NMBMMR Open File Map Series
OF–GM–2 and OF–GM–16
Map last modified 17 February 2000
PLATE I of III.
NEW MEXICO BUREAU OF MINES AND MINERAL RESOURCES
RIO
PUERCO
DALIES
LOS
LUNAS
BELEN
OF-DM–8
LOS
LUNAS
SE
BOSQUE
PEAK
TAJIQUE
PEÑASCO
TRES
RITOS
TRUCHAS
SIERRA
MOSCA
AGUA
FRIA
MONTOSO
PEAK
RI
EG
JICARITA
PEAK
EL VALLE
36°00'
TRUCHAS
PEAK
ASPEN
BASIN
OF-DM–7
TETILLA
PEAK TURQUOISE SETON
HILL
VILLAGE
OF-DM–23
25
PICTURE
ROCK
MADRID
OF-DM–40
GALISTEO
OF-DM–49
OF-DM–30
CAPILLA
PEAK
TOME NE
TORREON
(L
O
106°37'30"
35°22'30"
LOWER
COLONIAS
PECOS
BULL
CANYON
COMANCHE
RANCH
TURN
BELEN
SW
TOME SE
LAGUNA
ORTIZ
35°15'
105° 30'
35°00'
ABEYTAS
LADRON
SAN
ACACIA
BECKER
SW
35°15'
106°37'30"
WILLARD
34°30'
106°00'
109°
107°
CERRO RAYO HILLS
MONTOSO
34°
22'
30"
LEMITAR
MESA
DEL
YESO
SIERRA
DE LA
CRUZ
LOMA
DE LAS
CANAS
BUSTOS
WELL
OF-DM–38
WATER
CANYON
SOCORRO
OF-DM–34
107°00'
103°
Taos
Grants
35°
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58
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tez u
26
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18
ma
26
fault
24
44
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Ma
45
20
15
48
50
35
21
60
80
27
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12
46
37
10
20
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18
15
6
• •
10
65
70
•
••
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Pa
20
88
12
17'30"
76
fau
lt
14
76
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39
21
80
tas
45
21
7
85
37
10
14
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75
25
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80
8
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85
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65 65
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20
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15
5
30
17
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30
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65
15
15
18
11
T. 12 N.
39
10
18
21
8
fa
Qay
10
ul
t
18
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12
10
5
35
Tsla?
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9
20
13
12
14
6
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2
27
14
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˛m
˛s 15
43
15
˛m
80
72
51
27
16
16
Xa
50
430 000 FEET
56
72
66
R. 4 E. 367
3
Ma
27'30" R. 5 E.
Tsla?
20
13
22
Ys
10
68
3
B'
˛s
Ys
(SANDIA CREST)
70
3
0
˛m
27
9
Ma QHa
25'
Tsla?
73
26
3
SAN ANTONITO 14 MI
INTERSTATE 40 20 MI
3
35°15'
106°22'30"
74000m E.
1000
2000
3000
4000
5000
6000
0.5
0
Base from U.S. Geological Survey 1954
Polyconic projection, 1927 North American datum, 10,000-foot grid based on New
Mexico coordinate system, cental zone
1000-meter Universal Transverse Mercator grid ticks, zone 13, shown in blue
MN
1 MILE
GN
7000 FEET
13.5°
0° 50'
NEW MEXICO
1 KILOMETER
LOCATION OF QUADRANGLES
02000m N.
15
67
25
6
45
25
Tsla?
Qca
39
9
15
Ys
Tsla?
10
˛m
56
Ys
11
70
20
5
Tsla? 3903
Pa
19
QHa
15
Ma
2
2
20
Qca
04
20
8
72
89
05
16
7
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Yp
06
16
65
30
10
Qay
10
57
80
07
80
sH
t La
39
6
17
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Qay
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Ma
81
47
08
48
27
19
61
39
A'
35
38
80
16
Qpo2
Pa
˛m
˛m
76
56
27
60
50
Ys
81
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68
42
38
Pyl
65 45
88
85
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72
20
18
21
7
10 Xr
2
Qca
Qay
DIAMOND TAIL
RANCH 4.4 MI
22
Pa10
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Pa
41
84
24
09
Pa
11
8
19
39
(HAGAN)
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ll
ll
ll
ll
ll
Qpo
8
Xss
24
240 MILS
Geologic mapping: S. D. Connell (Quaternary), S. M. Cather (Cenozoic), Bradley Ilg
(S.E. section of quadrangle), C. Andronicus, A. S. Read, and K. E. Karlstrom (Proterozoic),
B. Menne and M. Picha (M.S. Theses -- Phanerozoic)
15 MILS
D. J. McCraw, M. M. Mansell, and Glen E. Jones: digital cartographic production
UTM GRID AND 1954 MAGNETIC NORTH
DECLINATION AT CENTER OF SHEET
NATIONAL GEODETIC VERTICAL DATUM OF 1929
106° 37' 30"
35° 22' 30"
106°22' 30"
35° 22' 30"
Canjilon
Hill
Karlstrom, Read, Ilg, Bauer,
Johnson, Andronicus
(Proterozoic-Phanerozic)
[1:12,000]
Bernalillo Quadrangle –
NMBMMR OF-DM-16
(Connell, 1998)
106°30'
Placitas Quadrangle –
NMBMMR OF-DM-2
(Connell, et al., 1995)
35°15'
106°22'30"
COMMENTS TO MAP USERS
A geologic map graphically displays information on the distribution, nature, orientation and age relationships of
rock and surficial units and the occurrence of structural features. These data are derived from geologic field mapping,
compilation of published and unpublished work, analyses of borehole geophysics and well-cuttings, and photogeologic
interpretation. Locations of geologic unit contacts are not surveyed; therefore, the accuracy of contact locations
depends on the scale of mapping and the interpretation of the geologist(s). Portions of the study area were mapped
at scales larger than depicted on the geologic map; therefore, the user should be aware of significant variations in
map detail. 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.
This map has not been reviewed according to New Mexico Bureau of Mines and Mineral Resources standards.
Revision of the map is likely because of the on-going nature of work in the region (Please note the date of last
modification in the upper right of Plate I). The contents of this map and associated report should not be considered
final and complete until reviewed and published by the New Mexico Bureau of Mines 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 or expressed or implied, of the State of New Mexico or the U.S. Government.
