.:> ,_, -..uMEfir OF THE
3EOLC3ICAL SURVEY
Major oxide analyses, CIPW norms, modes, and bulk specificgravities of plutonic rocks from the Mariposa 1° x 2° sheet,
central Sierra Nevada, California
Paul C. Batemanl, Frank C. W. Dodge1 and Peggy E. Bruggman 1
U.S. Geological Survey
Open-File Report 84-162
Tnis report is preliminary and has not been reviewed for conformity with U.S. Geological Survey editorial standards and stratigraphic nomenclature. The following names of lithodemes have not yet been formalized: Blue Canyon Tonalite, Knowles Granodiorite, Dinkey Creek Granodiorite, Lake Edison Granodiorite, Mono Recesses Granite, and Evolution Basin Alaskite.
1. Menlo Park, California
CONTENTS
Introduction......................................................................vMajor oxides...................................................................... vNorms............................................................................. vModes............................................................................. ySped fie gravi ties............................................................... viReferences......................................................................vi iFigure 1. Mariposa 1° x 2° sheet showing the different geographic areas.......viiiSierra National Forest............................................................1
Fine Gold Intrusive Suite......................................................1Tonalite of Ross Creek......................................................1B1ue Canyon Tonal 1te........................................................1
Hornblende-poor facies...................................................5Granodiorite of Goat Mountain...............................................5Tonalite south of the Experimental Range....................................5Trondhjemite of Ward Mountain...............................................5
Unassigned Rocks Enclosed Within and Adjacent to the Fine Gold Intrusive Suite.6 Tonalite of Millerton Lake..................................................6Knowles Granodiori te........................................................6
Eastman Lake piuton......................................................6Tonali te of Oakhurst........................................................6
Shaver Intrusive Suite.........................................................8Dinkey Creek Granodiorite...................................................8
Equigranular facies......................................................8Porphyritic facies.......................................................9Mafie inclusions.........................................................9
Granodiorite of McKinley Grove...............................................9Granite of Shuteye Peak.....................................................9Granite of Dinkey Dome.....................................................10Granite of Shorthair Creek.................................................10Granite north of Snow Corral Meadow........................................11Granite of Sheepthief Creek................................................11Granite of Lower Bear Creek................................................11Granite of Mushroom Rock...................................................11Granodiorite of Whisky Ridge............................................... 11Granodiorite of Stevenson Creek............................................11
Intrusive Suite of Kaiser Ridge...............................................12Mount Givens Granodiorite..................................................12
Equigranular facies.....................................................12Porphyritic facies......................................................13Fi ne-grained facies..................................................... 14Di ori te inclusion....................................................... 14Hornfels 1nclusi ons..................................................... 14
Granodiorite of Red Lake...................................................15Granodiorite of Eagle Peak.................................................15
Equi granular facies.....................................................15Porphyritic facies......................................................l5
Granodiorite of Big Creek..................................................15Granodiorite of Bald Mountain..............................................15Leucogranite of Big Sandy Bluffs...........................................15Granite of Lion Point......................................................15
6709c
John Mu1r Intrusive Suite.....................................................16Lamarck Granodiorite....................................................... 16Lake Edison Granodiorite...................................................16Round Valley Peak Granodiorite......................................-.-....16Mono Recesses Grani te......................................................17
Turret Peak piuton...................................................... 17McGee Creek piuton......................................................17
Evoluti on Basi n Alaski te................................................... 17Granitoids Associated with the Mount Goddard Roof Pendant.....................19
Sheared Granodiorite.......................................................19Sheared Leucogranite.......................................................19Granodiorite of Margaret Lakes.............................................19Granite of Bear Dome.......................................................19
Marginal facies.........................................................19Alaskite of Graveyard Peak.................................................19Leucogranite of Finger Peak................................................19
Yosemite area....................................................................20Jawbone Intrusi ve Suite.......................................................20
Tonalite of Granite Creek..................................................20Granite of Woods Ridge.....................................................20
Intrusive Suite of Wawona.....................................................21Tonalite of Aspen Valley...................................................21Tonalite of the Gateway....................................................21
Poopenaut Yal1ey piuton.................................................21Tueeulala Falls piuton..................................................21Hazel Green piuton......................................................22
Marginal fades......................................................22Granodiorite of Arch Rock..................................................22
Crowsfoot Camp piuton...................................................22Granodiorite of Sawmill Mountain...........................................23
Intrusive Suite of Yosemite Valley............................................24El Capitan Granite.........................................................24
Rancheria Mountain piuton...............................................24Double Rock piuton......................................................25Mount Hoffman piuton....................................................25Swamp Lake piuton.......................................................25Bald Mountai n piuton.................................................... 25Gray Peak piuton........................................................25
Taft Leucograni te.......................................................... 26Ten Lakes piuton........................................................26Stovepipe Camp piuton...................................................26Hogan Mountai n piuton...................................................26
Intrusive Suite of Merced Peak................................................27Granodiorite of Jackass Lakes..............................................27Leucogranite of Timber Knob................................................27
Intrusive Suite of Buena Vista Crest..........................................28Granodiorite of Illilouette Creek..........................................28
Tamarack Creek piuton................................................... 28Leaning Tower piuton....................................................28
Granodiorite of Ostrander Lake.............................................28Granodiorite of Breeze Lake................................................29
ii
6709c
GranodiorHe of Horse Ridge................................................29Bridalvei1 Granodiorlte....................................... 29Granite of Chilnualna Lakes................................................29
Intrusive Suite of Washburn Lake..............................................30Granodiorite of Red Devil Lake.............................................30Granite of Turner Lake.....................................................30Granite porphyry of Cony Crags.............................................30
Porphyries and Other Subvolcanic Rocks of the Ritter Range Roof Pendant.......31Quartz monzonite of Rush Creek.............................................31Granite of Billy Lake......................................................31Granodiorite porphyry of Horsethief Canyon.................................31Leucogranite porphyry of Post Peak.........................................31Leucogranite porphyry of Red Peak..........................................31
Intrusive Suite of Hetch Hetchy...............................................32Quartz diorite of YoSemite Creek...........................................32Sentinel Granodiorite......................................................32
Tuolumne Intrusi ve Suite......................................................33Tonalite of Glen Aulin.....................................................33Granodiorite of Kuna Crest.................................................33Granodiorite of Grayling Lake..............................................33Half Dome Granodiorite.....................................................34
Equigranular facies.....................................................34Porphyritic facies......................................................36
Cathedral Peak Granodiorite................................................36Johnson Grani te Porphyry................................................... 38
Unassigned rocks of the YoSemite area.........................................39Quartz diorite of Long Creek...............................................39Leucogranite of Mount Clark................................................39Granite porphyry of Star Lakes.............................................39Tonalite of Crane Creek....................................................39Granodiorite of Hogden Ranch.... .........................'..................39Granodiorite of Grizzly Creek..............................................39Quartz diorite of Mount Gibson.............................................39
Eastern Sierra Nevada and Benton Range...........................................40Scheelite Intrusive Suite.....................................................40
Wheeler Crest Granodiorite.................................................40Tungsten Hi 11s Grani te.....................................................41Granite of Lee Yining Canyon...............................................41
Palisade Crest Intrusive Suite................................................42Tinemaha Granodiorite......................................................42Granodiorite of McMurray Meadows...........................................42
Unassigned Granitoids of the Eastern Sierra Nevada and Benton Range...........43Granite of Casa Diablo Mountain............................................43Granodiorite of Mono Dome..................................................43Granite of Rawson Creek....................................................43Granodiorite of Coyote Flat................................................43Inconsolable Monzodiorite..................................................43
White and northern Inyo Mountains................................................44Soldier Pass Intrusive Suite..................................................44
Granodiorite of Beer Creek.................................................44Granite of Cottonwood Creek................................................44
iii
6709c
Jurassic granitoids of the northern White Mountains...........................45Quartz monzonlte of Mount Barcroft.........................................45Granodiorite of Cabin Creek................................................45Granite of Sage Hen Flat...................................................45
Cretaceous Granites of the White Mountains....................................46Granite of Pellsler Flats.................................................46Granite of Boundary Peak...................................................46Granite of Marble Creek....................................................47Granite of Leldy Creek.....................................................47Granite of Indian Garden...................................................47Granite of McAfee Creek....................................................47
Mafic and U1tramaf1c rocks.......................................................48Serpent! ni te..................................................................48Pyroxenite....................................................................48Gabbro........................................................................48Hornblende gabbro.............................................................48D1ori te.......................................................................49Quartz diorite................................................................49Quartz dforite porphyry.......................................................49
Aplite and aplitic leucogranite..................................................50
iv
6709c
IntroductionThe following tables Include major-oxide analyses, CIPW norms, modes, and
specific gravities of 499 samples of plutonic rocks collected from the area of the Mariposa, California 1° x 2° sheet during the 30-year period between 1953 and 1983. Samples averaged about 1 kg in weight. The Mariposa sheet spans the central part of the Sierra Nevada batholith between lat 37° and 38° N. The analyses are reported in four groups corresponding to four geographic areas: (1) the Sierra National Forest, (2) the Yosemite area, (3) the eastern Sierra Nevada and the Benton Range, and (4) the White and northern Inyo Mountains (Fig. 1). Within these areas the analyses are arranged by intrusive suite, lithodeme, and pluton and (or) fades. The analyzed samples were collected during the course of geologic mapping and were selected as being representative of the rocks sampled. Modes, norms, and most chemical compositions were determined in the laboratories of the Geological Survey. However, samples from the Tuolumne Intrusive Suite numbered Z-5 to Z-64 were analyzed chiefly by X-ray fluorescence in the laboratories of the Australian National University. Major oxides
Most of the samples were analyzed by the rapid method of Shapiro and Brannock (1962), but some, especially prior to 1960, were analyzed by conventional chemical methods (Peck, 1964). A few since 1975 were analyzed by X-ray fluorescence (Taggart and others, 1981) with FeO, H£0 and C02 determined by wet chemical methods. The X-ray fluorescence analyses made in Australia of the Z-numbered samples from the Tuolumne Intrusive Suite were completed in the laboratories of the U. S. Geological Survey by wet chemical analyses for FeO, H20, and C02. Sums of conventional chemical analyses are reported to two decimal places (e.g., 99.89), whereas rapid and X-ray fluorescence analyses are reported to only one decimal place (e.g., 99.9) with the exception of the Z-numbered samples, which are reported to two decimal places. CIPW norms
A graphic normative analysis program (GNAP) developed by Stuck!ess and Van Trump, (1979) was used to calculate the CIPW norms. Chemical analyses were adjusted to sum to 100 percent on a H20-C02-free basis prior to norm calculation. Modes
TTodes of medium- and coarse-grained rocks and some fine-grained rocks were determined by point-counting sawed and polished slabs on which plagioclase was stained red and K-feldspar yellow (Norman, 1974); the modes of most fine-grained rocks were determined by point counting thin sections. Only quartz, K-feldspar, plagioclase, and total mafic minerals can be distinguished on stained slabs, and where hornblende, biotite, and accessory minerals are reported, their ratios to one another were determined 1n thin section and apportioned to the total content of mafic and accessory minerals determined on stained slabs.
