Coal-Bearing formations and available Coal Data in the
western San Juan Basin on the Chaco Canyon, Chacra Mesa,
Farmington, Gallup, Grants, Toadlena, and Zuni
1:100,000 quadrangles
Gretchen X. Hoffman
Agreement No. 14-08-0001-A0676
New Mexico Institute of Mining and Technology,
of Nines and Mineral Resources
New Mexico Bureau
Computerization
of
Year-end Report for
Point-Source Coal Data
for
New
X
Mexico
Year
Table
ofContents
Introducti on
Method of Work
Conclusion
References for 1:100,000 quadrangle compilations
of coal-bearing formations and coal data,
west side of San Juan
Basin
Key t o the
coal
datafiles for the 1:100,000 quadrangles
List of 1:100,000 Quadrangle Maps
Appendix A:
Data printouts for each 1:100,000 qadrangle map,
by formations plotted.
Introduction:
New Mexico Bureau of Mines and Mineral Resources
Part of the
contract with theU.S. Geological .Survey National Coal Resource
Data System (NCRDS) isto supply information on the outcrops of
the coal bearing formations in New Mexico. Most of the coals in
New Mexico are lenticular and therefore plotting individual coal
bed outcrops, although it has been done in some areas, is not
feasibleformostofthestatescoalfields.Instead,the
outcrops of the coal-bearing formations have been compiled from
many sources onto1:100,000 quadrangle base maps. The seven maps
included represent the western half of the San Juan Basin.
These base maps also provided the opportunity to check the
locations of the individual data points in the data bases. By
1:100,000
mapsthe
plottingthepoint-sourcedataonthe
locations could be cross checked graphically. Errors in the
latitude, longitude, Township, Range or Section and duplications
were corrected in the data base and replotted. These data point
plots are in separate graphics files from the base maps to
facilitate updates and allow for other parameters than those
shown on the enclosed maps to be quickly created.
It is hoped these maps and subsequent maps for the rest of
New Mexico will
the San Juan Basin and other coal fields in
allow the public greater access to the coal data files by giving
them a visual representationof what information is available in
the computerized data bases.
Method of Work:
Using the most accurate and/or the most recent geologic maps
available (see References) coal-bearing formations were plotted
by hand on1:100,000 scale topographic maps. Active or permitted
coalmineareaswerealsoputontheseworkmaps.This
information was digitized using
a Rockware program (Digitize) to
create an ASCII file of the digitizied points. The ASCII file
was compiled using Rockware programs into
a Binary Graphic file
This file allows the compiler to see how the digitized
(BGF)
points look graphically. Any editing of the points was done on
a BGF. The program
the ASCII file and then recompiled into
allows the user to create
a text file after the BGF is displayed,
which facilitates the labeling of township and range, mines,
a
county boundaries, etc. This ASCII text file was converted to
BGF file and combined with the base map BGF.
Computerizeddatabasefilesofallthecoal-bearing
formations were searched for the non-confidential points within
the maximum and minimum latitude and longitude of 1:100,000
each
quadrangle. ASCII files were created from these searches
and
compiled for each quadrangle.
Printouts of these files are
enclosed. These printouts included data about the location,
elevation, well name, source, formation, member, USTRAT number
for the NCRDS, and the coal field. The printouts also contain
the total coal thickness, maximum depth, and number of coal beds
.
.
for each data point. From these ASCII files BGF's were created
using Rockware's Point Map program to plot the maximum depth of
the coal and total coal thickness at the specified latitude and
longitude of each data point in the file. Plots of these points
were made overa plot of the base map using
the.same dimensions
for both plots. For each quadrangle the point locations were
checked to ensure the latitude and longitudes coincided with the
township, range and section information for each point.
Two final sets of base maps with point-source data were
plotted for each quadrangle. One set shows the maximum depth for
the coal data points in one or more of the formations outcroppi
on the particular1:100,000 quadrangle. The maximum depth may or
may not represent the maxiumum depth of all coals within the
formation at the point, depending on the type of data, (i.e.
drill hole or outcrop). The other set of maps has the total coal
thickness data. The values on these maps represent the sum of
all the coal bed thicknesses for each data point plotted. On
where
some of the quadrangles, such as the Chacra 1:100,000
Mesa
the Fruitland, Menefee, and Crevasse Canyon formations outcrop
and the number of data points is large, the Fruitland and
Crevasse Canyon points are plotted on one map and the Menefee
Formation points are plotted on
a separate map to avoid overlap
of data.
conclusion:
As a first attempt at presenting the data the maximum depth
was selected to show the availability of both surface minable and
deep coal data in the data bases. The total coal thickness data
showssomegeographictrendswithin
a formation,andwhen
combined with the information supplied on the number of beds,
gives an average coal thickness.
The seven remaining 1:100,000 quadrangles on the east and
south sides of the San Juan Basin, including the outlying Salt
Lake, Datil Mountains, and smaller Mesaverde Group fields in the
vicinity of the Rio Grande are in progress, approximately
50-75%
complete. These maps will also be open-filed at the New Mexico
Bureau of Mines. The Raton Basin is the next major area to
compile and digitize.
Future plans include the use of these base maps to plot
points from the data bases within the different thickness and
depth categories for coal resource evaluation. Along with these
data, the quality information such as Btu and sulfur will be
Plotting this
plotted for use in evaluation of resources.
information on maps aids in cross checking of the computerized
data for location and duplication, and also facilitates the use
of the data in a way that is more useful for the geologist and
general public.
2
Key to the coal
data
files
for the 1:100,000 quadrangles
Each data file printout has
a comment line at the beginning
to indicate the quadrangle and formation covered by the data.
The next comment line is the name of the data file that follows
and refers to the data base where the data points are located.
The format for the data file name *-*-*
is .prt. The first * is
the formation name abbreviated, the second* is the field name
abbreviation, and the third * is the 1:100,000 quadrangle name
abbreviation. There may be several of these .prt comments in one
printout because the data bases are organized according to field
1:100,000
and
formation,
and
may
overlap
into
several
quadrangles.
