŗ–Ǽȱ‘’Œ”ǯ
QTcf
Tu
Tt
Trv
Š–™ȱ’ŒŽȱ˜›–Š’˜—ǰȱž—’쎛Ž—’ŠŽȯ›˜œœȱœŽŒ’˜—œȱ˜—•¢ǯ
QTc
3622000
Tu
23
Qvo
QTcc
QTcf
Qvof
LS

Trv
10
Ž••ȱ˜™ȱ˜›–Š’˜—ǰȱŠœ‘Ȭ̘ ȱžěȱśȯ’‘Ȭ›Š¢ǰȱ–˜Ž›ŠŽ•¢Ȭ Ž•ŽǰȱŒ›¢œŠ•Ȭ›’Œ‘ȱŠœ‘Ȭ̘ ȱžěȱ
Œ˜—Š’—’—ȱ Œ˜—œ™’Œž˜žœȱ ‘’Žȱ ™ž–’ŒŽȱ •ž–™œȱ Š—ȱ ’™¢›Š–’Š•ȱ šžŠ›ĵǯȱ ™™›˜¡’–ŠŽ•¢ȱ śśȱ
ǻŗŝ–Ǽȱ‘’Œ”ǯ
Tbt5
‘ž›–Š—ȱ ˜›–Š’˜—ȯ‘’Žȱ ˜ȱ •’‘ȬŠ—ȱ ˜ȱ •’‘Ȭ›Š¢ǰȱ ™Š›Š••Ž•Ȭ‹ŽŽǰȱ žěŠŒŽ˜žœȱ œŠ—œ˜—Žȱ
and interbedded, pale-red to pale-tan mudstone; interpreted to be distal parts of alluvial aprons
Š“ŠŒŽ—ȱ˜ȱ›‘¢˜•’’ŒȱŸ˜•ŒŠ—’ŒȱŒŽ—Ž›Dzȱž—’ȱ’—Ž›˜—žŽœȱ˜ — Š›ȱ ’‘ȱŸŠœȱŠœŠ•’Œȱ—Žœ’Žǯȱ
œȱ–žŒ‘ȱŠœȱŗǰřŖŖȱǻřşŜ–Ǽȱ‘’Œ”ǯ
Tt
Tbc
Tt
18
Thr
Š–™ȱ ’ŒŽȱ ˜›–Š’˜—ǰȱ ž™™Ž›ȱ ™’Ž–˜—Ȭœ•˜™Žȱ ŠŒ’ŽœȯBoulder to pebble conglomerate and
›ŠŸŽ•ȱ ’‘ȱœŠŽȱȱ™Ž˜Ž—’ŒȱŒŠ›‹˜—ŠŽȱŠœȱ–žŒ‘ȱŠœȱřȱǻŗ–Ǽȱ‘’Œ”ȱŠȱ‘Žȱ˜™ǯȱ—’ȱ’œȱǃȱŜśȱǻŘŖ–Ǽȱ
˜›ȱ–˜›Žȱ‘’Œ”ȱ—ŽŠ›ȱ–˜ž—Š’—ȱ›˜—œǰȱ‘’——’—ȱ‹Šœ’— Š›ǯ
Tbt6
Tu
vy
QTcf
Qvo
3620000
IL

4
Trv
Tbt6
Qcg
Tbc
Tt

QTcf
QTcc
Qvo
Qvof

LM
H

Qvo
6
Tbt7
Trv
—’쎛Ž—’ŠŽȱŸ˜ȱŠ—ȱŸ¢
Qva
Tt
Qvo
QTcc
Qvy

Q
Trv
QTcc
Tpp
PA

Q vo 
Trv
5
3623000
Qva
Tbt7
Qvo
QTcf
QTcc

Qvo
QTcf
Tt
Trvc
—Ž›˜—ž’—ȱŸ˜ȱŠ—ȱŸ˜
Qvou
Tbt5
11
7

Tt
2
Qvo
Qvof


QTcf
QTcc
Trv
Tbc
Tbc

QTcc
Qvo
Qvo

Qvo



Qvo
Qvof


Qcg
vo
Tbc
24
Trv
QTcc
Trv
Qvo
Qvof

5
Trv
Qvo
Qvy



QTcc

Tt
2

32°42'30"N


Q


Lower Santa Fe Group, Rincon Valley Formation, Hayner Ranch Formation, Thurman Formation
(description of individual units listed below)
Tpp
Qvo
Qvo
3621000