The areas of most stained slabs exceed 70 cm2 and many are more than twice this size. However, some slabs from the eastern Sierra Nevada and Benton Range, which were cut from samples collected before 1955, are smaller. At least 1,000 points were counted on each slab, which would permit assigning limits of error of less than +_ 3 percent, if the distance between the points had been at least as great as the distance across the largest grains (Van der PI as and Tobi, 1965). However, few of the slabs are large enough in relation
6709c
to the grain size to permit assigning meaningful limits of error on the modes. Nevertheless, plots of modes on maps and diagrams make reasonable and informative patterns. Specific gravities
Specific gravities were determined with a direct-reading beam balance. Samples of at least 0.5 kg were first weighed in air. They were then weighed in water following a period of immersion to allow air in cracks and adhering to the surface to escape.
VI
6709c
REFERENCES CITED
Norman, M. B., II, 1974, Improved techniques for selective staining offeldspar and other minerals using amaranth: Journal of Research of the U. S. Geological Survey, v. 2, p. 73-79.
Peck, L. C., 1964, Systematic analysis of silicates: U. S. Geological Survey Bulletin 1170, 89 p.
Shapiro, L. and Brannock, W. W., 1962, Rapid analysis of silicate, carbonate, and phosphate rocks: U. S. Geological Survey Bulletin 1144-A, 56 p.
Stuckless, J. S., and Van Trump, G., Jr., 1979, A revised version of graphic normative analysis program (GNAP) with examples of petrologic problem solving: U. S. Geological Survey open-file report 79-1237, 112 p.
Taggart, J. E., Jr., Lichte, F. E., and Wahlberg, J. S., 1981, Methods of analysis of samples using X-ray fluorescence and induction-coupled plasma spectroscopy, in Lipman, P. W., and Mullineaux, D. R., eds., The 1980 eruptions of Mount St. Helens, Washington: U. S. Geological Survey Professional Paper 1250, p. 683-687.
Van der Plas, L. and Tobi, A. C., 1965, A chart for judging the reliability of point counting results: American Journal of Science, v. 263, no. 1, p. 87-90.
vii
6709c
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ITE
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IER
RA
N
EVAD
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E
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reas
SIERRA NATIONAL FOREST
FINE GOLD INTRUSIVE SUITE
Field No.Lab. No. North Lat. Uest Long.
Tonal Ite of RossCreek
SLb-64M-118542H 37*14.0' 119 20.6-
Blue Canyon Tonal Ite
Ma-8M-145307 37*28.8' 119 53.9'
Ma-27M-145309 37*26.7' 119*57.9'
Ma-44M-145310 37*22.7- 119 54.1
Mb-6M-145311 37*27.2'
' 119*54.7'
Chemical analyses (weight
$10?A1203FerOiFeoMgOCaONa?0KovHoO*HjO- T102^2^5MnOC0 2
Sum
61.616.82.14.33.35.63.12.50.700.06 0.810.140.080.06
101.2
59.417.61.154.653.476.843.171.430.920.14 0.790.180.10.18
100.0
64.416.40.823.492.304.673.242.450.960.17 0.550.140.070.19
99.9
61.316.61.384.383.245.913.111.840.950.11 0.770.180.10.32
100.2
67.715.20.852.651.803.532.863.770.630.11 0.500.10.050.07
99.8
Mb- 30 Mc-19M-145312 M-145314 37*29.7- 37*19.7' 119*48.5- 119 54.9'
percent)
66.216.21.262.551.854.463.442.050.880.21 0.480.150.070.16
100.0
61.817.11.064.353.136.073.411.461.000.12 0.680.130.090.09
100.5
Mc-21M-145315 37*18.8' 119*47.3'
61.915.90.864.433.945.173.362.371.130.16 0.770.190.080.12
100.4
Md-5M-145316 37*20.5' 119*49.5'
60.417.70.824.483.366.553.361.321.150.12 0.690.170.090.16
100.4
Me -49M-145319 37*22.0' 119*52.5'
67.117.00.662.671.664.463.991.310.800.10 0.510.150.050.19
100.7
CIPH norms (weight percent)
QCorabandihymt11ap01
Total
QuartzK -feldsparPlagloclase8 lot IteHornblendeMafic minerals
undivided
Total
Bulk specificgravity
15.7
14.726.124.51.9
12.23.01.50.3
99.9
_ _
_ _
14.1
8.627.229.92.6
14.01.71.50.4
100.0
150
532012
~~
100
2.80
21.20.3
14.727.822.6_
10.81.21.10.3
100.0
234
501310
100
2.73
17.2_
11.026.626.2
1.913.12.01.50.4
99.9
Modes
131
452417
~"
100
2.78
25.40.2
22.524.417.0
_8.01.21.00.2
99.9
25.40.6
12.329.521.4
_7.71.90.90.4
100.1
16.9
8.729.127.21.8
13.21.51.30.3
100.0
14.8
14.228.721.52.6
15.01.31.50.5
100.1
14.8
7.928.729.6
1.714.31.21.30.4
99.9
25.71.37.8
33.921.2
_7.81.01.00.4
100.1
(volume percent)
27163515
7
~~
100
2.70
290
4917
5
~~
100
2.72
150
551713
~~
100
2.76
161
472313
~~
100
2.77
180
491419
~~
100
2.77
122
6518
3
~~
100
2.74
4898c
SIERRA NATIONAL FOREST Continued
FINE GOLD INTRUSIVE SUITE Continued
Blue Canyon Tonal Ite Continued
Field No.Lab. No. North Lat. West Long.
C-CR-5M-112949W 37*28.1' 119*52.5'
C-CR-10M-112950W 37*21.9'
119*52.3'
C-CR-19M-112953W 37*17.6'
119*45.6'
C-CR-27M-112954U 37*8.9' 119*51.5'
BLa-5M-145282 37 26.8' 119 44.9'
Chemical analyses (weight
S10?A1903Fe203FeO"goCaONa»0KjOHgO*H^O"T102P?05NnOC02
Sum
QCorabandlhymt11 Pol
Total
60.117.10.705.03.36.13.21.71.10.140.880.180.13
<0.05
99.7
14.8
10.227.527.71.5
15.11.01.70.4
99.9
54.218.70.007.24.36.93.42.41.20.110.930.260.15
<0.05
99.8
0.2
14.429.229.13.3
21.4
1.80.6
100.0
66.416.40.143.61.84.53.51.90.770.130.500.110.07
<0.05
99.9
24.40.7
11.429.921.8
10.40.21.00.3
100.2
64.617.10.323.82.14.93.41.70.970.130.620.130.08
<0.05
99.9
CIPW norns
22.71.1
10.229.123.8
11.20.51.20.3
100.1
69.41S.4
1.072.321.43.863.42.200.6S0.050.39
<0.10.060.09
100.3
BLa-11M-145284 37*28.5' 119 38.4'
percent)
67.814.71.152.441.83.743.03.140.550.060.49
<0.10.060.01
98.9
BLa-16M-145286 37*25.6' 119*38.1'
61.616.51.544.063.05.343.02.251.060.200.800.10.090.01
99.6
BLa-29M-145290 37*28.3' 119*42.6'
73.013.90.711.240.852.263.13.820.360.060.23
<0.10.04
<0.01
99.6
BLa-35M-145291 37*26.2' 119*40.5'
62.116.51.463.513.25.343.42.061.130.170.660.20.080.01
99.8
BLc-11M-145295 37*15.5' 119*42.1'
62.615.20.765.623.54.952.92.351.050.030.840.10.10.09
100.1
(weight percent)
29.70.4
13.128.919.2
6.41.60.7
100.0
27.1
18.925.817.71.07.01.71.0
100.2
18.1
13.525.825.30.8
12.32.31.50.2
99.8
33.90.6
22.826.511.3
3.51.00.4
100.0
17.4
12.429.224.01.2
11.92.11.30.5
100.0
18.0
14.024.821.82.0
16.41.11.60.2
99.9
Modes (volume percent)
QuartzK-feldsparPlagloclaseBlotlteHornblendeMafic minerals
undivided
Total
Bulk specificgravity
250
51_
24
100
150
60_
25
100
341
50_
15
100
28tr54__
18
100
306
53_
12
101
2.70
251145_
»
100
2.70
201
53_
26
100
2.75
331841_
__ 8
100
2.66
191
51__
29
100
2.73
251
461810
**""
100
2.79
4898c
SIERRA NATIONAL FOREST Continued
FINE GOLD INTRUSIVE SUITE-Continued
Blue Canyon Tonal Ite Continued
Field No.Lab. No. North Lat. West Long.
SiO?AloO?FejO*FeuMgOCaONa?0KgOHoO*H20~TlO?PoOcMnOC0j>
Sum
QCorabandihymt11apol
Total
BLC-42M-145297 37*16.9' 119*44.2'
64.116.50.604.102.64.793.52.240.730.010.61
<0.10.08
<0.01
99.9
18.6
13.429.923.00.9
12.30.91.2
100.2
BLd-13M-145301 37*16.1' 119*34.9'
65.914.90.093.971.93.902.24.130.760.030.530.10.08
<0.01
98.5
24.0
25.019.119.00.1
11.40.11.00.2
99.9
BLd-27M-145303 37*18.9' lit 30.1'
69.315.50.721.931.23.883.62.250.530.060.39
<0.10.04
<0.01
99.4
28.90.1
13.530.819.5
5.41.10.8
100.1
BLd-30M-145304 37*21.9- 119*31. 0'
Chemical
66.915.81.172.661.84.453.42.200.700.080.550.10.060.01
99.9
CIPW
25.6.
13.129.021.50.17.61.71.10.2
99.9
SP-149M-101050W
37*21.2' 119*29.0'
RDa-1W-192284 37*8.8' 119 54.8'
MLa-19W-192273 37*8.8' 119 43.9'
MLb-6w-192274 37*12.6' 119*33.5'
MLb-12w-192490 37*8.2' 119 36.2'
MLb-69U-192275 37*11.3' 119*36.5-
MLc-154W-192281 37*6.6' 119*39.7
analyses (weight percent)
65.616.21.42.82.04.63.13.00.740.070.610.120.10
<0.05
100.4
65.016.70.973.52.3S.I3.51.60.760.070.730.180.050.02
100.5
64.316.50.824.12.6S.O3.41.90.840.040.640.170.070.01
100.4
65.016.71.23.62.15.03.51.60.890.000.680.170.060.02
100.5
65.016.6
1.13.02.35.04.01.30.660.150.500.160.060.04
99.9
63.416.91.14.02.35.43.32.10.810.080.620.150.060.06
100.3
65.716.50.973.01.84.83.61.90.830.050.530.150.050.02
99.9
norms (weight percent)
22.4
17.826.421.50.57.92.01.20.3
100.0
Modes (volume
QuartzK-feldsparPlagloclaseBiotiteHornblendeMafic minerals
undivided
Total
Bulk specificgravity
191
57
23
100
2.74
231640
22
101
2.72
288
52
12
100
2.69
284
51
17
100
2.72
236
50
21
100
2.70
22.70.49.5
29.724.2_
10.31.41.40.4
100.0
percent)
212
5515
8
101
2.75
20.50.2
11.328.923.8
12.51.21.20.4
100.0
181
5517
7
~~
98
2.77
23.10.59.5
29.723.8
9.91.71.30.4
99.9
26<0.55614
3
~~
99
2.75
21.6.