The next comment line contains the titles for each column
data. The following is
a short explanation of each column.
of
x-coord. v-coord: The longitude and 1atitude:of the data point
in decimal form for the computer plotting program.
T.' R.:
Elev.,Location,Sec.
location of each data point.
Theelevationandgeographic
# Seams: Total coal equals the sum of all
Total Coal, Max Depth,
the coal thickness for one data point and Max Depth is the
to the top of the deepest coal for a data point. Both
these
values are plotted on the quadrangle maps. The # Seams is the
total number of seams for
a given data point. Each seam is
entered separately into the data base.
Latitude,Lonaitude:Theactuallatitudeandlongitudein
degrees, minutes and seconds for each data
depth
point.
Well Number: The name or number of the well given by the source
of the data.
USTRAT: The identification number assigned to the data point
when it was entered into the National Coal Resource Data system.
do not
Not all points listed are in the data system because
some
have enough stratigraphic data to warrant entry or have been
(supposedly)
entered
by
the
original
source
(i.e.
CROCDP
project)
.
Field, Fmtn, Member: vlFieldts is the designated coal field where
the data is geographically located.
"Fmtn" is the geologic
formation of the coal, and ItMemberst is the geologic member, if
applicable, that the coal a is
within.
Source: The location, such as the
NMBMMR Oil and Gas Library, or
the
published
or
unpublished
source
of
the
data
point
information.Mostofthepointsrepresentinformationfrom
geophysical logs, but some is from measured sections, or log
descriptions.
3
"NA" or "ND"
Within the data itself there may be an
indicating there is no data available or none has been entered
into that field in the original. data base.
All the information listed in the data file printouts is
non-confidential. Further information on the data or sources of
data is available upon request.
4
References for 1:100,000 quadrangle compilations
of coal-bearing formations and coal data,
west sideof San Juan Basin
Chacra
Hesa1:100,000
Dane, C.H., 1936, Geology and fuel resources of the southern part
3. The La Ventanaof the San Juan Basin, New Mexico, Part
U.S. Geological Survey Bulletin
860Chacra Mesa coal field:
C, plate 39.
Hunt, C.B., 1936, Geology and fuel resources of the southern part
The Mount Taylor
of the San Juan Basin, New Mexico, 2.
Part
18
coal field: U.S. Geological Survey Bulletin 860-B plates
and 19.
Speer,W.R.,Beaumont,E.C.,andShomaker,J.W.,1977,Coal
resources of the San Juan Basin, New Mexico: New Mexico
Bureau of Mines and Mineral.' Resources Open-File Report 84,
lease map.
Tabet, D.E., and Frost, S.J., 1979, Coal geology of Torreon Wash
area, southeast San Juan Basin, New Mexico: New Mexico
Bureau of Mines and Mineral Resources Geologic Map 39, 3
plates.
Chaco
Canyon1:100,000
Mytton,J.
W.,
1983, GeologicmapofChacoCanyon30x60
quadrangle, showing coal zones of Fruitland, Formation, San
Juan, Rio Arriba and Sandoval Counties, New Mexico: U. S .
Geological Survey Coal Investigations map C-92A.
Farmington
1:100,000
Hayes, P.T., and Zapp, A.D;,1955, Geology and fuel resources of
the upper Cretaceous rocks of the Barker Dome-Fruitland
area, San Juan County, New Mexico: U.S. Geological Survey
Oil and Gas Investigations Map OM-144.
O'Sullivan, R.B., and Beaumont, E.C., 1957, Preliminary geologic
map of western San Juan Basin, San Juan and McKinley
Counties, New Mexico: U.S. Geological Survey Oil and Gas
Investigations MapOM-190.
O'Sullivan, R.B., and Beikman, H.M., 1963, Geology, Structure and
Uranium deposits of the Shiprock Quadrangle, New Mexico and
Arizona, U.S. Geological Survey Investigations map 1-345.
5
Gallup 1:100,000
Hackman, R.J., and Olson, A.B., 1977, Geology, Structure and
uranium deposits of the Gallup 1x2 quadrangle, New Mexico
U.S. Geological Survey Investigations Map Iand Arizona:
345.
O'Sullivan, R.B., and Beaumont, E.C.! 1957, Preliminary geologic
map of western San Juan Basln, San Juan and McKinley
Counties, New Mexico: U.S. Geological Survey Oil and Gas
Investigations Map OM-190.
Sears, J.D., 1925, Geology and coal resources of the Gallup-Zuni
U.S. Geological Survey Bulletin 767.
Basin, New Mexico:
Sears, J.D., 1936, Geology and fuel resources of the southern
part of the San Juan Basin, New Mexico, Part 1. The coal
field from Gallup eastward toward Mount Taylor, with
a
( ? ) rocks near Navajo Church:
measured section of pre-Dakota
U. S . Geological Survey Bulletin 860-A, plate 1.
Grants 1:100,000
Dillinger, J.K., 1989, Coal resource maps of the Grants
30x60
quadrangle, west-central New Mexico: U.S. Geological Survey
Coal Investigations Map
C-118-B, 3 plates.
Hunt, C.B., 1936, Geology and fuel resources of the southern part
The Mount Taylor
of the San Juan Basin, New Mexico, 2.Part
coal field: U.S. Geological Survey Bulletin 860-B plates 18
and 19.
Toadlena 1:100,000
O'Sullivan, R.B., and Beaumont, E.C.! 1957, Preliminary geologic
map of western San Juan Basin, San Juan and McKinley
Counties, New Mexico: U.S. Geological Survey Oil and Gas
Investigations Map OM-190.
OISullivan,R.B., and Beikman, H.M., 1963, Geology, Structure and
Uranium deposits of the Shiprock Quadrangle, New Mexico and
Arizona, U.S. Geological Survey Investigations map
1-345.