Tentative correlations of alluvial units in the study area, based upon stratigraphic relations,
landscape-topographic position, degree of soil development and physical correlation of units.
44
This Study
Connell (1996)
Lambert (1968)
QHa, QHao
Q9
Qya
Qrp, Qrp1-2, Qrpr
Qfp9
Qfa
Qay
Q8
Qya
Qay2
Q7
Qya
Qrm
Qoa2
Qm
Qre
Qoa1
Qe
Qpm
Q6
Qop
Qpo
Q5, Q4, Q3
Qop
QTob, QTsp
Q2, QT1
Qu(?)s, Tm
25
85
Las
Bernalillo
o
Huer
tas
Creek
165
Placitas
O
RI
SANTA FE
Albuquerque
106°30'
SAN
LORENZO
SPRING
105°
37°
SCHOLLE
LA JOYA
SILVER
CREEK
BLACK
BUTTE
Qpo2
Qay
26
Yp
BERNALILLO CONTOUR INTERVAL 10 FEET
PLACITAS CONTOUR INTERVAL 20 FEET
UTM GRID AND 1972 MAGNETIC NORTH
DECLINATION AT CENTER OF SHEET
Menne (1989)
[1:8000]
MORIARTY
SOUTH
B ELEN 1:100,000
0
1
Connell
[1:24,000]
OF-DM–29
EDGEWOOD MORIARTY
OF-DM–35
NORTH
S OCORRO 1:100,000
BECKER
ll
ll
ll
ll
Connell & Cather
(Cenozoic)
[1:24,000]
KING
DRAW
MANZANO PUNTA DE
MOUNTAINAIR
AGUA
PEAK
OF-DM–28
LA JOYA
NW
I I I II
ll
AM
35°30'
NORTH
ROWE SAN YSIDRO
OF-DM–39
MOUNTAINAIR
NE
Pa
Pa
106°22'30"
35°22'30"
106°30'
285
OJO
WILDHORSE
RENCONA
HEDIONDA
MESA
EWING
Pyl
˛s
37
Qpo2
OF-DM–11
OF-DM–48
ESTANCIA
11
OF-DM–31
GLORIETA
OF-DM–36
MILBOURN
RANCH
Qca
Pa
85
QTt
42
INDEX TO GEOLOGIC MAPPING
OF-DM–27
VEGUITA
Xa
64
29
6
D. J. McCraw M. M. Mansell, and G. E. Jones: digital cartographic production
HONEY
BOY
RANCH
ROSILLA
PEAK
CAPTAIN
DAVIS
MOUNTAIN
CHILILI
Ma
79
3
106°30'
20
Py
14
˛m
65
222 MILS
ELK
MOUNTAIN
GOLDEN
SAN
PEDRO
Qls
12
Ys
60
70
Pa
˛m
85
27
24
16
11
Xr
Ma
8
Pa
10
39
85
13
14
•
47
•
50
2m
23
20
QHa
˛s
Qay
8
12
87
Mapping of these quadrangles was funded by matching-funds grants from the 1995 and 1997 STATEMAP
component of the National Cooperative Geologic Mapping Program coordinated by the
U.S. Geological Survey and the New Mexico Bureau of Mines and Mineral Resources.
S ANTA F E 1:100,000
OF-DM–41
Qpo2
10
Pa
19
••
12
80
6
QHa
Qay
74
19
˛m
Qpo2
15
Qpo2
40
12
Qpo
42
Ma
11
Qay
20
14
21
14
44
QHa
Pa
24
25
25
Ma
77
Ys
38
18
Xss
0.5
1000
12.5°
0° 54'
COWLES
McCLURE
RESERVOIR
37
24
18
• • Pa
Xr
10 47
Qpo3
Py
81
40
˛s
SCALE 1: 24,000
1
PECOS
FALLS
SANTA FE
OF-DM–32
23
15
10
20'
Pa
Qpo2
15
30
18
5
Qpo2
Pyl
26
Pa
86
˛m
Pa
85
85 86
16 MILS
Picha (1982)
[1:12,000]
285
58
Ma
6
10
63000m E.
MN
GN
S. D. Connell: geologic mapping, compilation, Phanerozoic stratigraphy and regional
structural interpretation refined from borehole data analyses, unit descriptions and
correlations, and structural cross sections; geology depicted in areas of disturbance (af
and daf) interpreted from aerial photography
OF-DM–24
TOME
3
17
˛m
Pa
26
Py
18
57
Pa
7
88 25
22
39
QHa
QHa
23
Qpo
Pg
O
OF-DM–33
OF-DM–47
A LBUQUERQUE 1:100,000
OF-DM–5
OF-DM–21
BELEN
NW
OF-DM–12
SHADY
BROOK
S
G
PUEBLO
PEAK
Base from U.S. Geological Survey 1954, photorevised 1972
Polyconic projection, 1927 North American datum
10,000-foot grid based on New Mexico coordinate system, cental zone1000-meter
Universal Transverse Mercator grid ticks, zone 13, shown in blue
Dashed land lines indicate approximate locations
West boundaries of San Felipe Grant and Sandia Pueblo Grant adjacient to Rio Grande
omitted due to insufficient data
OF-DM–20
MOUNT
ESCABOSA
WASHINGTON
•
37
22
Sou
t
18
Ps
19
25
Pa
C'
37
Pyl
27
Qpo
GR
AN
DE
CUNDIYO
a
Are
ue
rq
HUBBELL
SPRING
•
62
QHa
16
85
Xss
77
70
Xas
21
Pa
12
50
25
˛s
•
AM
AM
II
ue
A l bu q
ISLETA
SEDILLO
OF-DM–4
85
S)
GM–73
(S
PU AN
EB F
LO EL
I
NE PE
)
NE
AM
ll
l
OF-DM–3
40
An
d
Sil alusit
lim
e
ani
te
ll
OF-DM–17
OF-DM–13
OF-DM–1
TIJERAS
LA MESITA
ALBUQUERQUE
NEGRA SE ALBUQUERQUE
EAST
WEST
WIND
MESA
OF-DM–6
••
••
••
••
••
••
••
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l
DALIES
NW
ALAMEDA
OF-DM–10
••
•
ll
LA MESITA
NEGRA
••
••
••
••
••
••
••
l
LOS
GRIEGOS
•
ll
VOLCANO
RANCH
SANDIA
PARK
78
80
Xms
•
70
Ps
˛m
Xas
Yp
Yp
36
10 m
18
17
Yp
Xms
Yp
Qpo
3
61
0
59
15
42
Tsla
e
zon
Ys
71
38
58
3
Xss
Xa
Qpo
•
ll
BENAVIDEZ
RANCH
TAOS SW
RANCHOS
DE TAOS
V ILLANUEVA 1:100,000
SANDIA
CREST
ll
l
HORCADO
RANCH
WHITE
ROCK
HAGAN
OF-DM–50
OF-DM–16
EASl Tl
ll
OF-DM–43
LOS
CORDOVAS
GM–71
TESUQUE
BERNALILLO
OF-DM–9
I I I
I
I II
ll
l
OF-DM–2
3
84
OF-DM–37
PLACITAS
ll
l
OF-DM–19
ARROYO
LOMA
SAN
DE LAS
MACHETE
FELIPE
CALABACILLAS
MESA (SKY VILLAGE SE)
SAN
FELIPE
PUEBLO NE
III
•••
•••
•
•
••
•••
ERN
••
l
CERRO BERNALILLO
CONEJO
NW
SAN
FELIPE
PUEBLO
LIMIT
AM
l
SANTA
ANA
PUEBLO
•
AM
l
OF-DM–15
L OS A LAMOS 1:100,000
OF-DM–14
OF-DM–45
(SKY VILLAGE NE)
(SKY VILLAGE)
SANTO
DOMINGO
PUEBLO
••
••
••
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AM
CUBA 59 MI.