7.834.223.70.29.61.61.00.4
100.1
210
5813
8
~~
100
2.73
19.4
12.528.125.30.6
11.01.61.20.4
100.1
24<0.55120
5
~~
100
2.76
23.40.2
11.330.823.1
8.51.41.00.4
100.1
231
5713
6
100
2.75
4898c
SIERRA NATIONAL FOREST Continued
FINE GOLD INTRUSIVE SUITE Continued
Blue Canyon Tonallte
Field No.Lab. No. North Lat. West Long.
MLd-9M-192282 37*5.4- 119*32.0'
MLd-52W-192283
37 1.9' 119*31.1-
JB-1M-105843W
37*5.9' 119*22.8'
SI-32M-100928W
37*2.2- 119*23.1'
SLa-48 SLb-63 SLc-107M-118S35W M-118541W M-118549M
37 12.8' 37*12.7- 37*1.3' 119*29.8' 119*19.7' 119*28.9'
SLC-115M-118551M 37 7.0' 119*28.6'
SLd-36M-11B555W
37 0.6' 119*17.7'
SLa-39M-118534W 37*13.4' 119*27.5'
SLc-70M-118548U 37*4.7'
119*24.9'
HLc-58M-106635W
37*0. 1' 119*13.0'
Chemical analyses (weight percent)
S102AlwjF*?^3FeOMgoCaONa20K 2°HoO*
T?02P?05MnOC02
Sum
61.617.01.83.92.6,5.93.51.80.800.08 0.880.210.070.02
100.2
61.616.92.03.82.66.03.21.90.930.04 0.840.210.080.01
100.1
60.616.91.64.42.75.63.22.41.20.04 0.940.200.10
<0.05
99.9
72.014.90.771.30.762.83.23.00.820.09 0.300.080.04
<0.05
100.1
67.316.61.82.21.64.63.52.20.640.07 0.610.140.050.04
101.4
65.1 65.116.4 16.61.8 2.11.9 2.41.6 2.03.8 4.73.5 3.63.2 2.30.58 0.740.05 0.13 0.61 0.650.10 0.160.03 0.050.01 0.02
98.7 100.6
58.518.82.83.82.96.53.71.30.880.10 0.830.180.080.03
100.4
66.116.52.02.61.94.83.22.40.820.10 0.720.130.050.02
101.3
59.518.02.74.63.06.03.21.80.880.07 0.680.110.160.03
100.7
62.017.22.43.52.55.53.52.00.630.12 0.910.140.070.03
100.5
63.116.71.83.42.25.03.32.20.910.06 0.820.250.08
<0.05
99.9
CIPW norms (weight percent)
QCorabandihymt11apol
Total
QuartzK -feldsparPlagioclaseBiotlteHornblendeMafic minerals
undivided
Total
Bulk specificgravity
17.1_
10.729.825.52.19.92.61.70.5
99.9
211
5813
6
_ **~
99
2.78
18.4__
11.327.326.41.99.82.91.60.5
100.1
161
531612
_ ~
98
2.78
15.5
14.427.525.01.5
11.52.41.80.5
100.1
153
59__
J4
101
2.77
34.71.5
17.927.313.5
3.31.10.60.2
100.1
332038
JO
101
~-
25.80.4
12.929.421.8
5.62.61.20.3
100.0
Modes
295
53_
_il
101
2.72
22.2 22.10.5 <0.05
19.3 13.630.2 30.618.6 22.3
5.1 6.72.7 3.11.2 1.20.2 0.4
100.0 100.0
(volume percent)
28 257 5
51 54__ _
14 16
100 100
2.69 2.74
12.8_
7.731.531.00.2
10.64.11.60.4
99.9
18<0.558_
J3
101
2.80
24.50.2
14.127.022.9
_6.72.91.40.3
100.1
315
46__
17
99
2.73
14.60.1
10.727.129.1
__12.93.91.30.3
100.1
200
59__
21
100
2.79
17.7_
11.929.725.40.98.93.51.70.3
100.1
191
57
_23
100
2.77
20.80.4
13.228.223.4
9.12.61.60.6
99.9
235
51
-11
100
2.73
4898c
SIERRA NATIONAL FOREST Continual
FINE fiOLO INTRUSIVE
Blue Canyon Tonal ite Continued
Hornblende-poor fades
Field No.Lab. No. North Lat.West Long.
S10?A 1 263F*2®3FeoMgOCaONa?0K^OH^O*H?0~Tfo2MnO 5
002
Sum
QCorabandibymtn Pol
Total
MLc-10W-192276
37*3.4'119*44.0'
67.216.70.792.61.54.23.91.70.700.080.470.160.050.02
100.1
25.81.2
10.133.219.9
_7.21.20.90.4
99.9
MLd-27W-192492
37*0.3'119*37.0'
66.416.71.03.01.44.44.01.50.660.180.410.180.060.04
99.9
24.70.99.0
34.220.9
_7.71.50.80.4
100.1
NLd-59W-192493 37*6.5'119*32.0'
63.316.3
1.13.92.04.53.72.10.730.130.550.200.080.00
98.6
19.60.2
12.732.021.5
__10.71.61.10.5
99.9
SLa-97M-118538W
37*8.3'119*23.4'
Chemical
71.115.81.21.91.03.23.82.20.470.070.440.080.020.03
101.3
CIPW
31.41.5
12.931.915.2
_4.31.70.80.2
99.9
SLc-111M-1185SOW
37 3.7'119*27.5'
analyses
65.117.41.82.51.64.93.71.40.720.210.530.130.060.07
100.1
SUITE Continued
6rano- dioriteof teatMountain
BLd-51M-145306 37*15.9'119*32.5'
Tonal ite south ofExperi mentalRange
NLc-45W-192279
37*4.6'119*40.8-
Trondhjemite of Ward Mountain
NLa-12W-192272 37*12.4-119*42.9'
MLc-43 SJ-1W-192278 M-105795W
37*6.3' 37*5.7-119*43.8' 119*44.3'
BLc-43M- 14 5298 37*15.5'119*45.0'
(weight percent)
73.014.40.361.310.31.063.03.721.311.000.11
<0.10.040.04
99.8
68.816.80.772.20.933.84.31.30.230.490.380.150.030.01
100.2
72.115.90.481.10.582.54.42.20.610.050.240.160.030.02
100.4
70.416.10.461.40.613.04.51.70.750.050.270.140.030.02
99.4
70.916.20.271.30.732.34.32.20.160.750.220.040.030.05
99.5
73.415.30.090.690.301.543.84.20.380.060.10
<0.1<0.02<0.01
100.0
norms (weight percent)
24.91.28.3
31.623.7
_6.42.61.00.3
100.0
' 38.73.6
22.626.15.4__
2.80.50.2
99.9
28.61.87.7
36.618.0
_5.21.10.70.4
99.9
31.82.1
13.037.311.4
_2.70.70.50.4
99.9
30.41.8
10.238.614.2
_3.40.70.50.3
100.1
31.22.7
13.236.911.3
3.70.40.40.1
99.9
31.42.0
24.932.37.0
. 1.80.10.20.2
99.9
Modes (volume percent)
QuartzK -feldsparPlagioclase81otiteHornblendeMafic minerals
undivided
Total
Sulk specificgravity
273
5514
1
100
2.71
310
5414
1
~~
100
2.70
157
57
22
101
2.74
378
44_
11
100
2.69
290
57
14
100
2.74
381739 _
_ _ L
101
2.57
310
57110
~~
101
2.69
346
5370
"""
100
2.67
314
5870
*"~
100
2.67
261060
50
~~
101
2.64
292243 *
6
100
2.60
4898c
SIERRA NATIONAL FOREST Contl nued
UNASSIGNEO KOCKS ENCLOSED MITHIN AND ADJACENT TO THE FINE 60LD INTRUSIVE SUITE
Tonal lie of milerton Lake
Field No.Lab No.North Lat.West Long.
S102A1 203Fe203FeuNgOCaONa20K20H 20*H20- T102P205MnOC02F
Sum
QCorabandlhymt11 P
Total
SLc-lSlB-1M-118553W37*0.0'119*28.9'
64.517.31.63.22.24.43.62.20.530.12 0.600.130.060.04
100.5
21.21.3
13.030.521.0
9.22.31.10.3
99.9
MLc-30K-19227737*1.6'119*40.5'
65.016.60.762.82.55.23.11.31.00.14 0.410.120.050.02
99.0
26.20.97.9
26.825.6
10.41.10.80.3
100.0
Knowles Granodlorlte
ROb-58M-19228537*11.5'119*48.6'
72.116.00.441.40.622.84.02.20.650.10 0.250.120.030.06
100.8
33.02.2
13.033.913.1
3.40.60.50.3
100.1
FD-20M-100916037*12.4'119*52.6'
Chemical
72.2214.980.151.810.602.583.962.480.470.02 0.280.100.050.000.04
99.74
CIPU
32.51.3
14.833.812.2
4.40.20.50.2
99.9
Eastman Lake
pluton
Nc-15M-14531337*15.7'119*56.6'
analyses
73.415.20.180.940.482.263.982.400.330.04 0.130.07
<0.020.08--
99.5
La-7M-14528337*23.7'119*44.2'
La-18M-14528737*23.9'119*37.9'
Tonal 1t«
La-22M-14528837*23.2'119*41.7'
of Oakhurst
La-25M-14528937*25.2'119*42.2'
C-CR-11M-112951M37*22.5'
119*43.3'
C-CR-14M-112952W37*20.5'119*40.7'
(weight percent)
63.016.41.683.482.65.363.02.311.020.09 0.670.10.080.01
100.1
68.315.71.371.791.33.783.52.730.490.08 0.490.10.050.01
99.7
69.715.31.101.801.23.693.22.810.580.08 0.34
<0.10.050.01
100.0
66.215.50.763.252.34.473.22.850.680.05 0.51
<0.10.070.04--
100.0
66.415.80.763.41.84.33.22.40.770.13 0.520.110.13
<0.05
99.7
64.616.50.613.92.04.73.12.61.20.11 0.560.120.09
<0.05
100.0
norms (weight percent)
35.42.1
14.334.010.9
2.60.30.20.2
100.0
Modes (volus
QuartzK-feldsparPlagloclaseBlotlteHornblendeMafic minerals
undivided
Total
Bulk specificgravity
246
60«
10
100
2.72
250
5514
6
"
100
2.73
336
5380
""*
100
2.67
34144480
~"
100
2.64
406
4680
~"
100
2.67
20.4
13.825.724.81.2
10.12.51.30.2
100.1
ie percent)
212
55
22
100
2.76
27.30.4
16.329.918.3
4.72.00.90.2
100.1
319
50 -
JO
100
2.67
30.00.3
16.727.318.5
5.01.60.7
100.1
311045
14
100
2.68
22.3
17.027.319.72.29.41.11.0
100.0
247
47
22
100
2.73
25.00.4
14.427.420.9
9.61.11.00.3
100.1
311442
J3
100
--
21.50.3
15.626.622.8
..11.00.91.10.3
100.1
287
48 .
J6
99
--
5127C
SIERRA NATIONAL FOREST Contl nued
UNASSIGNED ROCKS ENCLOSED UITHIN AND ADJACENT TO THE FINE GOLD INTRUSIVE SUITE Continued
Field No.Lab. No.North Lat.West Long.
SI 0?