Zuni 1:100,000
A.B., 1977, Geology, structure and
Hackman, R.J., and Olson,
uranium deposits of the Gallup 1x2 quadrangle, New Mexico
U.S. Geological Survey Investigations Map Iand Arizona:
345.
6
Maxwell, C.H.,
1977, Preliminary geologic map of the McCartys
quadrangle, Valencia County, New Mexico: U.S. Geological
Survey Open-File Report 77-380.
Maxwell, C.H., 1977, Preliminary geologic map of the Cubero
quadrangle, Valencia County, New Mexico: U.S. Geological
Survey Open-File Report 77-241.
Sears, J.D., 1925, Geology and coal resources of the Gallup-Zuni
Basin, New Mexico: U.S. Geological Survey Bulletin 767.
7
L
L i s t of 1:100,000 Quadrangle
Maps
1.)
Coal-bearingformationsandavailablecoaldata,Chaco
Canyon 1:100,000 Quadrangle, Fruitland Formation, Total Coal
Thickness.
Coal-bearing formations and available coal data, Chaco
Canyon 1:100,000 Quadrangle, Fruitland Formation, Maximum Depth.
2.)
3.)
Coal-bearingformationsandavailablecoaldata,Chaco
Canyon1:100,000Quadrangle,MenefeeFormation,TotalCoal
Thickness.
4.)Coal-bearingformationsandavailablecoaldata,Chaco
Canyon 1:100,000 Quadrangle, Menefee Formation, Maximum
Depth.
5.)
Coal-bearing formations and available coal data, Chaco Mesa
1:100,000 Quadrangle, Fruitland and Crevasse Canyon Formations,
Total
Coal
Thickness.
6.)
Coal-bearing formations and available coal data, Chaco Mesa
1:100,000 Quadrangle, Fruitland and Crevasse Canyon Formations,
Maximum
Depth.
Coal-bearing formations and available coal data, Chaco Mesa
1:100,000 Quadrangle, Menefee Formation, Total Coal Thickness.
7.)
8.)
Coal-bearing formations and available coal data, Chaco Mesa
1:100,000 Quadrangle, Menefee Formation, Maximum Depth.
9.)
Coal-bearing formations and available coal data, Farmington
Fruitland Formation, Total Coal Thickness.
1:100,000 Quadrangle,
10.) Coal-bearing formations and available coal data, Farmington
1:100,000 Quadrangle, Fruitland Formation, Maximum Depth.
11.) Coal-bearing formations and available coal data, Farmington
1:100,000 Quadrangle, Menefee Formation, Total Coal Thickness.
12.) Coal-bearing formations and available coal data, Farmington
1:100,000 Quadrangle, Menefee Formation, Maximum Depth.
13.)
Coal-bearing formations and available coal data, Gallup
1:100,000 Quadrangle, Menefee Formation, Total Coal Thickness.
14.) Coal-bearing formations and available coal data, Gallup
1:100,000 Quadrangle, Menefee Formation, Maximum Depth.
15.)
Coal-bearing formations and available coal data, Gallup
1:100,000 Quadrangle,CrevasseCanyonFormationandGallup
Sandstone, Total Coal Thickness.
8
16.)
Coal-bearing formations and available coal data, Gallup
1:100,000 Quadrangle,CrevasseCanyonFormationandGallup
Sandstone, Maximum Depth.
17.) Coal-bearing formations and available coal data, Grants
Total Coal Thickness.
1:100,000 Quadrangle,
18.)
Coal-bearing formations and available coal data, Grants
1:100,000 Quadrangle, Maximum Depth.
19.) Coal-bearing formations and available coal data, Toadlena
1:100,000 Quadrangle, Fruitland Formation, Total Coal Thickness.
Coal-bearing formations and available coal data, Toadlena
1:100,000 Quadrangle, Fruitland Formation, Maximum Depth.
20.)
21.)
Coal-bearing formations and available coal data, Toadlena
1:100,000 Quadrangle, Menefee Formation, Total Coal Thickness.
22.)
Coal-bearing formations and available coal data, Toadlena
Menefee Formation, Maximum Depth.
1:100,000 Quadrangle,
23.)
Coal-bearingformationsandavailablecoaldata,Zuni
1:100,000 Quadrangle, Total Coal Thickness.
Coal-bearing formations and available coal data, Zuni
1:100,000 Quadrangle, Maximum Depth.
24.)
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35.35s
35.Yz69
35.9544
35.8983
35.9325
35.8958
35.8997
35.9119
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35.9511
35.9514
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-107.4328
-107.4890
-107.4764
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-107.414
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-107.459
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-107.3569
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35.9839
35.486
35.988
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-108.?264
-108.2953
-108.3317
-108.m19
-1w.m
-108.m
-108.3111
-1082269
-108.3533
-108.333
-108.3428
-108.3497
-108.333
-108.35%
-108.m
-108.3825
-108.m
-108.m
-108.3964
-108.3i33
-108.2811
36.3589
3
6
.
m
36.-
36.3X1
36.3214
36.2811
36.2761
36.2711
36.2658
36.2636
35.2714
36.m
36.104
36.1131
36.0769
36.0761
36.0817
36.m
36.m
3
6
.
m
3
6
.
m
36.2689
36.3131
36.2689
36.m
36.m
36.28%
36.2836
36.2881
36.29911
3
6
.
m
36.293
36.2%9
36.m
36.2581
3
6
.
3
7
5
36.31CQ
36.2992
36.2611
-1D8.4931
-108.4669
-108.4583
36.5jlo
3
6
.
m
36.3714
-108.486
36.3547
-108.5222
36.3461
.
z
2*141
31 241 1%
36.0922
36.2636
.._;, .
35 25N 1% 1.7
35 EN134
36 291134
2 2*1%
2 2 4 1%
24 z=m 1m
242441%
21 2 4 14m
27 2 4 I#
27 2 4 1 4
36.3361
-108.28i5
.