SAN YSIDRO 16 MI.
•••
ll
II
••
••••
P
l
OF-DM–25
SANTO
DOMINGO
PUEBLO SW
ll
l
LOMA
CRESTON
JEMEZ
PUEBLO
•
ll
OF-DM–18
OF-DM–46
(SKY VILLAGE NW)
ESPAÑOLA
GM–45
SAN
YSIDRO
•
l
36°30'
T AOS 1:100,000
Santa Fe
OF-DM–26
COLLIER
DRAW
COCHITI
DAM
•
l
CAÑADA
•
ll
OJITO
SPRING
BEAR
PONDEROSA SPRINGS
PEAK
OF-DM–42
••••••
•••••
• • ••••• •
l
GM–33
BLAND
•
l
GILMAN
REDONDO
PEAK
•
l
ll
HOLY
GHOST
SPRING
JEMEZ
SPRINGS
ll
DE
AN
GR
RIO
IT
LIM
ER
ST
AM
l
GM–34
ll
AC
RR
TE
l
OF
ll
GM–28
CHIMAYO
PUYE
GUAJE
MOUNTAIN
Los
Alamos
FRIJOLES
ll
ES
l
N
ll
LA
VENTANA
SAN
MIGUEL
MOUNTAIN
OF R l l
• • • • • • • •
IO G
l
• • •
RAN l
DE T
l
ERR l
• •
ACE
• • •
S
• • •
• • •
• •
• •
• •
• •
• •
• • EA
• •STERN
• •L IMIT
• •OF AX
• •IAL L I
• THOFA
• CI E
• S
•
l
WE
ll
II
• • •• • •••••••••
B e rn a li ll o
•••••••••••
•••••••••••
••••••• • •
• • • • • • • • • fa u lt
• • • • • •••
••••••••• •
• ••••••
• • • • • • • •
• • • •
l
(LOMA MACHETE)
ll
GM–27
32' 30"
Yp
20
Xss
2
Yp
72
76
3
Xmig
40
36
24
ˇz
20
10
˛s
• •
•••
•
l
CHILI
GM–26
59
•••• •• •
•
l
WHEELER
PEAK
3
OF-DM–22
VELARDE TRAMPAS
68
SAN
JUAN
PUEBLO
A BIQUIU 1:100,000
VALLE
TOLEDO
3
15
2
9
72
43
13
•
12
)
RK
PA
84
VALLE
SAN
ANTONIO
(ALAMEDA)
58
Xa
75
6 7
47
62
66
Ys
Yp
7
Yp
3
Qpo1
ˇcp
Pa
Qca 26
˛m
57
27
Qpo2
22
20
15
˛m
Yp
75
3
69
60
74
Yp
45
Qss
85
72
79
71
••
••
•
Qpo2
16
17
85
39
10
•
••
Qpo
Py
Pa
QHa •
••
Qca
31
˛m
16
14 ˛s
14
26
15
45
41
25
Yp
Yp
68
Yp
30
1
17
10
14
34 39
25
24
39
56
46
A
DI
AN
(S
TAOS
JUNCTION
30 km
SEVEN
SPRINGS
3
R. 3 E. R. 4 E.
Yp
29
73
Xas
31
˛m
22
22
13
Qca
23
24
85
Xa
Xss
25
35
10
15
D U
4
5
Qpo1
40
14
63
Ma
18
Pa
Jt 74 35
Jm
65
Xr
4
15
ˇm
Pg
Qpy
40
10
˛m
65
70
72
Xmig
34
42
Tsla
13
Khd
13
8
6
42
80
19
Pa
16
Qpo1
Qpo1
Qss
ˇcp
12
27
16
30
16
62
14
18
24
80
Xa
45
67
Xss
80
28
19
43
•
•
Jm
26
71
Ys
56
14
40
81
70
5
76
83
16 32
ˇm
55
te
ani
Sillim lusite
a
And
Xas
4
Xss
19
Xss
61
8
43
72
41 Yp
4
3
36
62
26
43
32
80
4
••
27 20
ˇm
63
44
Xa
23
60
80
4
•
35
55
77
8
••••• • •
ARROYO
SECO
CARSON
285
RANCHO
DEL
CHAPARRAL
ALAMEDA 5 MI.
ALBUQUERQUE 12 MI.
7
35
70
72
62
20
2
78
70
50
Qca
44
67
69
45
Qpo3 ˇc 45 20 23
Qpo2
22
32
15
Qpo1
Qss
Pa
Pa
•
TRES
OREJAS
LYDEN
SAN
PABLO
35' 356
ALAMEDA 6.6 MI.