FeVFeONgOCaONa20 K20H20*HjO- T102^2^5MnOC02F
Sun
QCoraband1by t11 P
Total
BLc-5M-14529337*21.8'119*38.6'
70.314.80.961.711.13.143.1 3.550.580.04 0.31
<0.10.05
<0.01- -
99.8
29.70.2
21.226.515.7
4.71.40.6
"-"
100.0
W.C-8M-14529437*17.2'119*39.2'
Chemical
54.917.51.326.265.328.752.60.851.200.06 0.850.10.140.01 -
99.9
CIPW
8.0
5.122.334.07.6
19.11.91.60.2
99.8
Tonal It*
Lc-22M-14529637*21.0'119*43.3
analyses
63.116.51.673.542.55.453.1 2.130.760.04 0.640.10.090.01~
99.6
of Oakhurst Continued
ttx-57M-14529937*20.1'
' 119*38.7'
Ld-1M-14530037*18.8*119*36.6'
Ld-16M-14530237*17.1'119*35.1'
BLd-40M-14530537*19.8'119*34.9'
(weight percent)
67.315.91.782.691.53.993.2 2.520.730.11 0.530.10.06
<0.01
100.4
63.716.51.473.072.15.113.2 2.230.730.07 0.560.20.080.01~
99.0
61.916.21.014.443.46.232.7 2.320.860.03 0.700.10.090.01
100.0
67.016.21.152.451.64.723.5 2.110.660.04 0.510.10.060.01
100.1
norm (weight percent)
20.4
12.726.525.11.39.92.51.20.2
99.8
27.40.9
15.027.219.2
6.52.61.00.2
100.0
21.8<0.0513.427.624.5
9.02.21.10.5
100.2
17.5
13.823.125.54.2
12.91.51.30.2
100.0
25.3
12.529.822.40.46.61.71.00.2
99.9
Modes (volune percent)
QuartzK-feldsparPlagloclaseBlotlteHornblendeMafic nlnerals
undivided
Total
Bulk specificgravity
292143
72
""
102
2.67
80
587
27
""
100
2.86
262
52
20
100
2.76
324
49
15
100
2.69
233
54138
""
101
2.75
194
44
33
100
2.78
276
50
17
100
2.72
5127C
SIERRA NATIONAL FOttEST Continued
SHAVER INTIUSIVE SUITE
Dinkey Creek Cranodlorlte
Cqu1 granular fades
Field No.Lab. No.North Lat.Uest Long.
SL-1N-10SB51U37*5.7'119*18.2'
SLb-5U-18167537*8.9'119*16.0*
SLd-20H-118554H37*3.0'119*20.2'
KPc-916518537*16.5'
119*8.0'
HL-9 HLa-33 HLa-40M-100929 N-109623U N-109624U37*14.2' 37*10.6' 37*14.7*119*19.6' 119*11.9* 119*11.9'
HLa-91N-109626U37*8.8'119*9.3'
HLc-11N-109627U37*4.8'119*13.8'
HLc-140M-109638U37*3.4'119*8.5'
HLd-18N-109640U37*1.7'119*3.0'
BCc-13H320537*0.3'
118*59.2'
Kdc-laM- 14738037*11.6'119*15.6'
Chemical analyses (Might percent)
S10?A1 263
FeONgOCaONa 20 K20H 20*H?0~TT02'205NnOC02ClFLess 0
Sum
58.616.91.94.83.06.33.12.11.00.060.920.190.100.08--
99.0
61.716.52.14.22.7S.22.7 2.50.890.210.900.200.13
<0.05
100.0
68.914.81.72.31.63.33.0 4.10.700.070.520.080.050.03 --
101.2
67.015.71.22.71.43.63.43.00.890.110.630.110.07
<0.05~ --
99.9
66.3 67.5 6.516.1 15.1 15.51.2 1.8 1.12.8 2.4 3.51.6 1.5 1.64.6 3.7 4.23.2 2.7 3.0 2.7 3.6 2.80.67 0.69 0.840.07 0.15 0.100.54 0.56 0.630.14 0.09 0.150.07 0.08 0.08
<0.05 <0.05 <0.05_
...
100.0 99.9 100.1
69.615.30.882.21.13.02.7 3.40.850.350.480.090.06
<0.05
100.1
60.117.22.14.02.75.93.3 2.11.20.180.910.220.11
<0.05 ~--
100.1
S9.217.62.04.62.96.23.22.00.800.110.960.240.11
<0.05
100.0
57.417.82.34.83.16.73.1 2.01.20.161.00.250.12
<0.05
100.0
61.6815.940.975.122.755.732.82 2.340.870.050.880.170.110.030.030.050.03
99.51
62.416.21.464.342.305.222.98 2.580.730.130.800.170.090.01
99.4
CIPU norms (Might percent)
QCoraband1hymt11ap
Total
13.6
12.726.826.63.4
12.02.81.80.5
100.2
19.90.4
15.023.124.8
11.63.11.70.5
100.1
25.7
24.125.314.80.85.62.51.00.2
100.0
25.20.6
17.929.117.3
6.61.81.20.3
100.0
24.2 27.4 25.50.3 0.3
16.1 21.5 16.727.3 23.1 25.621.8 17.9 20.00.37.3 5.9 8.71.8 2.6 1.61.0 1.1 1.20.3 0.5 0.4
100.1 100.0 100.0
32.42.0
20.423.114.5
5.21.30.90.2
100.0
15.5
12.628.326.31.6
10.43.11.80.5
100.1
14.0
12.027.328.01.2
12.22.91.80.6
99.9
11.7
11.926.629.22.4
12.23.41.90.6
100.0
18.1
14.024.224.32.9
13.01.41.70.4
100.0
19.1
15.525.623.51.3
10.92.11.50.4
99.9
Nodes (volume percent)
QuartzK-feldsparPlagioclaseHafic minerals
undivided
Total
Bulk specificgravity
151
61
23
100
2.80
217
51
22
101
2.78
292039
12
100
2.71
281345
15
101
2.71
31 28 2316 17 1231 39 48
16 16 17
99 100 100
2.72 2.71 2.75
261943
12
100
2.67
283
57
22
100
2.78
171
61
21
100
2.77
172
53
28
100
2.80
218
47
25
101
2.75
__
"
~
5076c
5IERM NATIONAL FOREST Continued
SHAVER INTRUSIVE SUITE--Continued
Dinkey Creek Granodiorite Continued
Porphyritic fades
Field No.Lab. No.North Lat.West Long.
SI-18H320237*9.3'
119*17.2'
SLd-52M-118556U37*2.6'119*21.4'
KPc-3016518637*18.0'
119*11.1'
KPc-138D-10124737*18.1'119*10.3'
SLb-96 X-3M-121101WD37*12.5'119*15.6*
Mafic Inclusions
Kdc-lb Kdc-lc 4-147381 H- 14738237*11.6' 37*11.6'119*15.6' 119*15.6'
Granodiorite of McKinley Grove
HLc-18N-109634W37*0.3'
119*8.1'
HLd-71M-109644U37*3.6*119*2.6'
Granite of Snuteye Peak
SP-457N-101051W37*19.4'119*28.2'
SP-146M-101052W37*27.1*119*28.6'
SLa-16 SLa-129M-118533W M-119816U
37*14.7' 37*12.9'119*28.0' 119*22.9'
Cheaical analyse* (weight percent)
S10?A'203
FeOMgOCaONa20 K 20H20*H20"T102P205MnOC02ClFLess 0
Sun
65.6015.371.163.601.914.393.03 3.170.470.050.670.130.090.020.020.040.02
99.72
71.114.91.31.20.662.03.4 4.30.570.100.270.040.020.04
99.9
68.615.50.842.60.93.13.7 3.00.600.200.550.110.060.05
99.8
70.6414.740.732.270.802.663.71 3.420.410.010.370.100.070.010.040.060.04
100.04
65.615.81.42.91.63.53.32.90.610.050.620.150.050.04 ~
98.5
60.5 59.216.8 17.62.12 1.794.80 4.522,15 2.415.46 6.193.50 3.52 1.93 1.870.69 0.790.11 0.161.00 0.920.31 0.200.08 0.090.01 0.01 _-
99.5 99.3
65.516.11.43.41.03.03.4 3.91.40.870.590.180.07
<0.05 _.
100.9
66.916.20.853.50.633.43.82.70.740.110.430.160.08
<0.05 __
99.6
73.414.00.841.60.371.63.6 3.80.510.100.220.000.08
<0.05 __-.
100.2
73.414.01.00.840.501.83.24.00.580.120.240.060.00
<0.05 __
99.8
73.0 73.615.0 14.21.4 0.881.3 1.20.48 0.522.0 2.24.2 3.03.3 3.70.33 0.430.08 0.130.26 0.270.06 0.060.01 0.060.02 0.05 ._
101.4 100.3
CIPH noras (weight percent)
QCorabandihy t11 P
Total
22.4
18.925.919.11.68.71.71.30.3
99.9
29.61.1
25.629.09.7«
2.41.90.50.1
99.9
26.70.8
17.931.614.8
5.61.21.10.3
100.1
28.10.3
20.331.512.6
5.11.10.70.2
99.9
24.91.3
17.528.516.7
7.42.11.20.4
100.0
16.5 13.6
11.6 11.230.0 30.324.8 27.20.5 2.3
10.8 10.63.1 2.61.9 1.80.7 0.5
99.9 100.1
21.81.3
23.429.213.9
6.82.11.10.4
100.1
24.71.2
16.232.616.0
6.81.20.80.4
99.9
33.21.1
22.630.68.0
3.01.20.4
100.1
35.21.3
23.927.38.6
1.61.50.50.1
100.0
30.3 36.31.5 1.4
19.2 21.935.0 25.59.4 10.6
-2.0 2.42.0 1.30.5 0.50.1 0.1
100.0 100.0
Nodes (voluw percent)
QuartzK-feldsparPlagioclaseMafic Binerals
undivided
Total
Bulk specificgravity
271441
J8
100
2.70
312339
7
100
2.66
282845
14
100
2.70
__--~
""
~
"
__ --
""
***
_-
"" "~
-
~ _
271345
15
100
2.67
262242
Jl
101
2.70
361840
_ **
100
2.57
352635
5
101
2.55
30 2725 2438 43
_ _ {, "
100 100
2.65 2.66
5076C
SIERRA NATIONAL FORESTMkMtlnued
SHAVER INTRUSIVE SUITE Contlmitd
Granite of ShuteyePeak Continued
Field No.Lab. No.North Lat.West Long.