30 251f 1 4
30 m i 4
36.3597
34 Wlar
ndndnd
27 21N 1 3
4 21H
11u
4 21N
11Y
5 2lN
11Y
5767 DSESLMI 21 2& 1 4
57713 t b i e . m E m 2 4 1 1 1 4
5766 M X S E 24N
27
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5747 mE!U
29 2 4 I 4
x89 s?wEE 21 24N 141
x64 1(E3BLMrnwrlac
5769 %E
17 24N 1 4
5792 SEMSU 17 2 4 I 4
5769 NBBlsm 24N
18
14u
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18
144
5774
SXQ W E
17 24H 1 4
ms SWEMn 18 24H 141
5808 58Qu
17 2 4 I 4
*
5.3 2.6
1.71.7
2.1
so195
YO196
YO197
WOl98
YO199
Yrn
1
361652
1.9 1
1.6 I ,
2.7 1 *:
2.76.9
.,
2.5 1
12.7 5.5 :
2.1 49.9
4 320.8
2.2 18.8
1.65.8
7 64.3
3.3 2 . 2
6.8 147
2 x 6 154.5
16.8 84.9
30.2 12.3
6.4 103.9
56.2 213.3
9.8 86.8
4 156.4
a . 5 158.7
41.2181.7
29.2 214.1
31.6IBS.2
34.1 1%
30.3 192.1
36.5 219.7
29.2271.3
31.3 23.6
835
36.6246.3
24.2 2 8 . 3
27.5 194.5
3.4 9.3
11.1 50
30.3 116.5
13.5 S . 2
9l.2 198.6
32.6 192.8
8.9 67.5
361634
361616
361557
361549
i<
361617
2
1 m 1 BTP-9
I u 3 i f a BmlO
1082Ea
lo82es
1-1
108aB)
108180
1
361621
36(3532 -1
2
260516
1
36064)
1
2
2
I
5
4
9
2
10
2
2
4
15
6
7
6
7
9
6
12
360437
36w34
3934%
361638
361638
361559
361649
S%Pd
361847
361608
361625
361657
3617138
BTPll
Bml2
BTP13
Bmi4
65569
K-I5
1080610 K-I6
108(1542 K-17
la8mv K-3
I W E 6 K-4
1080125 K-6
l&rs11 i a k
10815% m
1081743 N107
1081954 K13
10818D7 K134
It82427 K137
108193 K141
1081841 N18R
1081944 N.241
1
m K5a
laSna N 2 7 a
14N277
lmTm59 K2n
361719
31i17
36181747 -1
N307R
361738 1082121 X312
1076
1076
1076
1076
1076
1
1
5
6
5
8 1076
11565 85 1076
11565 fF 1076
u565 K 10x
Y m
YmD3
Y@m4
..
ymo5
Y W
Yam
11565iF 1076
Y(ns8
PROSPECT
m 80-184
YO189
YO10190
YO191
YO177
Yo178
Yolm
D
E
F
T
. 1NlERlGR m-03
YO148
YO16
YO168
YO151
YO123
Yon
YO174
YO144
Yo166
YO165
YO141
EPT. INTERIOR W-03
m. IrnIDR
DEPT 1MERIoR FES 77-03
m. INlERIDR
DEPT INTERIOR FES 77-03
t€PT INlERIoII FES 77-03
EPT. 1NTERXDR FEs77-03
EPT. INlERlOR
m-03
m-03
Yo153
FmJlTLF?uI
m-03
DEPT INTERioR FES 77-03
DEPT INlERlDR N 77-03
EPT. INTERIDR FEs77-03
10
7
YO10
8
YO132
DEPT. I r n I O R m
-03
EBT INlERloIL N 77-03
m. 1NlERlOR
DEm INlERIoII FES 77-03
EBT. INlERlDR m 77-03
EBT INlERIDR FES 77-03
DEPT. IWTERIDR FE5 77-03
W T . INTERIU? N 77-03
DEPT INlERIoII ES 77-03
1
1
5
Yo157
OEPT
5
uDso8
361i49
10881951 K3M
2
YO13
YO163
m-03
Yo137
YO162
YO129
YO159
YO125
INIERIGR m 77-03
EBT. INlERIOR FEs77-03
YO155
sa399
4
Ycm
5
YDsm
3
..
us65 m
U SW
us65 8
11565 8
11565 8
YO194
I
I
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lDa3113 085
urn
FRvInRH,
FRlliwm
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.
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L.
-108.2119
-108.1256
%.X69
-108.1114
36.0%
-108.G533
36.0797
36m
.
-m.rnn 36.0383
:M N
6248 EEJl
27 ZFdl 134
60% EEJl
21 2-24 1 3
6320
633
6060
NE^
4(5y
tWf3
21 2lN IIY
3 21N I&
6 21N IlY
1081243 28873
leQDm E818
1
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361747
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ZS43
3.1 m.6 i
1
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l m 1 4 K?
4.6 0
1
360713
1081714 9
4
17 29:2 -8,:
I.! 51.3
6
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108M.ll X13
p
T
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IIT
08.2669
08.m
08.3117
08.2736
08.2656
08.2744
08.2773
(Id.3E.3
08.2S9
a8.m
08.6286
08.5911
08.3214
I
-108.m35.303
-108.74Dj
35.4853
-108.1361
35.4925
-108.1361
35.4828
-108.7139
2-108.i?47
-108.6351
-108.7054
-108.666
-lW.6933
-108.7789
I
I
-108.760
-108.7261
-108.7175
-108.8478
-lam211
-108.9191
71911
G
16 1 3 18u
35.2778
35.2825
35.5%
35.3347
35.3058
35.4967
35.4856
35.35.m
7110
K
5
12H
IN
34 11%
%
35.4914
35.4944
35.4853
6511
35.3181
n l o WE
7187 M
n0aE
35.w
35.338
35.4997
35.4925
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29 13N
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31 191 1%
-108.6603
-108.6m
-108.6531
.-108.76Y2
-108.6%4
-108.6883
-108.6883
-108.6681
35.4275
35.4878
35.4992
35.43
35.4606
35.m
35.4603
35.886
35.3219
35.3075
35.3069
35.3094
1
0
8
.
m 35.4867
-1C8.7147
-108.71m
-108.7173
-108.8436
-108.6319
-108.m1
-108.m
-108.8325
34
1%
18y
30 1% 1W
8 141 1%
8
8
35.4981
35.4947
35.697
35.m
35.4%
3
4
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6
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35.4681
35.E64
35.4186
714)
NUU
33.3 898
2.5 216
7.5124
4.4 20
16.85 434.25
4x16
2.5 102.3
7.6 zL5
9.3 3 0
9
5
4
4
2
1
1
2
15
1
108826
Im4?26
1084410
1084410
1
1-16-13-18
101
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104
ID9
m 1218-14-1
1@?4m
1218-9-1
~.