Trv
cf
QT
Tbt6
Tu


Qvo
QTcc
Tbt5
Tbt5
Tbt6
25
QTcf
Tpp
9
Tt

˜ž—Ž›ǰȱ ŸŠ••Ž¢Ȭꕕȱ Š••žŸ’ž–ȯArroyo, fan, and terrace deposits (from boulder gravel to
silt-clay), associated with surfaces graded to or within a few feet of the modern Rio Grande
̘˜™•Š’—ǯȱœȱ–žŒ‘ȱŠœȱŚŖȱǻŗؖǼȱ‘’Œ”ǯ
•Ž›ȱŸŠ••Ž¢Ȭꕕǰȱ̞Ÿ’Š•ȱŠŒ’Žœȯ’ŸŽ›ȱŒ‘Š——Ž•ȱŠ—ȱ̘˜™•Š’—ȱŽ™˜œ’œȱǻœŠ—ȱ˜ȱŒ˜‹‹•Žȱ›ŠŸŽ•ȱ
’‘ȱ•ŽœœŽ›ȱœ’•ȬŒ•Š¢ǼǰȱŠœȱ–žŒ‘ȱŠœȱŗŞŖȱǻśś–ǼȱŠ‹˜ŸŽȱ‘Žȱ–˜Ž›—ȱ›’ŸŽ›ȱ̘˜™•Š’—Dzȱž—’ȱ’—Ž›ę—Ž›œȱ
with QvoȱŽ™˜œ’œDzȱŠœȱ–žŒ‘ȱŠœȱśŖȱǻŗś–Ǽȱ‘’Œ”ǯ
Qvof
Tpp
Tbt7
QTcf 25
Qvo
Qvo
Qvou

Trv
Tpp
Tu
Qvo
Qcg
Trv
3624000
Qvy
Tu



Qvyf
QTcc
QTcf
QTcf
Qvo
Tu
Tt
QTcc
Trv
Qvo

Q
Qvof
Qvof
f
vo
Qvo
QTcf
v
Tr
QTcc
Tu
Ž›’Š›¢
•Ž›ȱ ŸŠ••Ž¢Ȭꕕȱ Š••žŸ’ž–ȯArroyo, fan, terrace deposits, and erosion-surface veneers (from
boulder gravel to silt-clay), associated with graded surfaces formed during at least three major
Ž™’œ˜Žœȱ ˜ȱ ŸŠ••Ž¢ȱ Ž—›Ž—Œ‘–Ž—ȱ Š—ȱ ™Š›’Š•ȱ ‹ŠŒ”Ȭꕕ’—ǯȱ Ž˜Ž—’Œȱ ŒŠ›‹˜—ŠŽȱ ŒŽ–Ž—œȱ ‘Žȱ
ž™™Ž›–˜œȱ™Š›ȱ˜ȱ‘ŽȱŽ™˜œ’œǰȱŽœ™ŽŒ’Š••¢ȱ‘Žȱ˜•Ž›ȱǻ‘’‘Ž›Ǽȱ˜—Žœǯȱœȱ–žŒ‘ȱŠœȱŜŜȱǻŘŖ–Ǽȱ‘’Œ”ǯ
Qvo
Tbc Tbc
10
15
Tbt7
es
QTcf
o
Qv
QTcc

Qvo
Qvo

57

QTcf
Qvo
ci
Qcg
f
Tc
Q
Qvo
fa
QTcf
v
Tr
Trv
l
Tbc
Tbc Tbt6
Qvo
Tbt5
Qvo

5
3622000
Tbt5

Quaternary
˜ž—Ž›ȱŸŠ••Ž¢Ȭꕕǰȱ̞Ÿ’Š•ȱŠŒ’Žœȯ’˜ȱ›Š—Žȱ̘˜™•Š’—ȱŠ—ȱŒ‘Š——Ž•ȱŽ™˜œ’œȱǻ–˜œ•¢ȱ›ŠŸŽ•ǰȱ
œŠ—ǰȱŠ—ȱŒ•Š¢ǼDzȱŠœȱ–žŒ‘ȱŠœȱŝŖȱǻŘŗ–Ǽȱ‘’Œ”ǯ
Qvyf
Tpp
Tbt5
Tpp