ALBUQUERQUE 14 MI.
Qpm2
37
Yp
Qpm2
Qpm2
Qca
70
43
Xa
Xa
1
34
• • • •Qay
35
˛s
2
76
Qpo1
Kd
Jm
Jt 21
23
Qpo1
Qpo1 20
Qpo1
17ˇz
Je
25
64
55 46
••
Bernalillo &
Placitas
20
Qpm2
Qpy2
QTsp
44
7 37
58
5
84
Qca
56
72
Ys
56
Yp
45
Xss
25
ˇcp
44
23
72
23 Je
35
35
19
3217
48
24
•
• •• •
••
ˇm
Qay
Qay 38
22
37
31 25 27
Jt
Qay
Qpo3
35
25
Qpo2
Qay
50
Jm
Je
ˇcp
Qay
32 Kd
Qpo2
Kd 35
Jm
45
24
15
74
15
24
Qpo
lt
ARROYO
HONDO
TAOS
20 mi
10
Qay
54
QTsa
Qpm1
360
52
Qpy2
Yp
76
Yp
69
51
34
40 Yp 39
62
48
41
44
64
32
43
35
50
38
•
45
46
ˇz 30
Tsla
ˇm
25
Qca
• •
Qss 30 ˇz Ps
• • 24
ˇcp
12
•
Ps
14
Qca •
Qss
QHa
73 •
20
QHa
lt
Qca •
Pg Ps
Qay
ˇcp
35
•
fau
Py
ˇcp
•
D
Qay
U
Pa Qca • 40
ˇcp
Qpo3
• • • ˛m 40
•
40
•
Qpo1
20
• ˇm •
•Qca
ˇcp
45 Ma
ˇz
45
46
˛s
Qca
Qca
45
35
• t as
Py
27
40
i
Ps
53
ˇz
Ys
c
a
ˇm
20
20
45
Py 46 37 25 •Pg• 40P l
47
30 Ma
•
47 QHa
35 52
53Pa
•
41
•
Qca •
˛s
• Qca
••
• Pa • Qss •
˛s Qca
38
34
28
80
• • •Qss
••
30
45
Je
ˇc
17
32
42
40
25
43
••
••
•
•
Qpy
Ps
• • • • 35
31
Ps
•
••
•
Pa
••
31
54
Jm
35
53
ˇz 71
PgPy
Khd
54
Kml
••
•
•• •
• •• • 60
62
Km1
Je
30
51
Qpo3
Kml
Kd
25
60 49
Km2
36
ˇm
Pg
24
Pyl
16
˛m
Qpo
50
fau
CERRO
DE LOS
TAOSES
Taos
0
470 000 FEET
Qpm2
65
63
75
Xas
42
Xms
Qpy1
sit
alu t
And ani
m
i
Sill
40
73
81
Qay
Qpo3
˛m
Xa 7
Ma
Xss
Ys
24
•
55 Khd
ˇcp
ˇz
ˇm
•
•
13
26
40
he
I NDEX M AP OF NMBMMR’ S
STATEMAP GEOLOGIC QUADRANGLES
02/00
QHa
3
Qre
Xa Yp
20
31
55
67
43
6
˛s
83
16
18
Jm
Qpo3
32
9
32
50
27
ˇcp
20
29 ˛s
Xms 87
3
30
Yp
80
Ma
62
74
Xas
•
• • QHa
Xas Yp
7
˛s
24
Qay
56
Jt
Je
65
Qpo3
60
16
18
39
Qpo
ˇz
36
ac
35° 15'
106° 37' 30"
Qrp
Qpm2
Qpm2
4
16
Qca
Xms
22
Kmu
Qpo
Kd
57
75
43
17
Ma
Kpl
Qca
••
•
•
14
••
• • Qca
•Qpy
QHa
•
•
•
14
••
23 10
•
•
55
Jm • •
60
•
43 •
33
26
•
˛m
QHa
Qca
•
Tspc
55
Qay
59
QHa
41
34
Ap
Qay2
AM
02
2
63
41
• Jm
Pa
55
Kd
65
66
60
48
o
QTsp
QHa
Qrpr
QTsa
QHa
Qay
74
62
Qss
10
24
10
25
Je
Kml
23
˛m
27
16
Jt Je
Kmf
36
24
Tmi
Qay
Jm
Jm
Jt
Jt
62
38
QHa
••
••
•
•
•
••
Qay
•
54
Kml • •
Qay Tsp ?