.
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~
1083810 1317-16-1
11318-264
1-
15142
3
1
5
2
1
3
5
6
35.4519
I -1m.m
17.5 W.5
8.3 m
11.6 362
8.7 5.e
4256
1 4 IN
1 4 1%
3'0
1.5 0
20
2.3 0
10.2 m
2.45 2.46
17 201
11.3142
7 16
468
4 125
7.4 906
7.1 4FI
6.9 186.5
1.4 141
1.2 321.5
1.5 94.5
IO 162
15.5 193.31
5 117
6 132
8.3 128
4.5 267
8 167
7.7 2%
14
I
I
I
1
6
1
6
llss w 77-369
4
2
2
1
2
4
3
1
I
1
5
6
2
2
3
2
3
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mas
HWI liF
I54
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-108.68a3
35
a
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6550
7225
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15 141 1%
36 1 3 18u
6.5 49
2
8.9537
17.7 E5
3
9
1@%34 TB-9
351912
1084118
U1-1-36-13-18
l(184113
351854
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352628
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""-108.6722
-108.6592
-108.6314
-108.6%
35.1117
35.1067
-108.6444
35.0994
-108.6419
35.1014
3.0911
-108.6244
-109.5961
35.0839
-108.60[)8
35.0i78
3
.
0
6
7
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-108.62ffi
-108.5769
-108.66?2
-1Oe.6R8
-108.6364
-108.6319
-108.6436
-108.6597
-108.6661
-109.6728
-108.6iS8
-108.6611
-1CB.6Q2
-1rn.6~~
-108.6792
-108.6936
-108.6806
-108.6811)
-308.7200
-108.i3Q
-108.6878
-108.6861
-108.6531
7100
tEWE
SFSN
3
5
m
.
35.1353
35.1428
35.1544
35.1631
35.1563
35.134
35.1586
7110
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I
35.1622
35.1672
5.1936
3
5
.
m
35.2125
35.2183
35.ma
35.2181
35.21s
35.1806
35.1667
35.1ae
35.1697
35.1592
6 11N IN
19 1CN I N
29 Irn 1N
9 l a c IN
9 lac 1N
16 101 IN
16 1M 1%
15 lac 1N
lac IN
23 101 IN
n lac 1N
25 lac 1N
31 11N IN
31 IIN 1 N
23 llN 1 N
21 11N 1%'
x1 11N 1N
32 11N IN
30 11N 17y
30 11N IN
19 11N IN
8 11N 1N
9 11N IN
6 11N 1 N
6 11N 1711
12 11N 18y
I 11N 18y
1 11N 1Bl
15 1IN IBu
22 IIN I&!
13 11N 18y
24 IIN 18u
25 11H 1Bu
n
714)
6920
7100
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, IWR-
bvcp
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35.2125
35.08oO
35.0653
-108.6661
Field
9Bw(
W
1.82
2.4 50
2.2 60
5.4 41
4.5 100
3.9 1 m
4.1 m
580
3.3 200
1.4 103
3.2 180
1.9 m,
7.5 MI
3.5 100
1.5 100
3.4
rm
2.8 I m
1.5 140
2.4105
3m
2.3 60
2.1 la
1.9 loo
6.1141
2.9 160
4.6 2%
4.5 41
3.7120
2.6 2¶
26 120
2.1140
1.8 W
2.2 IM
1
1
1
1
1
1
mmFfER569
3952
767-180-K
767-181-K
767-19MT
767-191-K
767-19242
ws BUL 767
m3W
MI
m
m
fm
aHl
1
3
1
I
2
1
2
2
1
2
2
1
7
2
1
1
1
2
1
2
2
1
1
I
1
1
1
167-2rQ
167"
K-5uZ-7x
X7-rn6-x
767-207-x
167-214-E
X7-215-oc
767-216a
767-219%
767-21-E
767-Z2-x
767-ma
767-22m
767-225-n
767-m-oc
m7-ma:
167-n7-K
767"
767-2767-241-K
767-242-K
X7-243-K
767-2W1
767-26-E
nnI
mi
US6S BULL 767
RllW
R7EI
RlQW
R6Ll
R 5Ll
R3W
R4W
T26N
T25N
I
TZ4N
3779.0
2727.0
3941.0
2772. 0
2558.0
T23N
XPLANATION
~~
Kf-Frultland Formation
2704.0
Kmfu-Menefee Formation, upper c
fl32. 0
nember
fl42.0
627'
2758.0
y?803.0
T22N
.o
22651.0
13.0
g866.0
7
.j2420 0
J2743.5
a26.0
T21N
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO CANYON 1:100,000 QUADRANGLE
MENEFEE FORMATION
MAXIMUM DEPTH
R7W
R8W
RllW
R6W
T24N
J3.0
J4.0
A.0
T23N
XPLANATION
Kf-Fruitland Formation
Kmfu-Menefee Formation, upper I
I member
d1.0
J5.0
8.5
J5
T22N
c;t
"-f
c18 0
L".