Qvo
Qvy
QTcc
4

via
Qvo
 Qvo
Tpp
14
Tu
Qvo
QTcf
6
Qvo
Qvo
flu
Tlr
Tpp
fault
QTcf
K
C'
o
Trvc
Rice

C
Hil ls
p
Qvy

o
o
QTcc
QTcf
QTcu

Qv
Qvof
ck
Bla
Qv
Qvo
Trvc
o
Qvo
m
Qvo
QTcf

vo
Trv
Qvo
QTcf
5
Qv
A
Qvy
3625000
Tpp
Qvo
15
QTcf
QTcf
Trv
Trvc
Tpp
Dp
M
42
Pa
Qvo



















15
QTcf








Qvo
Qvo
t5
Q
Qvo
Tb
Qvo
Qvo
QTcc
Qcg

QTcf
QTcf
Trvc
Qvo
Trvc
Trv
f
Tc
Q
Trv
Qvo

Trv
 



Qv
10
Trvc
Q cg
5
6
Qvof
Qvof

 
 

  
  






o Qcg
20
15

32°45'0"N
Sf
* 12
Tpp
L
Tpp
Trvc
 
p
A p5
 
Trvc
5



Trvc
QTcf



im
x
ro
Qv

Tu
Trvc
17 Qvy
cf
QT
B

Qva
Pal
m
E'
*
7
Tpp

Qvo

Qvo
Ca
Qvo
QTcu
Q vo
6



17
Sf
35
41
Tpp
ŽœŒ›’™’˜—ȱ˜ȱŠ™ȱ—’œ
107°7'30"W
D'
Pa
Qvo
QTcu


 

 


17
of

sl
p
Tbt6
30
it
10
16
15 15
QTcf
 13 5

Trv
Trvc
u
e
op
m
Qvo



S
Qvo
10
M
li
17




 


 




 
Qvof
3623000
Qvo
E
AL
Tu
28
QTcu

 20
Qvof

300000
20
CH
N
BE
30
27

Qvof
QTcc
Trvc



Trv

Qvo

12

QTcf
Tr vc
QTcu


Qcg
QTcf
Qvof


Qcg
QTcc
Qvy
Thr
24
v
Tr


Qvo

14

Qvo
QTcf
QTcc
12

Q vo



QTcc

12
15

 15 QTcc 12

 16
 16 Qvo  11



Qvo


y
Qvo
75
vo
Trvc
Qvo

Qvo
Qvo


15



3624000



QTcf
15
QTcu

Trvc
15

Qvo
Qv
Q
B'
75
Thr
10


f

QTcf
QTcf
10


QTc
Qvo
10
15
Qcg
Qvo
QTcc
16

QTcf

Qvo

Qvof
12
10
Qvo


17
10

Tc
c
Qvo
Qvo
QTcf
Q
Thr
Thr
Qvo




3625000
Qvo


QTcf

6
QTcf

Thr
15
299000
298000
297000 Thr Qvo

QTcf
QTcc


Qvo

Qvo
Qvo
5

QTcf

 

QTcf
 15

Qvo
12
Trvc


QTcc
5
107°10'0"W
A'
296000


Qvo
QTcc
QTcf
Qvy
295000 Trvc
294000

Qvo
Qvo
QTcf
293000
f 
QTc
Qvy
QTcc
292000


291000


32°45'0"N
107°12'30"W
290000
QTcf

QTcc




107°15'0"W
4,000
Trvc
QTcu
Qvy
Qvy
Hatch Uplift
Tu
Tbt
Qvo
Qvo
QTc
Trv
1,500
Trv
Trvc
?
Tu
Tbt
Tpp
East
Rodey graben
Tu
Tbt
3,000
Rodney
fault
Trvc Qvy Trvc
Trvc
Trvc
F'
Trvc
?
Tu
?
1,000
Tu
Tpp
Tbt
2,000
Tpp
500
1,000
Elev. (ft)
Elev. (m)
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