•• ••
c
• Kd •
Pa
•
Kml
Khd •
•
rr
Las Huertas geomorphic surface
39
36
71
28
25
25 Jm
Kmf
Qpo3
25 44
67
P1
ce
Qpm2
af
af
Del Agua geomorphic surface
E'
Qpo1
Xms
Qca
50
Ma
Xms
Qpy
75
Qay
Kmf
19
Qss
Qpo1
Qca
•
Qca
˛s
Qpo1
Yp
40
36
•
10
Xss
Xas
Xa
U
34
15
25
41
41
• 27 28
45
• •Jm
27
••
40
Kml
Kml
Kd
QHa
Kmf
QHa
48
30
me
Qay
Qam
D
22
Qpo3
34 Ma 50 Ma
Ma
30
74 7 Xms
˛s
22
76 64 43
31 Yp
Xms
Qpy1
ˇcp
Qca
40
55
P8
70
Qss
25
73
Tmi
45
Qss
Jt
62
62
Qay
Kmf
• ••
Qca • • • •
•••
22
35
13 34
27 25 38 40
11
QHa
QTsp
30
Kmu
Tmi
58
Kpl
77
Kmf
55 63
37
45
Qpo3
39 Qay
40
40
58
4
Qay
36
Kd
Qpo3 10
•
50
52
26
˛m
Xms
48
• • Xas
2 30
Qay
Ma
22
Qay
62
Qca
8
28 Qca
Qpo1
20 Qca
31
40
11
13
Qay 35
ˇm
20
Ps Tsla Ps ˇz
• • 27 15
23 Pg
ˇcp
• ˇz •
Qay 29
21
Pg
17
10
Pg
30 20
ˇz
Pg
Py
ˇm
12
ˇm
16 ˇm
10
Qay ˇm •
11
30
Pa
Ps10 16
36
19
Py
• •
Py
Pg
•
Qay
QHa •
7
Ps
Py
20
15
•
25
Pa
22
Py 12 Pa
Pg
20
Qpo3
21
Qay
60
•
• • •
Qca
Py 44
Pa
12
•
•
18
16
•
˛m
••
10 5 15 •
Qay
25
11
30
˛s
Qpy
2
Kmf
45
Qca
Kml
15
33
P7 Tspc
62
54
D •
•U
Qay
18
Kml
25
Kml
33
Je
Ps
Jt 25
Qay ˇz
•
Qpm2
Qpm2
Kpl
Qpo3
58
40 Khd 43
Kmf
37
Qay
48
Qca
Tspuc
Qpo
35 Khd
58
20
Tspc
18
73 30
Po
Exploratory geotechnical boring, including abbreviation
Kml 35
Qpo2
QHa
Kmf
65
62
35 Kd Jm
10
30 Tsla
•
af
35 • • Qpo1
• Jt
Jm
Qpo
Kd 30 Jm • •Qpo
1
3
•
30
••ˇcp Qay
24 20
Qpo1
30
• 25 22 19 ˇcp
Jt
40
25
25
QHa
Qpo3
33
30
40 Je Jt
18
Qay
Qpo1
• Km 5 Qay
40
Qpo
27
3
Jm
l •
QTspcs
15
Jm
15 12
45
Qca
30
25
10
10
Jm 28
Qpo1
•
•
15 23
• • • Je 22
•
Tsla Qpo1
26
•
35
Qpo3
25
ˇcp
Qay
Qpy
QHa
Qpo2
Kmf
55
75 Jm
10
QTspc
Qpo1
D U
QTsp
30
Qss
Qay
40
65
61
50
58
71
64
Tsla
Qay
25
Kmf
Tsla
Tsla
17
77
•
QHa
Qpy
Qpy1
20
40
45
36
Kmf?
••
Qpm1
Qpm2a
Qay
af
af
QTspc
18
Qca
35
56
39
•
Qre
Qrp
Qpo3 QHa
Qpy
QTsp
Qpm2
Qpo1
Qpo1
Tspc
45
Khd
Qca
59
34
Kmu
Qca
Qay
Qpy1
25
57
7
Qpo3
•
54 • •
• • •• • • • •
Tspc
Qpo3
Qca
35
Qca
30
QTspcs
Qpo1
Qay
Qss
20
Qay
Py
˛m
Tspc
QTspcs
Qpo3
2
Qss
16
60
Kd
QTspcs
Qpo3
3 Qay
fault
s
Lo20mo
25
36
QTspcs
Qpm2
Kmf
34
Qpy
Qss
QHa
Qpm2
••
•
Qss
7
QTspcs
af
af
Tsla
QTspcs
Qpo3
32
8
Sillimanite
Andalusite
Qpm1
af
Qpm1
Exploratory or groundwater monitoring well, including abbreviation
QTspcs
Qss
12
QHa
5
Qss
16
Qss
Qss
Qss
Qss
Qss
Kmf
QHa
5
QHa Qpm2b
32
Qss
Qss
Qpm2a
Qpm2
Qss
Qpo3
QTspcs
Qpo2
QHa
••
••
••
2
3
QTspcs
Qpo2
Qpo3
Qpo2
QTsp
af
af
af
8
Andalusite
White Mica
af
Qrm
Qay2
Water-supply well, included abbreviation
•
4
••
Qpo3
74
6
QTspcs
Qpm2
af
QHa
P
•
•
af
Qay
••
•
••
•
••
Qss
Tspc
•
QHa
Qpm2
Qe
Qay1
Qpm2a
••
••
QTspcs
QTsa
QTsp
QHa2
1 550 000
FEET
QHa
Qpm2
Qay
Selected locality, Placitas (P), and Bernalillo (B) quadrangles
10
QHa
QTsa
AM
Qam
RG62037
QTst
Qpo3
••
Qay
Ps
29
˛m
Qpo
ˇcp
21
QHa
•
RG64408
•
••
ES
••
C• I•
A
•
F
••
•
S
O• • I E
T H• • •
L• I• • • •O FA C
••
L
••
•
H
A
N • L IT
••
IO
••
I• T
T
•
••
N•S
ON
A
••
QTspcs
M
•
T• • •R• • • I ED
B1
af
•
QTst
QTsa
••
2
Qpo3
QHa
D'
Qpo3
QTst
6
Qpm2a
2
QTst
87
3
Qpm2
QHa
Qpm2
QTob
.
QTst
Qpo2
af
Qay
QTst
QTst
af
Qrm
Qam
7
4
Qpm
Qpo1
Tspc
QTspcs
QHa
27
•
12
QTsa
19
•
04
QTsa
QTsa
8
Qpm
30
˛m QHa
Tspc
12
Qpo3
Qay
QTst
14
23
QTspcs
QHa
Qpm
QTspcs
Qss
EFW
•
39
Approximate boundary of tuff ring
0
Qpm1
Qre
Qam
QHa
Qpm2
Qrd?
Qay1
QHa
NMBMMR STATEMAP
Quadrangles
ll
Qay
Qpo1
Qpy
3
QTspcs
QTsa
QHa
•
Qss
Qpo3
Qpo3
Qpm
ˇm
Pg
Pa
Qpy
18
Qpy
•
•
Qpo3
QTsa
QTst
•
•
7
Qpo
16
36
Qay
Qss
Qss
Tspc
14
•• •
ll
ll
af
Qpo1
QTst
•
•
QHa
•
ll
ll
Qpm2
QTob
Basalt bed
SHD2
QHa
1
Qrp
ESA1
Qre
Qpo3
Qss
••
Qpy
BRE
Qpo3
3
Qpo3
QTsa
Qss
7
34
Pyl
Qpy
23
•
Qrp
Direction of landslide failure and surface movement
EFW
af
Qpm
Qpm
26
Qpy
23
QTst
QTst
QTsa
QTsa
Qss
Qpo3
Qpo3
1
af
QTsa Qpo3
QTsa
QTsa
Qpo3
Tspc
31
Qay
35
•
Qrpr
Qpm2
Qpo3
14
RG9986
9
Qpo3
Qpm2
?