324.0
I
20.0
Jl.0
87.0
44.~2.0
2 3 . 4 8.0
J8.0
T21N
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO CANYON 11100,000 QUADRANGLE
MENEFEE FORMATION
TOTAL COAL THICKNESS
"
.c ,
R11h
O
R
lW
R4EI
R7E1
RZW
R3N
T26N
I
I
T25N
I
TZ3N
627 0
370.8
a82 5
lXPLANATlON
Kf-Fruitland Formation
i 1.2
i96.6
Kmfu-Menefee Formation, upper c
$88.3
.2
J43.5
4720.0
3
2312 0
p58.0
m.3
228.0
a67.5
&SO 0
,354.0
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO CANYON 1:100,000 QUADRANGLE
~
~~
FRUITLAND FORMATION
MAXIMUM DEPTH
..
iember
RlOW
W
lR
l
R9W
R8W
R5M
R6W
R7W
T25N
T24N
d33 6
Q16.1
437 7
EXPLANATION
Kf-Fruitland Formation
A0 1
482
p6.1
20.7
Zg.O
Kmfu-Menefee Formation, upper
27.8
member
425.4
c"-----v
T22N
cz
ci
26.0
15.8
8.0
23.6
T21N
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO CANYON 1:100,000 QUADRANGLE
FRUITLAND FORMATION
".
..
TOTAL COAL THICKNESS
... .
\
RlON
v
R7W
Star Lake Mine
L
R5W
P
P r o j ected KmFu bou
"-..
i
\
$\
Kclv
I
I
\
Projected KmFc bounda
\\
6.Ql23
\
i
dZ
d2.5
5
South
EXPLANATION
Kf-Fruitland Formation
,
J.
Kmfu-Menefee Formation, upper cc
,.
d7
Kcc
0
d29 0
0
LeeRanch
I
M~ne
Kmfa-Menefee Formation, Allison h
nber
Kmfc-Menefee Formation, Cleary
31
Kcc-Crevasse Canyon Formation
\
T16N
I
d21.6
)
Kcc
f
\
I
/
f
2..
P
~
COAL-BEARING FORMATION§ AND AVAILABLE COAL DATA, CHACO MESA 11100,000 QUADRANGLE
~.
.
FRUITLAND AND CREVASSE CANYON FORMATIONS
TOTAL COAL THICKNESS
member
-?-
(
Member
RlOW
\
y
R8W
R9W
6 0
.8
d.4:
RZW
R3W
R4W
R6W
R7W
L
13Q
d.55:
63.0
A64 0
I
S t a r Lake M ~ n e
6205 0
J333.0
6343 0
41327 0
.
Projected KmFu bounl
"
'V
d750 0
8 3 .O
Pro] ected KmFc bounda
352 8 7 9
"I
dl902 0
h
KmFa
&30 0
South Hospah Leas
EXPLANATION
Kf-Fruitland Formation
Kmfu-Menefee Formation, upper
I
Kmfa-Menefee Formation, Allison
!mber
Kmfc-Menefee Formation, Cleary
)al Member
147 0
Kcc-Crevasse Canyon Formation
LeeRanchMine
T16N
"
7
LeeRanchMine
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO MESA 1:100,000 QUADRANGLE
~
"
. .-
.
FRUITLAND AND CREVASSE CANYON FORMATIONS
~~
~~
MAXIMUM DEPTH
11 member
P
rl
-T
R9W
\
R8W
h1
I
r51
R6W
R71
R3W
R4W
R2W
J888 0
J984
2
d562 0
9
A997 0
J767 0
6204 5
i
S t a r Lake Mine
L
_/1
d509 5
2234 0
dl24 5
ProJe c t e d KmFu bounl
a947 0
d927 0
J835 0
dl120 0
6830 0
J097 0
d774 0
*015 O
2066 0
do08
a921 5
d735 0
+
J745 0
d865 0
42 0
334 0
PO2 0
d794 0
q7 O A324 0
d793 0
680 0
680
4739 5
p0:
3
E80 0
662 5
639 0
d53
&58 4
,218 0
166 0
278 0
I
6472
E45 0
627 0
504 0
KmFa
~
695 0
407 2
6418 0
3
10
642 0
Ath Hosgp0 L e A
I
A80 0
8 0 4 0 4308
67
477 4
EXPLANATION
4328 5
dl72 5
Kf-Frultland Forrnatlon
Kcc
LeeRanchMlne
Kmfu-Menefee Forrnatlon, upper cc
member
Kmfa-Menefee Forrnatlon, Alllson h
nber
Krnfc-Menefee Forrnatlon, Cleary C
11 Member
Kcc-Crevasse Canyon Forrnatlon
A32 0
c,
T16N
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO MESA 1:100,000 QUADRANGLE
MENEFEE FORMATION
MAXIMUM DEPTH
3d3
-
'
.
;
d7
R4W
R9W
R3W
RZW
5
d33 0
S t a r Lake Mlne
n
L
i " p o
85
Projected KmFu bour
23 5
d20 5
d35 0
6-6 0
650
65
BO
69 5
dB0
0
640
d7 0
2
3
-
1
I
7
i
83 0
ected KmFc boundar
d3 4
43 0
dl 5
6434
&:L.2
21 5
64 9
dR 0
d7 9
6 0
iXPLANATlON
I
Kf-Frultland Formation
"i
Kmfu-Menefee Formation, upper cc
member
Kmfa-Menefee Formatlon, Allison 1
nber
Kmfc-Menefee Formatlon, Cleary
11 Member
Kcc-Crevasse Canyon Formation
I
\
T16N
/L3
5
'
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, CHACO MESA 1~100,000QUADRANGLE
MENEFEE FORMATION
TOTAL COAL THICKNESS
P
I
T
& 5
R15W
R16W
R14W
I
R12W
R13W
PO
I
t I ary rocks
4
r30
T19N
T18N
b
l
8 0
TUN
':7
1 I ne
g
:6 5
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, GALLUP 1' 100,000 QUADRANGLE
CREVASSE CANYON FORMATION, AND GALLUP SANDSTONE
TOTAL COAL THICKNESS
6
dl4 0
R17W
R15W
R16W
R14W
R12W
R13W
T20N
LE 5
Tert I ary rocks
T19N
A0
4.8
J.4 5
KP
'
T18N,
-
L
T17N
i,-
4
Kmf-Menefee Formatlon
Mentmore M I ne
Kmfc-Menefee Formation, Cleary Cc al Member
?