SLb-13N-118539U37*8.1'119*20.4'
SLb-70M-118543W37*9.7'119*19.2'
MP-629H-18551337*32.0'119*27.7'
HI-29N319537*6.5'
119*8.7'
Granite of Dinkey Dow
HLb-10 HLb-122N-10962W N-109631W37*8.1' 37*10.0'
119*3.2' 119*2.6'
Chnrtcal analyses (weight
S102AljOiFe203FeOMgOCaONa20K20H20*H20- T102P205NnOC02ClFLess 0
Sun
73.214.81.11.10.481.83.64.30.210.06 0.430.050.020.03
101.2
71.015.41.41.30.642.03.83.60.450.09 0.290.080.020.08
100.2
74.613.40.160.560.000.674.34.60.260.03 0.000.090.000.02
98.7
78.3711.730.330.740.200.863.353.310.250.04 0.140.020.05
0.010.020.01
99.41
73.1 76.313.7 13.10.64 0.371.6 0.400.22 0.051.5 0.593.3 2.84.7 5.70.53 0.360.10 0.05 0.20 0.050.06 0.020.05 0.08
<0.05 <0.06
99.8 99.9
HLc-129N-109637M37*6.5'119*8.8'
percent)
73.015.00.331.70.391.43.54.20.500.04 0.200.100.08
<0.05 ~
100.5
NLd-128M-109646U37*6.2'119*6.4'
76.913.10.001.10.040.433.74.10.430.07 0.020.060.08
<0.05
100.1
HLd-133N-109647W37*5.8'119*6.6'
72.814.60.431.70.391.53.54.00.650.11 0.210.100.08
<0.05
100.1
Granite of Shorthalr
Hld-13M-109642U 37*3. 1'119*0.6'
73.114.30.451.50.562.02.94.20.630.10 0.230.060.06
<0.05
100.1
DC-1016609337*2.8'
118*59.8'
72.214.50.891.20.72.13.13.90.560.21 0.250.060.06
<0.05
99.8
Creek
DC-1116609437*4.6'
118*57.6'
70.114.91.02.01.22.72.83.90.620.12 0.410.100.07
<0.05
100.0
CIPU now (weight percent)
0Corabandihy t11ap
Total
30.91.1
25.230.28.5
1.61.60.80.1
100.1
29.91.8
21.432.39.4
2.42.00.60.2
100.1
30.90.3
27.637.02.8
0.90.2
0.2
99.9
44.11.1
19.728.64.2
1.50.50.3
<0.05
100.0
31.8 36.90.6 1.3
28.0 33.928.2 23.87.1 2.8
2.7 0.60.9 0.50.4 0.10.1 <0.05
99.8 99.9
'32.12.4
24.829.66.3
3.60.50.40.2
99.9
38.11.9
24.331.51.8
2.2
<0.050.1
99.9
32.72.0
23.829.86.8
3.60.60.40.2
99.9
34.51.5
25.024.79.6
3.50.70.40.1
100.0
33.71.5
23.326.510.1
2.91.30.50.1
99.9
30.81.4
23.223.912.8
5.31.50.80.2
99.9
Nodes (voluM percent)
QuartzK- feldsparPlagloclaseMafic Minerals
undivided
Total
Bulk specificgravity
262543
6
100
2.66
301842
-IP.
100
2.66
333631
"
100
2.62
393128
3
100
2.57
33 3226 4938 18
3 1
100 100
2.64 2.61
322636
6
100
2.65
343825
*
100
2.64
282839
5
100
2.62
313133
*
101
2.62
352630
9
100
332436
JJ
100
10
5076c
SIERRA NATIONAL FOREST Continued
SHAVER INTRUSIVE SUITE-Cofltlnued
Field No.Lab. No.North Lat.West Long.
510? A1 263
FeuMgOCaONagO K 20H 20*H20- T102P 20sMnOC02
SIM
QCorabandlhy t11 P
Total
Granite north of
Snow CorralMeadow
HLd-79M-109645U37*2.5'119*3.1'
73.7 13.70.441.60.411.63.1 4.30.350.15 0.240.060.04
<0.05
99.7
34.61.2
25.626.47.6
3.30.60.50.1
99.9
Granite of Sheepthlef
Creek
KPc-116518437*15.1'
119*13.3'
72.1 14.60.751.50.52.13.33.80.700.06 0.320.050.05
<0.05
99.9
32.81.4
22.728.210.2
3.01.10.60.1
100.1
Granite of Lower
BearCreek
MLc-72N-109636U37*2.6'119*8.2'
ChMlcal
73.7 14.20.591.10.201.13.2 4.80.630.18 0.160.050.02
<0.05
100.0
CIPW
33.91.9
28.627.35.2
1.80.90.30.1
100.0
Granite of NushrooB Rock
SLb-57N-118540U37*14.6'119*17.7'
SLb-109N-118544U37*13.6'119*16.6'
Granodlorlte of Whisky Ridge
SLa-77N-118536U37*14.5'119*24.9'
SLa-552N-109049W37*18.0'119*26.0'
Grono dlorlte of Stevenson
Creek
SLb-166N-118545U37*8.7'119*21.7'
analyses (weight percent)
73.8 14.40.990.880.301.53.0 5.30.750.03 0.340.030.000.08
101.4
norms (weight
32.21.1
31.225.27.2
1.01.40.60.1
100.0
73.2 14.81.10.840.441.83.44.20.390.07 0.200.040.000.01
100.5
percent)
32.81.5
24.828.88.7
1.41.60.40.1
100.1
64.316.82.03.32.24.83.5 2.30.660.13 0.790.160.060.07
101.1
20.50.2
13.629.622.7
8.72.91.50.4
100.1
68.4 15.41.02.41.13.63.42.91.30.08 0.460.110.10
<0.05
100.3
27.40.4
17.329.117.3
5.81.50.90.3
100.0
70.3 15.51.41.70.782.63.6 3.40.450.11 0.360.090.02
<0.05
100.4
29.31.4
20.130.512.3
3.42.00.70.2
99.9
Nodes (volume percent)
QuartzK-feldsparPlagloclaseMafic Minerals
undivided
Total
Bulk specificgravity
323034
5
101
2.64
332039
9
101
2.66
333432
2
101
2.62
272740
6
100
2.64
302739
4
100
2.65
254
50
21
100
2.78
321046
12
100
2.64
292141
' 10
101
2.68
11
5076c
SIERRA NATIONAL FOREST Continued
INTRUSIVE SUITE OF KAISER RI06E
Mount filvtns firanodlorlte
Field No.Lab. No. North Lit. West Long.
SP-445M-101053H 37 20.2' 119*21.8'
SP-300162491 37*23.5'
119*21.9'
KPb-59165170
37*24.6' 119*5.9'
KPc-42165172
37 21.2' 119*7.7'
KPd-61165173
37 20.9' 119*2.1'
Equ1 granular
KP-AA
fades
KPc-16 KP-AB KP-ACM-114269H M-112420W M-114270U M-114271H 37*18.9' 37*19.2' 37*19.1' 37*19.2' 119*10.7' 119*11.0' 119*10.7' 119*10.7'
Chemical analyses (weight
S10?Al203H?3FeOMgOCaONa?0KjO$+Hrf-TIO?P2°5MnOCO?crFLess 0
Sun
67.515.61.52.21.43.83.13.50.790.060.540.130.13
<0.05 _
100.3
67.716.01.91.61.03.63.53.20.540.250.470.160.05
<0.05 _
100.0
68.215.51.22.31.63.32.93.60.560.030.470.110.070.09
99.9
70.415.11.21.50.62.53.14.00.820.050.450.110.050.08
100.0
71.114.41.11.51.02.42.84.40.620.050.380.080.07
<0.05
100.6
54.516.82.65.65.38.12.21.41.90.230.930.140.12
<0.05
99.9
percent)
56.518.02.84.63.57.03.31.61.00.160.890.260.15
<0.05
99.8
58.917.71.34.33.06.33.41.71.20.190.860.200.11
<0.05 __
99.2
60.416.92.14.12.85.73.12.01.10.210.830.180.11
<0.05___
99.6
KPc-32M-112783W 37*19.3' 119*11.5'
61.516.81.73.82.55.53.52.51.00.130.770.180.12
<0.05__
100.1
KP-YM-112417W 37'19.3' 119*13.6'
64.616.01.63.02.04.43.13.01.20.140.620.160.10
<0.05 _
100.0
CIPW norms (weight percent)
QCorabanwodihynt11 Pol
Total
QuartzK -feldsparPlagloclase8lot1teHornblendeOtherMafic minerals
undivided
Total
Bulk specificgravity
25.40.1
20.826.418.1
_
5.72.21.00.3
100.0
252042__
13
100
2.43
26.20.6
19.129.917.0
_
3.22.80.90.4
100.1
271845_
10
100
27.41.1
21.424.715.8_
6.61.80.90.3
100.0
272138_
13
99
2.70
30.91.4
23.926.511.8 _
2.61.80.90.3
100.1
302239_
8
99
2.66
31.20.9
26.223.911.5
__
3.91.60.70.2
100.1
Modes
292735_
9
100
2.67
10.2_
8.519.132.6
_6.2
17.53.91.80.3
100.1
10.3_
9.628.330.0
__2.8
12.54.11.70.6
99.9
13.4_
10.329.428.7
__1.6
12.61.91.70.5
100.1
17.2_
12.026.726.8
__0.7
11.53.11.60.4
100.1
15.4_
15.030.023.0
__2.89.52.51.50.4
100.1
21.9<0.0526.626.621.1_
8.52.41.20.4
100.1
(volume percent)
141
547
222
~~
100
2.85
12<0.55414172
~~
99
2.82
181
601110
1
~~
101
2.78
224
521210
1
~~
101
2.76
225
511281
99
2.76
22134812
51
""
101
2.72
12
SOISc
SIERRA NATIONAL FOREST Continued
INTRUSIVE SUITE OF KAISER RIDGE-Continued
Mount 61vens fir anodlorlte Continued
Equl granular fades Continued
field No.Lab. No. North Lat. West Long.
S10?A1 263
FeOMgOCaONa?0^2"H^*H^- T102P 2°5MnOCO?ClFLess 0
Sum
QCorabanwodihymt11apol
Total
KP-ZM-112416M 37*19.9' 119*14.4-
65.215.71.63.02.14.23.13.01.10.09 0.620.160.10
<0.05__
100.0
22.60.1
18.026.620.0
8.72.31.20.4
100.1
M.b-61M-109629W 37*13.8'
119*5.1'
66.815.61.72.31.63.73.03.40.930.17 0.590.160.08
<0.05_
100.1
25.80.6
20.325.717.5
6.02.51.10.4
99.9
Ka-20H3193
37*14.9' 118*56.4'
67.3614.721.422.611.743.903.073.450.400.07 0.570.130.090.080.010.030.01
99.64
25.1
20.626.216.3
1.96.32.11.10.3
99.9
BCc-12H3206
37*5.0' 118*58.2-
Chemical
68.4214.361.801.941.453.653.592.800.330.06 0.610.190.070.02_
0.040.02
99.31
CIPW
27.6_
16.730.715.0
1.74.12.61.20.5
100.1
A- 103M-110125W 37*20.1-
118*58.8'
A-212M-110126W
37 16.6' 118*59.5'
SP-11SM-101054W
37*28.4' 119*28.6'
Porphyrltlc fades
SP-3340-100433 37 25.0' 119*17.1-
KPa-104M-112419W
37*24.0' 119*13.4'
KPa-66165167
37*25.6' 119*10.6'
KPc-26165171
37*20.4- 119*14.6'
analyses (weight percent)
61.716.92.33.42.45.33.32.50.910.19 0.730.190.09
<0.05 .
100.0
norms (weight
17.5_
15.028.324.2
0.98.93.41.40.5
100.1
66.016.01.62.61.83.73.13.4O.T40.18 0.570.150.10
<0.05_
100.0
percent)
23.80.9
20.326.517.5
7.32.31.10.4
100.1
68.615.41.61.91.13.03.73.50.650.06 0.460.110.13
<0.05__
100.3
25.30.3
20.831.514.2
4.42.30.90.3
100.0
71.5514.371.081.150.721.983.524.520.060.38 0.320.060.060.02
___
99.81
26.50.3
26.730.09.4--
2.61.60.60.2
100.1
66.116.22.02.11.54.03.63.00.560.10 0.530.180.07
<0.05__..