QHa
Tspc
18
Qpo
•
Qay
AM
Aeromagnetic anomaly (interpreted from U. S. Geological Survey and Sial Geosciences, Inc., 1998)
.
Mine or quarry, adit, shaft
B5
QHa
Qpm1
Approximate extent of buried fluvial terrace risers of the ancestral Rio Grande (post Santa Fe Group)—Hachured
towards fluvial terraces; Lomatas Negras Fm. (single hachured line), Edith Fm. (double hachured line), Los
Duranes Fm. (triple hachured line), and Arenal Fm. (quadruple hachured line)
III
Qpm2
Qrp
Gravels with affinities to eastern basin-margin deposits
AM
Qre
Qay
QTob
QHao
Gravels with affinities to ancestral Rio Grande fluvial facies
QHa
•
Qre
7
QTst
Qpm
QHa
••••
Qrm
QTst
Qpm
QTspcs
ˇz
65
87
Pa
20
• •
AM
Qrd?
Qay
Qpm1
80
•
QTsa
Qpm
QTst
QHa
Qpo3
QTspcs
Qay
Qpm1
Qre
Qay
Qae
Qrd?
Qam
Gravels with affinities to western basin-margin deposits
QTob?
Qre
Qpm1
2
QTst
QTsa
QHa
QTsa
?
Paleoflow direction—measured azimuths of imbricated clasts
QTob
Qpm
Qss
WMP-S
QTsa
4
Qpm1
Qpm
Qss
QHa
ll
Qre
Qpo3
Qss
QTsa
QHa
Qpm2
QTsa
RG4980252
Qpm2
Qpm2
9
C
QTsa
6
QTsa
QTst
QHa
••
2
Qpm
Qpo3
Qpo3
B5
QTsa
Qpo3
Qss
QTst
Qpm
Qpm
?
QTst
4
Qre
Qss
Qss
Qpo3
Qss
2
Qre
QTob
QHa
QHa
Qpm 2
QTst
QTst
Qpo3
Qpm
QTsa
24
QTob
QTob
Qay
QHa
QTob?
Qpm2
6
QHa
daf
1
Qre
QTob
Qre
Qre
QTsa
QTsa
QTst
QTsa
QTsa
4
••
af
ll
5
QHa
Qpm1
Qrp
Qrd?
QTob
QHa
Qpm
Tspc
18
• • • • •••••••••
•
••••
P2 QHa
• • • • • • ••• • • •
Qay
Qay
P o w er l ine f•a•u•l•t
Qpm
fa ul t
Qam
Qam
Qam
05
af
Qre
Qay
39
ll
Qss
Qpo3
Qss
QTst
ll
SHD3
QHa
Qay
QTsa
QTob
QTsa
Qss
3
QTspcs
16
Qss
•••
••
Qae
Qam
QHa
daf
QTst
Qpm
Qpm
••••
••
Qss
ˇc
Qpo
Pa
fa ul t
QHa
(Qay)
RG62203
af
Qay
Qrpr
Qam
Qpm2a
2
Qay
Qa y
7
QTsa
Qpm
7
QHa
QHa
RG61539
Qre
Qpo1
ESA1
QTsa
QTob
QTst
l
?
3
QTsa
QHa
2
Qpm2a
?
QTsa
Qre
QTob ?
QTob
Qpo3
Qpo1
Qay
daf
Qre
Qpm
Qpm
QTst
Qpm
QTsa
Qpm
Qpo3
•58 •
12
QTt
•
• •
•
•••
Qay
Qpm
Qre
QTst
Qss
Qpm ?
Qpo4
QTob
•
Qpm • •
•
••
•
•
QTsa
Qss
Qpm
30
19
ult
Suela fa
Qae
Qam
Qre
P3
QTst
QTsa
Qpm
QHa
Qpm
QTsa
QTob
2
Qpo4
6
QTst
2
Qss
QTt
Qay
18
H u erta s
Qrd?
af
Qpm
Qpo3
QHa
Qay
ˇz
Tspcs
•
ll
BWWTS
QHa
Qpm QTsa
D U
Qay
daf
af
QTsa
QTsa
QTob
2
QTsa
Qay
1
4
14
39
ˇcp
••
•
ll
QTob
6
3
QTsa
Qpo
7
Tspcs
Tsla?
We s t L as
5
QHa
QTsa
48
QTspcs
Qpo
Tsla?
Qpm2
QTspcs
Qay
QTsa
Qpo3
Tsps
••
l
Qrd?
Qam
Qrp
QHa
RG64485
Diatomite marker bed at top of Edith Formation (Qre)
lll
Qrp
QHa
Qrp
Qpo4
QHa
QTst
19
h
Qrd?
Qay
QTob
Qpm
ll
Qpm
Qpo
Qpo
•
QHa
RG56240
Qre
•
••
••
T. 13 N.
ˇcp
78
4
Qpm1
•
15
••
QTob
daf
Qay
Metamorphic minerals locality — [1] sillimanite; [2] andalusite; [3] sillimanite and K-feldspar; [4] sillimanite andalusite +/- K-feldspar and cordierite; [5] sillimanite - andalusite +/- cordierite; [6] chlorite - muscovite +/biotite; [7] wollastonite; [8] calcite + quartz
l
ll
af
RG64146
.
l
Qrd?
9
Qrm
QTsa
12
15
1 590 000
FEET
••
••
Qpo
Tspcs
18
39
• ••
QHao
ll
?
Tsla?
10 85
8
QTspcs
Qpo3
ˇcp
QTspsm
•• •
af
af
ERN
EAST
ll
QTob
QHao
Qpm
ll
F
TO
LIMI
QTsa
Qpm
QTsa
R
QTst
Je
14
Tsps
Jt
QHa
QHa
Qpo3
QTspcs
•
ˇcp
QTsps
Tspc
Tsps
•
Qrd?
af
G
RIO
ll
Qss
U
D
106°22'30"
35°22'30"
460 000 FEET
74
QTspcs
••
••
QHa
RG54289
ll
QTst
Qss
QTsa
3
Tsla?