Kpl-Point Lookout Sandstone
Kh- Polnt Lookout Sandstone, Hos:a Tongue
Kcc-Crevasse Canyon Formation
Kcg-Crevasse Canyon Formation, Gibson Coal Member
Kmm-Mancos Shale, Mulatto Tong1 e
Kcd1,Kcdc-Crevasse Canyon Formatlon, Dilco Coal Member
/
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, GALLUP 1:100,000 QUADRANGLE
MENEFEE FORMATION
TOTAL COAL THICKNESS
T16N
T
232310 0
R17W
R15W
R16W
R12W
R13W
R14W
T20N
,22243 0
L O
d
Tert I ary rocks
6093 0
T19N
r760 0
T18N
KP
L
'
506 0
i
T17N
7
&
psss
810 0
0
R19W
505 0
pa2 0
I
IL5
5
P'
I
EXPLANATION
Kmf-Menefee Formation
Mentmore M I ne
Kmfc-Menefee Formation, Cleary Cc 11 Member
Kpl-Pomt Lookout Sandstone
Kh- Polnt Lookout Sandstone, Hosl Tongue
Kcc-Crevasse Canyon Formation
Kcg-Crevasse
Canyon
Formatlon,
Coal Member
Kmm-Mancos Shale, Mulatto
Kcd1,Kcdc-Crevasse Canyon
Coal Member
Kg-Gallup Sandstone
Kd-Dakota Sandstone
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, GALLUP11100,000QUADRANGLE
CREVASSE CANYON FORMATION, AND GALLUP SANDSTONE
MAXIMUM DEPTH
.
.
.
. .
3 G3
T
r
631
6137 0
R12W
R13W
R14W
R15W
R16W
T20N
6017 0
,118 0
T e r t I ary rocks
849 0
T19N
$99 0
&O 6
640
\
PO
6 3
I
I
A1.O
/
KP
R18W
'
I
/
I
T17N
R19W
Kmf-Menefee Formation
Mentmore M I ne
I
Kmfc-Menefee Forrnatlon, Cleary Cc al Member
KpCPolnt Lookout Sandstone
Kh- Point Lookout Sandstone, Hosta Tongue
Kcc-Crevasse Canvon Formatlon
Kcg-Crevasse Canyon Forrnatlon, C lbson Coal Member
Kmm-Mancos Shale, Mulatto Tongue
2
,
Ka.h,Kedc-Crevasse Canyon Forrnatlon, D~lcoCoal Member
'Kg-Gallup Sandstone
.. .
, . ...
Kd-Dakota Sandstone
"
: C O A L - E A W FORMATIONS AND AVAILABLE COAL DATA, GALLUP
MENEFEE FORMATION
MAXIMUM DEPTH
1.100,OOO QUADRANGLE
I
Kcd
T14N
2
/
COUNTY
/
/
Ked
1
TEN
\
TUN
BERNALILLO
\
I
~
EXPLANATION
i
Ked
Kmf-Menefee Formation
Kmfc-Menefee Formation, Cleary COa Member
Kcg-Crevasse Canyon Formation,Gibs n Coal Member
TlON
Kcd-Crevasse Canyon Formation, DllC
Coal Member
"
RllW
RlOW
R7W
R6W
COAL-BEARtNG FORMATIONS AND AVAILABLE COAL DATA, GRANTS 1 100,000 QUADRANGLE
TOTAL COAL THICKNESS
R4W
Kcd
-
PO3 0
Kcd
\
T14N
\
T13N
/
COUNTY
Kcd
I
L
Kcd
T12N
Kcd
\
O0
0
\
TllN
BERNALILLO
\
I
EXPLANATION
Kmf-Menefee Formatlon
Kmfc-Menefee Formation, Cleary C 11 Member
Kcg-Crevasse Canyon Formation,G
TlON
son Coal Member
Kcd-Crevasse Canyon Formation, I co Coal Member
RllW
R9W
RlOW
R7W
R6W
I
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, GRANTS 1~100,000
QUADRANGLE
MAXIMUM DEPTH
Kcd
I
.
.. -
3c53
a6 5
65 0
T3ZN
0
0
T31N
PO
2343 0
60
-
680
1 6 4 120 0 /
65 0
17 7
66 0
14 0
125 0
1
T30N
io 0
1
65 3
24gB
67 0
2143 0
EXPLANATION
&
0
21.6.