100.0
22.90.2
17.930.718.6
--_.
5.22.91.00.4
100.0
71.814.70.691.11.11.93.24.00.590.10 0.34o.oe0.060.05
___.
99.9
32.31.9
23.827.39.0--__
3.61.30.70.2
100.1
71.214.60.981.20.62.13.24.20.140.76 0.360.090.040.05_ --
99.9
31.01.4
25.127.49.9
2.91.40.70.2
100.0
Modes (volume percent)
QuartzK -feldsparPlagloclaseBiotiteHornblendeOtherMafic minerals
undivided
Total
Bulk specificgravity
22164983
<0.5
*"""
100
2.72
271941____
13
100
2.69
271236__
__*.
100
2.65
231749___
11
100
2.66
218
51_-
20
100
2.73
261740__
j°
99
2.71
252539-._
10
99
2.61
263136_
=JL100
221355
721
~~
100
2.72
332338__
°
100
2.65
31273606
<0.5
_n_
100
2.64
13
SOISc
SIERRA NATIONAL FOREST Continued
INTRUSIVE SUITE OF KAISER RIDGE-Continued
Mount 61vens GranodloHte-Continued
Porphyrltlc fades Continued
Field No.Lab. No. North Lat.West Long.
KP-X KP-P KPa-53 KPa-59M-112418W M-112415W M-112421W M-112422W
37*20.1' 37*21.9' 37*24.4' 37*25.8'119*13.8' 119 14.6' 119*14.7' 119*14.6'
Chemical analyses
S10?Al?0~3F«?^3FeOMgOCaONa?0Kp6HsO*HjO- TT02P2°5MnO 5
C0 2crFlLess 0
Sum
70.914.91.11.30.762.53.23.80.810.04 0.310.100.05
<0.05
99.8
69.115.41.41.50.922.93.34.10.660.06 0.400.120.05
<0.05 _
100.0
72.714.51.10.800.291.23.34.51.10.22 0.130.070.14
<0.05
100.1
72.315.00.781.2
. 0.411.83.54.10.620.09 0.140.090.05
<0.05 _
100.1
KPa-11165166 37*27.2'
119*14.3'
(weight percent)
72.814.70.510.720.51.73.64.10.600.06 0.190.050.04
<0.05
99.6
Fine grainedfades
KP-AHM-114272W
37*25.9'119*18.8'
75.113.40.340.360.121.03.24.60.510.49 0.08
0.02<0.05
-- _
99.3
Olorlte Inclusion
CR-50165704 37*4.5'
118*58.2'
53.017.12.27.44.66.94.02.10.640.20 1.10.370.230.06 _
99.9
Homfels Inclusions
CR-51165705 37*4.5'
118*58.2'
68.014.91.62.91.83.33.21.80.480.28 0.750.200.040.15
99.4
CR-52165706
37*4.5'118*58.2'
51.417.53.35.61.5
15.32.20.130.420.51 0.780.240.38
<0.05 -.
99.3
CIPW norms (weight percent)
QCorabanwod1hymt11apol
Total
31.41.2
22.727.411.9 __
3.01.60.60.2
100.1
26.70.6
24.428.213.7
3.32.00.80.3
100.1
33.62.2
26.928.35.6
1.31.60.30.2
100.1
31.61.8
24.429.88.4
2.51.10.30.2
100.1
32.01.4
24.530.88.2
1.90.70.40.1
100.1
37.11.4
27.727.65.1
0.60.50.2
100.2
_
12.534.222.7
7.812.03.22.10.94.5
99.9
32.52.2
10.827.515.3
7.42.41.40.5
100.1
8.7
0.818.938.15.0
21.5
4.91.50.6
100.1
Modes (volume percent)
QuartzK -feldsparPlagioclaseBiotiteHornblendeOtherMafic minerals
undivided
Total
Bulk specificgravity
242346
6<0.5
1
_~~
100
2.66
272343
6<0.5
1
_~~
100
2.68
302739401
- ~
101
2.62
342240
401
~~
101
2.61
312938
20
<0.5
~~
100
2.62
343333
20
<0.5
~~
100
2.58
_
~~
-
~
_
~~
-
__-- -.----
~~
14
5015c
SIERRA NATIONAL FOREST Contlnued
INTRUSIVE SUITE OF KAISER RIDGE-Continued
Granodlorlte of Red Lake
Field No.Lab. No. North Lat. West Long.
HL-4{1)M-105137W 37*14.0' 119*9.7-
HL-4(2)M-100930W
37 14.0' 119*9.7-
HLa-30M-109625W
37*12.1' 119*11.7'
HLa-111M-109627W 37*12.1- 119 8.7'
Granodlorlte of Eagle Peak
Equ1- granularfades
CP-205 HLd-5M-146891 M-109639W 37 13.3' 37*6.5- 119*9.2' 119*2.8'
Porphy- r1t1c
fades
HLd-51M-109641W 37*5.6'
119*0.9-
Grano dlorlte of B1g Creek
HLa-62M-109622W
37*12.4- 119*14.9'
Grano dlorlte of of Bald
Mountain
HLc-2M-109632W 37*5.6-
119*11.0'
Leucogranlte of Granite of Big Sandy Bluffs Lion Point
SLC-60M-118547W 37*5.9'
119*27.2'
SLc-119M-118552W 37*2.4'
119*24.9'
SLa-91M-118537W 37*11.1'
119*23.1'
Chemical analyses (weight percent)
S102A1 26 3
FeOMgOCaONa?0KjOH20'fHpO-TT02P^cMnOC02ClFLess 0
Sum
QCorabanwodih>mt11apol
Total
68.616.01.91.60.923.03.33.00.500.120.510.240.110.05 _
99.9
30.72.5
17.928.213.4
3.02.81.00.6
100.1
70.015.21.31.40.903.33.72.80.570.070.460.160.05
<0.05
100.0
29.60.5
16.731.515.4
3.11.90.90.4
100.0
69.715.50.392.10.742.83.33.80.800.130.470.140.05
<0.05
100.0
28.21.2
22.728.213.1 ..
4.70.60.90.3
99.9
68.315.81.32.01.23.13.42.81.00.310.520.120.08
<0.05
100.0
29.31.9
16.829.214.8
4.91.91.00.3
100.0
69.4 68.315.3 15.92.00 1.81.69 2.30.98 1.13.13 3.13.55 3.02.96 3.40.56 0.73 0.09
0.41 0.530.12 0.150.04 0.070.04 <0.05_ _ __ __
100.2 100.5
CIPW norms (weight
29.3 29.20.9 2.0
17.6 20.230.2 25.514.8 14.5
3.3 4.72.9 2.60.8 1.00.3 0.4 -_
100.1 100.1
70.915.21.01.50.672.53.13.80.640.070.360.120.04
<0.05_
100.0
percent)
31.91.7
22.626.411.7
3.11.50.70.3
99.9
69.714.70.652.51.23.13.23.70.440.080.480.110.05
<0.05-_
100.0
27.4<0.0522.027.214.8
6.40.90.90.3
99.9
75.313.50.190.920.151.13.14.60.660.150.090.040.04
<0.05_.
100.0
36.91.5
27.526.55.2-.
1.90.30.20.1
100.1
74.314.91.10.760.402.44.21.90.360.040.170.030.010.03 ....
100.6
36.81.6
11.235.511.7
1.21.60.30.1
100.0
74.814.10.790.800.451.63.73.60.500.060.140.030.010.06_
100.6
35.21.3
21.331.3
7.7
1.71.10.30.1
100.0
72.315.30.901.10.652.23.34.10.710.430.250.060.030.02 -.
101.4
32.32.4
23.927.68.0 --
2.21.31.31.0
100.0
Modes (volume percent)
QuartzK-feldsparPlagloclaseB1ot1teHornblendeMafic minerals
undivided
Total
Bulk specificgravity
281450
_9_
101
2.67
__
*
261550 «
_9_
100
2.67
192646
_9
100
2.67
27- 18 50
_ 5
- 100
2.70
282837
6
99
2.65
302040
JO
100
2.68
313433--
2
100
2.61
398
50
4
101
2.67
322241
5
100
2.64
322338
_7
100
2.62
15
5015c
SIERRA NATIONAL FOREST-Contlnugd
JOHN MIIR INTRUSIVE SUITE
Lamarck Granodlorlte Lake Edison Granodlorlte Round Valley PeakGranodtortte
Field No.Lab. No.North Long.West Lat.
6-91-153-1300SCD37*10.9'118*38.7'
A-481N-108022W37*17.0'118*51.1'
NS-1N320437*13.2'
118*35.9'
KPb-34165169
37*29.9119*4.4
KPb-10165168
1 37*26.3'' 119*1.4'
A-425 A-448M-110131U H-110133W37*21.5' 37*19.3'
118*50.6' 118*51.1'
A-454BM-108021U37*24.8'118*56.4'
A-490M-110134U37*17.3'118*47.8'
95-83-553-1298SCD37*22.2'118*43.3'
M-73914408737*30.8"
118*54.8'
M-55014408637*30.6'
118*48.2'
Chemical analyses (weight percent)
S102A1 20*3Fe203FeOMgOCaONa20 K28H 20* H 20~ T?02P205MnOC02ClFLess 0
Sum
66.9215.191.452.521.743.793.16 3.820.48 0.06 0.470.180.080.02
99.88
62.616.51.53.72.45.03.42.90.87 0.03 0.640.200.09
<0.05
99.9
64.7615.771.702.972.144.503.233.300.51 0.02 0.590.180.100.020.020.040.02
99.83
67.316.21.61.51.13.43.6 3.60.60 0.13 0.510.160.06
<0.05
99.8
66.915.51.82.01.73.43.53.60.61 0.04 0.480.160.080.10 -
99.9
66.1 66.716.0 16.12.1 1.62.0 2.21.4 1.53.9 3.53.8 3.53.3 3.70.53 0.31 0.12 0.07 0.55 0.440.20 0.160.07 0.08
<0.05 <0.05__ __
100.1 99.9
66.415.71.02.81.83.73.53.30.80 0.05 0.490.150.08
<0.05
99.8
68.815.41.71.41.12.93.43.90.70 0.09 0.390.170.10
<0.05 ~
100.1
71.4214.030.891.630.701.912.86 5.350.35 0.08 0.360.090.050.02
99.74
65.116.62.32.41.84.13.4 3.20.48 0.480.190.09
<0.05-___
100.2
68.015.61.81.81.53.63.4 3.40.40 0.380.150.08
<0.05____
100.2
CIPW norms (weight percent)
QCorabandlhymt11aphm
Total
QuartzK-feldsparPlagloclaseBlottteHornblendeAccessory
ml neral sMafic minerals
undivided
Total
Bulk specificgravity
22.9
22.726.916.11.46.52.10.90.4
99.9
242443
63
~"
100
2.67
16.5
17.329.121.41.99.82.21.20.5
99.9
201750
~
13
100
2.75
20.2
19.727.518.91.97.72.51.10.4
99.9
281542 -
16
101
2.71
24.00.6
21.530.816.0
3.52.31.00.4
100.1
252145 -
9
100
2.68
22.9<0.0521.529.916.0
5.82.60.90.4
100.0
Modes
252042 -
12
99
2.70
21.3 22.0- 0.4
19.6 22.032.3 29.817.0 16.41.04.2 5.93.1 2.31.1 0.80.5 0.4
100.1 100.0
(volume percent)
21 2616 2252 44
11 8
100 100
2.71 2.70
21.8
19.729.917.6
8.21.50.90.4
100.0
221949 -
10
100
2.68
26.60.7
23.229.013.4
3.52.50.70.4
100.0
252541--
8
99
2.67
28.80.3
31.825.49.0
3.51.30.70.2
100.0
303331
5
1
~"
100
2.61
21.40.5
19.028.919.2
6.43.30.90.5
100.1
22145085
1
~"
100
2.64
25.10.1
20.228.916.9
5.12.60.70.4
100.0
282243
53
tr
~~
101
2.60
16
5259C
SIERRA NATIONAL FOREST-ContlBued
JOHN MUIR INTRUSIVE SUITE Contlnued
Round Valley Peak firanodl or 1 te Contl rated
Mono Recessess Granite
Turret Peak Me Gee Creek
Field No.Lab. No.North Lat.West Long.