6
QHa
Qpm2
QTspcs
73
Qpo3
QTsps
Qss
3
11
•
SHD2
Qpm
Qre
P4
2
QTst
5
QHa
72
Tsps
Qpo3
QTsps
Qpy
QTsa
Qpm
Qpm2
3
••
•
SHD1
RG59356
Metamorphic facies — Showing boundary between diagnostic mineral assemblages
7
Qae
Qam
Qca
Qpm
Qpo3
QTsa
Qay
Qpm2
5
Zarca
Andalusite
Sillimanite
Qrpr
af
Qae
Qay
Qae
Qam
QTob
daf
Trend and plunge of lineation—defined by elongate minerals or stretched grains
60
Qrd?
QHa
Qay
Qay
Qae
Qrd?
Qre
QTob
Qre
Qpm
•
QTsps
? Qpm
Qpo3
QTsa
25'
71
15
6
A g ua
E
Magmatic foliation in granite defined by mafic enclaves
daf
QHa
5
QHao
RG51722
Qrm
QTsa
•
Qpm2
•• •
••
Qam
Qrd?
11
Qss
Qre
daf
•
Qay
af
daf
QTsa
3
QTsa
••
06
Be4
10
af
Qpo3
QHa
QTsa
3
13
Qpm1
QHa
5
70
QTsps
QTsa
QHa
••
56
QHa
39
.
6
SAP2
Qre
ll
QTob
Qpm
8
7
QHa • •
••••
•• •
•
•
•
••
ll
QHa
3
P5
• •
• • •
?
• • •
Qss
••
•
•
•
•
•
••
••
Strike and dip of magmatic foliation in granite defined by alignment of megacrysts
af
AM
72
Qay
QHao
Strike and dip of S2 foliation
75
6
3
ey• •
ll •
V•a• •
QTsa
ll
Qre
QTsa
••
Strike and dip of S1 foliation
45
Qay
11
Qpm
P6
••
••
QHao
?
Vi
ew
••
17' 30"
QTob
SAGC
Qre
ll
Qre
QTob
QHao
9
af
ll
Qre
Qay
Qay
Qre
QTob
•
Strike and dip of joint or fracture
daf
Qay
D U
ESA2
SAP1
RG52453
RG64436
U D
Qrpr
Qpm
QTob
• •• • ••• •
•••
•••
• ••
••••
••••
•••
•••
•• •
•••
••••
•••
••••
QTob
Qrl
af
D U
5
Qay
Qam
?
QHa
QHa
RG61275
ll
.
Qam
l ll
QTob
l
Strike and dip of bedding, horizontal bedding
l
3
ll
QTob
Qrl
l
07
af
Qrpr
Qrp2
Qay
af
?
QHa
Qrd?
af
QHa
QHa
?
Qrp1
AM
Qrl
39
Slickensides on fault
QHa
Qrp1
QHa
Qay
af
Qrl QTob
QTob
Qrpj
?
daf
l
Qrl
QHa
QHao
QHa
4
ll
QHa
ll
l
Qao
Breccia or gouge zones
Qrl
ll
Qrl
Monocline with synclinal bend—Trace of axial plane; short arrow on steeper bend; dashed where approximately
located, dotted where concealed, queried where inferred
80
Qam
Qrl
l
QTob
Qrl
ll
QTob
Qae
Qam
Qay
2
3
ll
Monocline with anticlinal bend—Trace of axial plane; short arrow on steeper bend; dashed where approximately
located, dotted where concealed, queried where inferred
7
Qra
B2
Qrp2
Qe
Qre
Qre
Qe
QHa
QTob
QHa
Qrpr
?
Qae
daf
Qay
lll
Syncline—Trace of axial plane showing direction of plunge; dashed where approximately located, dotted where
concealed, queried where inferred
lll
af
QToc(?)
QToc(?)
QTob
RRU12
Qrl
l
08
Strike and dip of overturned bedding —ball indicates top of beds known from sedimentary structures
QHao
Qra
Tvcb
QHa
QHa
Qre
af
ll
daf
QTob
lll
6
4
QTob
QHao
Qay
ll
Reverse fault —Tic showing dip; solid where exposed, dashed where approximately located, dotted where
concealed; teeth on upthrown side; ball and bar added where reactivated as a Tertiary normal fault
.
Anticline—Trace of axial plane showing direction of plunge; dashed where approximately located, dotted where
concealed, queried where inferred
50
9
l
Qao
39
40
QHa
Qae
daf
l
Normal fault —Tic showing dip; solid where exposed, dashed where approximately located, dotted where
concealed, queried where inferred; ball and bar on downthrown side, upthrown (U) and downthrown (D) sides
indicated where concealed and/or interpreted
30
Qae
Qao
l
Qae
Qao
QTob
l
Qae
Qam
Approximate location of contacts separating the transitional (QTst) and piedmont (QTsp cs and QTsp s ) deposits
of the Upper Santa Fe Group on the Placitas quadrangle; dotted where concealed
30
QTob
QHa
Approximate location of buried contact separating the ancestral Rio Grande axial-fluvial deposits (QTsa) and
piedmont deposits (QTsp) of the Upper Santa Fe Group on the Bernalillo quadrangle
.
6
l
Geologic contact —solid where exposed, dashed where approximately located; dotted where concealed
.
Geologic contact interpreted location within units af and daf
daf
l
B' Location of geologic cross section
••
ll
QTob
10
Qay
8
U D
Qay
Qam
Qrl
l
39
QTob
l
E XPLANATION OF M AP S YMBOLS
l
Qae
QTob
72
Qra
QTob
Qre
af
?
D U
D U
Tvcb
Qe
l
QHa
6
ll
QTob
••
AM
•
•
•••
••••
•••
• •••
•
•
•
•
•
•
•
•• • • • • •••••••• • •• ••
•••••••••••• ••
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • l•l
l
11
QTob
B7
Qay
l
QHao
QHao
QHa
ll
20'
39
4
••
Qay
ll
Qae
QToc(?)
QHa
••
daf
7
8
Digital Cartography
••
ll
3
Qay
David J. McCraw
Mark M. Mansell
Glen E. Jones
Rebecca J. Titus
••
Be3
QHao
daf
SASF2
Qrd?