Kf-Frultland Formation
Kmfu-Menefee Formation, upper coal r
i
65 0
0
nber
132 Q31 0
6
63 0
62 0
17 0
n
5
0
65 0
63 0
67 0
b
0
63 0
64 0
620
1
0
60 0
PO 8 0
!O
60 0
A0
BO
io
60 0
'
PO
68 0 c
L
t
60 0
0
120
1
60
0
PO
PO
63 0
1
d 1
A7
0
A0
610
60
60
60 0
60
a
50
125 0
64 0
so 0 61 0
44 0
&
12 oa 0
I
I
R20W
A1 0
66 0
64 0
R14W
R17W
66 0
COAL-BEARING FORMATIONS AND AVAILABLE COAL DATA, FARMlNGTON
FRUITLAND FORMATION
TOTAL COAL THICKNESS
1;100,000 QUADRANGLE
63
v
I
&33P3/1
TA HINE
T32N
T31N
EXPLANATION
Kf-Frultland Forrnatlon
Kmfu-Menefee Forrnatlon, upper
C(
member
t
T28N
T27N
R14W
R18W
R13W
R12W
RllW
AVAILAKE COAL DATA, FARMWTON 1:SoQoK) QLlADRANGLE
MENEFEE FORMATION
TOTAL COAL THICKNESS
-L
&O
O a00 0
TA tlINE
T32N
T31N
r
I
d969 0
EXPLANATION
Kf-Frultland Formation
Kmfu-Menefee Formation, upper coal iember
1992 0
T28N
T27N
R20W
R15W
R19W
R14W
R13W
R12W
RllW
MENEFEE FORMATION
'MAXIMUM DEPTH
i
T26N
4
NAVAJOMINE
KF
go19 0
T25N
KMF
GATEWAY MINE
KF
a93 0
I
!a30 0
T24N
BURNHAM MINE
/
DE-NA-ZINMINE
KMFA
KF
T23N
\
\
XPLANATION
Kf-Fruitland Formation
Kmf-Menefee Formation
Kmfu-Menefee Formation, upper cc
JSZ8 0
Kmfa-Menefee Formation, Allison N
PO
Kpl-Polnt Lookout Sandstone
~~
'ti
KMFU
DO
~
Kcc-Crevasse Canyon Formation
3
PO
Kg-Gallup Sandstone
T22N
3.0
'0
61 3
'
1
i34 0
I
I
KMFA
d497 0
d486.0
R20W
~
P
LR19W
115W
C O ~ ~ - ~ ~ ~ ~ ~ ~ ' ' F AND
~ R AVAILABLE
M A r I O N
COAL
S DATA, TOADLENA 1.100,000 QUADRANGLE
MENEFEE FORMATION
MAXIMUM DEPTH
113W
I
I
KMFU
I
T21N
1
iu
NAVAJO MINE
T25N
KMF
6 915
I
J213.3
GATEWAY MINE
fi5&t
KF
'I
/7
TUN
.2
25-75
%
7571 .
BURNHfUl MINE
40
/
DE-NA-ZIN MINE
KMFA
209 5
0
\
KF
471 0
T23N
U
iXPLANATlON
Kf-Fruitland Formation
Kmf-Menefee Formation
Kmfu-Menefee Formation, upper cc
KMFU
Kmfa-Menefee Formation, Allison hr
Kpl-Point Lookout Sandstone
Kcc-Crevasse Canyon Formatlon
Kg-Gallup Sandstone
T22N
KMFA
KMFU
'CC
R20W
KG
"l
~
P
LR19W
181.1
;17W
116W
R15W
113W
COAL-BEPcR#NGFORMATIONS.AND AVAILABLE COAL DATA, TOADLENA 1.10~0,OO~O
QUADRANGLE
- .~~
- "_
~~
..
"
.
~
FRUITLAND FORMATION
MAXIMUM DEPTH
R121.1
T21N
NAVAJO tUNE
dl3 Q
r;)
GATEUAY MINE
d8.
dl8 0
.e 0
T24N
/
BURNHAH MINE
/
6.3
DE-NA-ZIN HINE
r7 2
KF
42
.o
O
dl9 7
PO
\
T23N
EXPLANATION
Kf-Fruitland Formation
Kmf-Menefee Formation
i,/
Kmfu-Menefee Formation, upper (
Kmfa-Menefee Formation, Alllson
Kpl-Polnt Lookout Sandstone
Kcc-Crevasse Canyon Formation
Kg-Gallup Sandstone
T22N
KMFA
KMFU
R20W
KG
~ F I -
R19W
1
4
lW
17W
COAL-BEARING FaRMATIONS AND AVAILABLE COAL DATA, TOADLENA 1.100,OOO QUADRANGLE
FRUITLAND FORMATION
TOTAL COAL THICKNESS
R13W
KF
e
L
GATEWAY MINE
KF
20
T24N
I
I
BURNHAM MINE
/
DE-NA-ZW I I N E
KHFA
KF
\
T23N
U
EXPLANATION
Kf-Frultland Formation
Kmf-Menefee Formatlon
KMFU
Kmfu-Menefee Formatron, upper ca
a0
Kmfa-Menefee Formatlon, Alllson h,
Kpl-Point Lookout Sandstone
Kcc-Crevasse Canyon Formatlon
Kg-Gallup Sandstone
T22N
a
0
A4
11.0
KMFA
KG
115W
17W
COAL-BEARING FORMATIONS AND AVAILABLE
COAL DATA, TOADLENA 1:1.00,000
QUADRANGLE
MENEFEE FORMATION
TOTAL COAL THICKNESS
R13W
114W
I
T21N
b
@
R14W
R15W
R12W
R13W
T14N
Kd
I
R16W
4
I
T13N
J.2
MCKINLEY CNTY
CIBOLA CNTY
Kcdc
I
4
EXPLANATION.
Kmf-Menefee Formation
Kmfc-Menefee Formatlon, Ck
:oal Member
Kcdc-Crevasse Canyon, D~lcc
.I Member
TUN
Kg-GaHup Sandstone
Kthc-Tres Hermanos Format1
iarthage Member
Kd-Dakota Sandstone
TlON
Kd
c
I
U
Kd "-.-Kthc
R20W
ct
R17W
1
GOAL-BEAR1WG FORMATIONS AND AVAILABLE COAL DATA, ZUNl
TOTAL COAL THICKNESS
l~J00,OOO
QUADRANGLE '
T9N
do2 3
If
I 2
R15M
@
R14W
"
R13W
Kd
I
R16W
d90 0
MCKINLEY CNTY
I
c
CIBOLA CNTY
EXPLANATION
Kmf-Menefee Formatlon
Kmf-Menefee Formation, Cleary
Kcdc-Crevasse Canyon Formatlc
:oal Member
,
D k o Coal Member
TllN
Kg-Gallup Sandstone
Kthc-Tres Hermanos Formatlon
2arthage Member
Kd-Dakota Sandstone
TlON
c
RZOW
:
.
Kthc
R17W
COAL BEARING FORMATIONS AND 'AVAILABLE COAL DATA, ZUNI1:100,000
MAXIMUM DEPTH