A-237M-110128U37*29.8'118*48.9'
6-51-253-1302SCD37*28.0'
118*41.7'
MT-2H319437*27.4'
118*43.3'
A- 150M-110126U37*27.3'118*46.7'
A-241 A-436 A-450M-110129U M-110132W M-108020U
37*26.2' 37*19.8' 37*21.1'118*48.7' 118*45.4' 118*50.6'
A-5I8M-110138W37*29.7'118*57.1'
A-555M-110142W37*25.8'118*52.5'
95-83-815244537*21.2'
118*44.9'
FO-816250037*33.7'
119*5.1'
pluton
A-304M-110130W37*15.8'118*50.5'
pluton
95-51-4152446
37*15.9'118*38.7'
Chemical analyses (weight percent)
S10?A19U3F'2^3FeoMgOCaONa?0K-0«20+
T?02P?"5MnOCO?ClFLess 0
Sum
68.415.21.61.81.43.43.33.60.68 0.090.400.150.10
<0.05~
100.2
63.5315.612.353.252.544.583.312.980.61 0.040.630.230.120.03~
99.81
67.1213.932.022.822.194.042.863.140.53 0.040.560.200.110.000.010.040.02
99.59
67.115.82.01.41.03.34.03.21.1 0.230.470.200.06
<0.05
99.9
71.3 72.1 70.215.0 14.7 15.21.1 1.1 0.000.96 0.76 2.20.50 0.31 0.702.1 1.7 2.63.9 3.8 4.04.1 4.3 3.50.46 0.37 0.67 0.08 0.08 0.000.27 0.23 0.360.13 0.11 0.130.02 0.10 0.05
<0.05 <0.05 <0.05
~ __
100.0 99.7 99.7
70.015.21.40.960.502.13.83.81.20.050.320.120.06
<0.05
99.6
70.615.11.51.00.652.43.93.80.37 0.110.390.050.04
<0.05 ~
100.0
71.815.31.00.650.341.83.84.10.480.220.050.060.08
__
99.7
70.315.21.80.970.632.83.83.10.55 0.110.400.140.07
<0.05
99.9
64.515.81.92.61.83.93.53.?1.0 0.300.550.190.08
<0.05
99.4
73.015.?0.40.340.161.13.85.00.480.090.050.060.48 «
100.2
CIPW norms (weight percent)
QCoraband1hymt11»Phm
Total
26.00.1
21.428.116.0
5.02.3o.e0.4
100.1
19.1
17.828.319.11.98.73.41.20.6
100.1
26.7
18.724.416.12.37.23.01.10.5
100.0
23.80.2
19.234.415.3
2.82.90.90.5
100.0
28.0 29.8 25.90.6 1.0 0.4
24.4 25.6 20.933.2 32.4 34.29.6 7.8 12.2
1.7 1.1 5.31.6 1.60.5 0.4 0.70.3 0.3 0.3
99.9 100.0 99.9
28.91.3
22.932.79.8
1.52.10.60.3
100.1
27.50.3
22.633.211.6
1.72.20.70.1
99.9
30.01.5
24.432.48.7
1.01.50.40.1
100.0
30.00.8
18.532.413.1
1.62.20.80.30.3
100.0
20.7
19.330.218.30.17.02.81.10.5
100.0
29.41.7
29.832.45.2
0.70.60.20.1
100.1
Modes (volume percent)
QuartzK-feldsparPlagloclaseBlot HeHornblendeAccessory
mineralsMafic minerals
undivided
Total
Bulk specificgravity
192350
8
100
2.70
281640
16
-
2.71
_ _
~~
-
2.67
301848
_5
101
2.64
28 30 2424 23 2144 45 51__
__
^ _3 _4
100 101 100
2.64 2.64 2.66
282048~
4
100
2.65
301947
4
100
2.65
193542
4
100
2.62
_ _
~"*'
~
241650
11
101
2.70
__
-
17
5259c
SIERRA NATIONAL POREST-ContlniMd
JOHN MUIR INTRUSIVE SUITE-Continued
Evolution Basin Alasklte
Fltld No. M6a-18 NGa-23Lab. No. 165150 165151North Lat. 37*8.9' 37*7.3'West Long. 118*44.0' 118*42.1'
ChMlcal analyses (weight perctnt)
Site A1 253
FeoNgOCaOarH204H20- T102P^sMnOC02ClFLess 0
76.4 12.80.350.360.30.244.3 4.30.550.03 0.110.020.070.08-- ~
76.4 12.90.290.240.10.374.3 4.30.450.02 0.130.020.100.08--
Sum 99.9 99.7
CIPW norm (weight percent)
QCoraband1hy«t11 Pha
34.10.7
25.636.71.1
1.10.50.2
<0.05
34.30.6
25.636.71.7
0.40.40.2
<0.05
Total 100.1 99.9
Modes (volune percent)
QuartzK-feldsparPlagloclaseBlotlteHornblendeAccessory Inerals
Mafic Mineralsundivided
Total
Bulk specific gravity
18
5259C
SIERRA NATIONAL FOREST Continued
GRANITOIDS ASSOCIATED MITH TNE MOUNT CODOARD ROOF PENDANT
Sheared Granodlorlte
Field No. Lab. No. North Lat. West Long.
BCD-81 165158 37*12.9'
118*50.5'
KR 0-100451 37*14.0' 118*50.3'
Sheared leu co-
granite
BCd-2 165157
37*7.2' 118*46.4-
Grano dlorlte ofMargaret
Lakes
KPb-74 165174 37*27.6'
119*0.6-
Granite of Mar DMt Alasklte of Graveyard Peak Leucogranlte of Finger Peak
Marginal fades
A- 511 A-512 A-536 KPb-83 N-110135W N-110136M M-110140W 165176
37*19.8' 37*18.3' 37*17.6' 37*29.4' 118*57.0' 118*54.0' 118*57.4- 119*1.2'
KPb-53 165175
37*26.2- 119 0.5'
A-514 A-406 M-110137U N-107207M
37*27.1- 37*22.4- 118*59.5' 118*55.7'
BCd-17 165152 37*2.6'
118*50.4-
BCd-50 165153 37*4.6'
118*46.1'
Chemical analyses (weight percent)
S10?AlgOiFe203FeoMgOCaONa20KjOH§)4HpO~TT02Pp^SMnOC0 2ClFSLess 0
Sum
64.116.02.22.82.23.93.33.50.770.030.620.160.170.08 _
99.8
63.4315.732.313.352.343.723.683.500.630.050.600.160.170.030.030.050.010.03
99.79
74.114.00.640.780.50.904.63.40.340.000.210.050.000.05
99.6
64.616.42.02.61.62.44.04.40.770.040.680.200.22
<0.05
100.0
68.815.31.11.90.952.44.03.90.650.060.440.140.10
<0.05
99.3
74.915.60.770.480.220.754.24.50.140.050.190.040.05
<0.05 _
101.9
CIPW norms (weight
QCorabandihymt11 P
Total
QuartzK -feldsparPlagioclaseBlotlteMafic minerals
undivided
Total
Bulk specificgravity
19.30.1
20.928.218.5
8.23.21.20.4
100.0
201448
18
100
2.71
16.4
20.931.516.21.19.03.41.20.4
100.1
121350
_25
100
32.81.2
20.339.24.2 -1.80.90.40.1
99.9
262942
3
~~
100
2.62
16.61.2
26.234.210.7
6.52.91.30.5
100.1
201160-
JO
101
2.71
24.60.5
23.434.411.2
3.21.60.80.3
100.0
Nodes
1923508
~~
100
2.68
30.92.5
26.234.93.4
0.61.10.40.1
100.1
72.4 76.314.2 13.40.84 0.210.96 0.220.38 0.11.2 0.344.1 4.34.3 4.50.57 0.270.05 0.020.28 0.110.08 0.000.06 0.060.08 <0.08
99.5 99.9
percent)
29.2 33.30.8 0.8
25.7 26.735.1 36.65.5 1.7
1.7 0.41.2 0.30.5 0.20.2
99.9 100.0
76.612.90.110.220.10.423.54.90.960.030.090.020.02
<0.05 _
99.9
36.81.1
29.330.0
2.0
0.50.20.2
<0.05
100.3
76.913.00.230.440.040.543.34.70.670.070.060.020.04
<0.05
100.1
38.61.6
28.028.12.6
0.70.30.1
<0.05
100.0
76.113.50.080.400.040.603.54.80.280.050.070.000.03
<0.05
99.5
36.11.5
28.629.9
3.0
0.70.10.1
100.0
73.214.00.540.960.51.93.63.90.600.000.280.080.040.05 __
99.7
32.60.6
23.330.79.0
2.20.80.50.2
99.9
73.414.20.720.800.61.53.14.20.970.020.240.080.05
<0.05
99.9
35.52.0
25.126.57.0
2.11.10.50.2
100.0
(volume percent)
283732
3
~~
100
2.62
9 3734 3854 25
4 1
~~ ~~
101 101
2.63 2.62
294228
1
~~
100
2.61
283635
1
_~~
100
2.62
333530
2
~~
100
2.62
322738
4
*~
101
2.64
33-2737
4
'
101
2.63
19
5123c
YDSEMITE MtK
JAWBONE INTRUSIVE SUITE
Tonal 1te of Granite Creek
North Long. West Ut.
LE-96M-133929 37*49.3' 119*59.0'
LE-244 LE-153M-133934 M-133932 37*49.0' 37*54.1' 119*52.4' 119 59.9'
Granite of Hoods
R1d«e
LE-1092M-133937 37*58.0' 119*59.5'
Chemical analyses (weight percent)
S10?Al2"3Fe?03FeOMgOCaONa20 !r*Hrf-T102P^OKNnOC0 2
Sum
44.4012.981.19
11.3010.9810.852.06 0.622.060.071.950.150.1880.29
99.1
61.69 59.2115.86 16.660.94 0.825.23 6.002.89 3.556.21 6.312.43 2.49 2.44 2.130.68 1.510.10 0.090.68 0.750.17 0.190.120 0.1180.07 0.23
99.5 100.1
73.7614.020.730.960.572.322.934.140.300.120.240.080.0330.15
100.4
CIPW norms (weight percent)
QCorabandlhymt11apolne
Total
QuartzK-feldsparPlagloclaseMafic minerals
undivided
Total
Bulk specificgravity
___
3.814.125.224.0
_1.83.80.4
24.82.1
100.0
Modes
^_
/*""
~~
18.7 14.8
14.6 12.820.8 21.425.5 28.53.8 1.8
13.4 17.61.4 1.21.3 1.50.4 0.5
99.9 100.1
(volume percent)
22 272 1
49 43
28 29
101 100
2.79 2.81
35.00.7
24.524.811.0_
2.21.10.50.2_
100.0
342831
8
101
2.65
20
6689C
YDSEHITE ME* Continued
INTRUSIVE SUITE OF UWONA
Tonal Ite of Aspen Valley
Tonal 1te of the Gateway
Poopenaut Valley pluton
North Long.West Lat.