II
Qrp1
daf
Qay
ll
QHa
Qae
Qao
Mexico Bureau of Mines and Mineral Resources, Socorro, NM 87801,
Albuquerque Office, Albuquerque, NM 87106
2 New Mexico Bureau of Mines and Mineral Resources, Socorro, NM 87801
3 Department of Earth and Planetary Sciences, University of New Mexico, Albuquerque, NM 87131
40
Qay
QTob
1 New
••
Qae
Qam
Qay
QHa
l
2
Qae
Qam
ll
QTob
af
I I I
Qrp
U D
l
T.13 N.
RWP14
SASF1
af
I
I
88
QHao
QHa
(SAN FELIPE PUEBLO)
368
R. 4 E. 27'30" R. 5 E.
•
Qay
•
QHa Qre
•
ll
•
?
•
•
l
l
Qpm
•
t• • • ll
l
u•
QTsa
Qpm
f•a• •l l
•
ll
•
?
67
QHa
Qrp
QHa
3
QTob
QHao
ll
A
Qay
U D
ll
Ilg 3 ,
D
ll
Cather 2
Sean D.
Steve M.
, Bradley
Karl E. Karlstrom 3 , Barbara Menne 3 , Mark Picha 3 ,
Chris Andronicus 3 , Adam S. Read 2 , Paul W . Bauer 2 ,
and Peggy S. Johnson 2
50
Qae
Qam
Qay
Qrd?
QTob
QHa
ll
QTob
Qae
l lll
Qpo
Qay
Qra
•••••••••
• • • ••• • •
QTob
QTob
QHao
Qay
ll
•
•
••
••
••
•
••
••
•
•
••
••
•
Qae
QToc(?)
l
4
Qrd?
daf
af
lll
5
QTob
Placitas quadrangle
NMBMMR OF-GM-2
June 1995
QTob
5
6
QHao
76
5
l ll
8
Qae
Qam
5
Qao
Qay
Qao
3
••
• ••• • ••••• ••• • • • • • • • • • •••••• ••••• • ••••••••••••••••••••••••••••••
•••••• ••• ••••
•• • •
QTob
Connell 1
af
ll
13
Qay
Qao
QToc(?)
QHa
71
•••
2
39
• • ••
•••
••
Qay
Qae
Qao
Qae
Qam
QHao
7
af
QHa
ll
10
QTob
QHa
QTob
Qay
6
QHao
QTob
Bernalillo quadrangle
NMBMMR OF-GM-16
May 1998
QHao
ll
QTob
ll l
Qao
Tvcb
QHao
88
Qao
8
QTob
III
39
••••••• •• • • • •
••••
Qay
QHa
Tvc
10
Qay
2
Qao
af 11
8
13
Qao
ll
Qao
QHao
9
82
83
ll
77
QHa
10
QHa
ll
QTob
7
23
Tvcb
Qao
ll
4
QToc(?)
QTob
7
19
B4
11
7
8
Qls1
Qcb
QHao
28
Qrpj
66000m E.
3
••
4
Qae
QTob
10
QTob
af
5
Tvc
Qls2
f au lt
1
85
QHa
l
2
4
Qao
B3
43
Qls1
B
R. 5 E.
64
Qrp
3
••
•••
•••
78
19
QTob
QTob
37
23
II II
QToc(?)
QHa
QTob
•••• •
•••
••• •
•••
•••
QToc(?)
Qae
QToc(?)
Qao
Qae
Qao
77
QHa
63
R an ch i to
6
?
Qao
Qay
3
5
QTob
QTob
•
••
••
••
••
••• ••• • •
Qay
QTob
6
80
QHao
QHao
106°30'
3
••
•••
•••
4
af
QTob
af
Qao
QTob
af
Connell 1 ,
22
11
QTob
70
18
Qao
Plate I of III.
17 February 2000 Revision
Sean D.
Qao
QTob
II I I II
QToc(?)
4
RWP-17
62
QTob
QHa
l ll
QTob
B1
8
• • •
7
4
6
88
ll
3
QHa
1
l ll
QHa
af
Tbsa
QTob
QTob
420 000 FEET
61
•••
•••
• •
6
QTob
U D
Qae
Qao
85
af
Qe
l
Tobc
QHa
lll
Qca
QHa
QTob
QHa
lll
4
4
3
Geology of the Bernalillo and Placitas
quadrangles, Sandoval County,
New Mexico
3
3
Qao
13 82
•••
••••
••••
Qay
15000m N.
6
Tp
3
39
•••••••• ••••• •••
Qay
QTob
77
9
QTob
5
Qae
Qao
QTob
• • • • ••••
•• • • • •
QToc(?)
3
QTob
Dr. Paul W . Bauer
Geologic Mapping
Program Director
4
75
32' 30"
JEMEZ CANYON DAM 2.7 MI.
R. 3 E. R. 4 E.
10
•
•••
•••
5
QHa
2
67
57
QHa
SANTA FE 39 MI
LAS VEGAS 105 MI
••
Qe
3
QHa
• •
• • • • •
• • • • •
• • • • •
••••
• ••• •
••••••
•••••
••• •
• • • • • •• ••
Qay
Qe
QToc(?)
• • •
QHa
3
55
QHa
Qay
EMA
56 35'
3
54
(SANTA ANA PUEBLO)
•••
AT
3
53000m E.
Luce fault
T
ry
3
4
• • •
NEW MEXICO
)
106° 37' 30"
35° 22' 30"
Dr. Peter A. Scholle
Director and State Geologist
B
PLACITAS QUADRANGLE
NEW MEXICO
NW
n c e fo r t h e 21st
tu
Cen
BERNALILLO QUADRANGLE
O
NM B
ur
e
I
LL
Sc ie
ME X
Tec h
S
rth
Me x i c o
W
CO
Ne w
Ea
lR
e
LI
NA
ER
(B
i n e s & Mi n e r a
ces
ur
so
a
fM
uo
MEXICO INSTITUTE OF MINING & TECHNOLOGY
II
A DIVISION OF NEW
Socorro
33°
Deming
Las
Cruces
Location Map
Connell (1998)
Karlstrom, et al. (1995-9)
Connell & Cather (1995-8)
Menne (1989)
Picha (1982)
25
35°15'
106° 37' 30"
SANDIA
MOUNTAINS
Physiography of the Bernalillo - Placitas area based upon 10-m USGS DEM data.
35°15'
106°22' 30"