K-34-64M- 11 2665 37*48.4-119*55.7'
LE-1020M- 133950 37*49.0'119*45.9'
YV-13162494
37*40.6'119*44.4'
Y-442W-194408 37*34.6'119*40.7
Y-656W-194497 37*30.4'
' 119*43.0'
Y-682 LE-31W-194499 M-133931 37*38.8' 3755.4'119*42.9' 119*48.5-
LE-208M-133947 37*57.3'119*49.7'
LE-122M-133945 37*55.4-119*57.4'
LE-258M- 133935 37*58.7'119*45.4-
LE-1081M-133952 37*59.4'119*49.4'
Tueeulala Falls
pluton
LE-60M-133943 37'56.9'119*45.9'
Chemical analyses (weight percent)
S10?AlwsFe^O?FeOMgOCaONa?0KyHjO*HjO"T10?P2<>5MnOC02
Sum
59.017.32.24.03.06.23.02.41.00.230.800.200.09
<0.05
99.5
62.1617.421.993.222.325.683.681.580.690.110.640.250.1070.06
99.9
70.315.81.11.40.663.43.62.50.450.170.340.100.04
<0.05
99.9
57.319.01.93.92.56.44.02.00.890.120.960.380.100.02
99.5
67.915.41.22.21.53.63.72.70.540.120.490.170.050.02
99.6
62.3 60.2316.6 17.161.9 1.953.3 4.172.0 2.845.2 6.323.4 3.422.5 1.850.87 0.770.18 0.090.94 0.810.30 0.210.06 0.1120.00 0.05
99.6 100.0
61.3717.741.783.602.285.783.981.830.890.090.770.220.0920.06
100.5
62.6516.841.933.162.395.703.701.770.930.110.850.?40.0800.06
100.4
63.9916.811.552.562.035.033.832.320.660.100.670.190.0720.04
99.9
71.3415.050.881.180.712.733.733.440.420.120.400.120.0510.06
100.2
68.4015.621.662.041.323.693.862.380.600.100.520.130.1000.05
100.5
CIPW norms (weight percent)
QCorabandihymt11apol
Total
QuartzK-feldsparPlagloclaseMafic minerals
undivided
Total
Bulk specificgravity
14.0
14.425.927.12.3
10.93.21.50.5 -
99.8
275
54
15
101
2.79
18.4
9.431.426.60.29.22.91.20.6
99.9
201
61
_ii
101
2.75
31.51.2
14.930.716.3
2.81.60.70.2
99.9
291447
10
100
8.5
12.034.428.4
1.110.12.81.90.9
100.1
121
63
23
99
2.78
25.80.3
16.131.716.9
6.11.80.90.4
100.0
Modes
291345
U
100
2.72
18.8 14.8
15.1 11.029.2 29.223.0 26.31.0 3.37.7 10.52.8 2.91.8 1.60.7 0.5_ _
100.0 100.1
(volume percent)
22 215 2
50 50
23 _27
100 100
2.73 2.78
14.7
10.933.925.3
1.78.92.61.50.5
100.0
191
56
_23
99
2.77
18.6
10.531.524.32.17.92.81.60.6
99.9
174
57
_2i100
2.76
19.0
13.832.722.01.56.82.31.30.5
99.9
195
56
20
100
2.73
29.60.5
20.431.712.8
2.71.30.80.3
100.0
291845
8
100
2.66
26.60.3
14.132.817.5
5.02.41.00.3
100.0
251152
12
100
2.70
21
6692c
YDSEMITE *EA Continued
SUITE OF MMONA Continued
Tonallte of the 6a teway Con t Inued
Hazel Green pluton
GranodlorUe of Arch Rock
Marginal fades
North Long. West Lat.
OF-5 H-170090 37*44.6' 119*55.5'
LE-90 M-133944 37*45.6' 119*54.6'
DF-1 W-170086 37 44.1' 119*54.9'
DF-2 OF-3 OF-4 LE-86 W-170087 W-170088 W- 1700 89 M-133954 37*44.3' 37*44.4' 37*44.5' 37*45.6' 119*55.1' 119*55.2' 119*55.3' 119*55.6'
456-1-36 W-170084 37*44.9' 119*55.6'
45644-23 W -1700 81 37*44.3' 119*55.8'
Y-14 162493
37*41.2' 119*43.8'
Crows footCamp
pluton
V-645 W-193412 37*30.6' 119*44.2'
Chemical analyses (weight percent)
S102A1w3FepO*FeOMgOCaONapOKjuHzO*HoO- T102P 2°5MnOC0 2 -
Sum
60.716.61.94.43.56.22.72.00.660.08 0.890.210.12
<0.05
100.0
63.7416.291.493.002.455.133.292.260.880.16 0.600.170.0840.06
99.6
45.322.34.06.74.1
13.61.60.200.680.16 0.520.240.16
<0.05
99.6
47.517.71.79.77.5
11.21.50.220.500.06 1.20.100.20
<0.05
99.1
45.222.53.46.24.2
13.81.20.151.00.28 1.30.140.14
<0.05
99.6
CIPW norms (weight
QCorabandihymt11apol
Total
QuartzK -feldsparPlagloclaseMafic minerals
undivided
Total
Sulk specificgravity
17.6__
11.923.027.51.7
13.22.81.70.5
99.9
_
_*~
20.8
13.628.323.41.19.22.21.20.4
100.2
267
48
20
101
2.73
«M>
1.213.753.810.712.05.91.00.6
100.1
-
~~
__
1.312.941.511.725.72.52.30.2
100.0
Modes
._
~~
1.8
0.910.356.69.9
12.65.02.50.3
99.9
49.921.43.54.45.3
10.82.20.270.850.25 0.840.040.14
<0.05
99.9
percent)
4.6 .
1.618.848.34.5
15.35.11.60.1
.
99.9
48.6524.970.163.905.10
14.241.900.351.000.10 0.220.130.0850.48
101.3
__
2.116.158.79.17.20.20.40.3
99.9
47.125.20.623.84.8
14.81.20.151.60.11 0.440.040.09
<0.05
100.0
0.3_
0.910.364.18.4
14.10.90.90.1
100.0
44.123.72.37.74.7
12.71.60.130.720.15 1.60.280.160.08
99.2
^^
0.813.757.73.49.73.43.10.7
100.1
71.115.41.31.20.683.33.62.50.340.17 0.310.090.04
<0.05
100.1
32.61.0
14.830.615.9
2.41.90.60.2
100.0
70.615.60.941.10.762.52.63.51.10.83 0.190.150.050.04
100.0
36.33.4
21.122.511.7
3.01.40.40.4
100.2
(volume percent)
___
^_,
__"~
110
77
12
100
2.81
^_,
~~
_ _
~~
~
251650
°
100
2.66
_
__'_
"" "
6692c
YDSEHITE AREA Continued
INTRUSIVE SUITE OF UAWNA Continued
Granod1or1te of Sawmill Mountain
North Long.West Lat.
LE-1036M-133936 37*49.7-119*53.7'
LE-249 IE-183 LE-1104M-133948 M-133946 M-133938 37*54.4' 37*53.8' 37*45.8'119*53.6' 119*55.6' 119*46.5'
Chemical analyses (weight percent)
S10?A1903^2^3FedMgOCaONa?0K^OHpO*HjO~TT02^2^5MnOC0 2
Sum
69.9915.181.051.740.872.924.202.340.580.160.360.170.0820.06
99.7
71.48 72.1215.10 14.260.85 1.041.40 1.280.52 0.392.16 1.712.94 3.764.14 4.190.75 0.520.37 0.100.29 0.320.13 0.100.065 0.0500.31 0.07
100.5 99.9
65.3916.601.023.161.504.213.962.460.580.120.620.190.084
<0.05
99.9
CIPH norms (weight percent)
QCoraband1hymt11apol
Total
QuartzK-f elds parPlagloclaseMafic minerals
undivided
Total
Bulk specificgravity
29.00.8
14.035.913.5
4.11.50.70.4
99.9
Modes
319
51
10
101
2.65
33.1 30.02.2 0.7
24.7 25.025.1 32.110.0 7.9
2.8 2.01.2 1.50.6 0.60.3 0.2
100.0 100.0
(volume percent)
26 3030 2837 38
7 4
100 100
2.63 2.65
20.50.2
14.733.819.8
7.91.51.20.5
100.1
22554
19
100
2.72
23
6692C
TOSENITE AREA Continued
INTRUSIVE SUITE OF VOSENITE VALLEY
El Capltan Granite
Rancheria Mountain pluton
North Long.West Lat.
K -43-69M-112661W37*46.0'119*37.5'
K-36-67N-112674W37*46.0'119*42.4'
K-35-64N-112668W37*48.3'119*39.9'
FD-1416250437*43.7'
119*37.4'
r-io16249237*42.9'
119*42.1'
V-562 V-508 V-721W-193409 W-194491 W-19450237*33.0' 37*43.8' 37*33.9'119*38.1' 119*41.3' 119*37.0'
H-22-69N-112670U37*55.9'119*38.0'
H-33-69N-112673W37*58.8'119*36.9'
H-34-69D-10286937*58.7'119*37.4'
D-6 LE-175N-112672W N-13393337*57.9'119*41.3'
37*56.7'119*46.7'
FD-310-10277237*57.9'119*42.9'
Cheaical analyses (Might percent)
S102A1 203Fe203FeONgOCaONa20 K20
-H 20*4bO-
P20§NnOC02
SUM
69.814.9
1.12.10.892.73.5 3.00.770.17
8:80.04
<0.05
99.6
70.114.80.811.90.782.63.7 3.01.20.14
8:110.06
<0.05
99.6
73.114.31.00.920.501.43.4 4.20.610.12
8:80.03
<0.05
100.1
73.314.40.590.920.711.83.0 4.60.470.11
8:810.03
<0.05
100.0
70.316.11.11.20.513.04.4 2.40.390.15
8:?H0.03
<0.05
100.0
65.3 73.5 73.716.7 14.4 14.11.2 0.78 0.683.2 0.92 1.22.0 0.42 0.684.4 1.6 2.13.3 3.5 3.7 2.3 4.0 3.20.90 0.55 0.410.06 0.19 0.19
8:8 8:1? 8:B0.07 0.02 0.030.06 0.00 0.04
100.4 100.2 100.4
74.214.00.401.00.351.73.14.10.540.11
8:410.04
<0.05
99.8
69.016.50.841.60.652.43.7 3.80.780.08
8:80.06
<0.05
99.9
76.612.90.290.550.090.893.7 4.30.000.04
8*0? «02
0.06<0.03
99.5
74.913.50.280.840.331.53.0 4.20.480.18
8:ii0.03
<0.05
99.5
72.1814.610.781.440.462.103.86 3.070.340.04
8:80.0630.09
99.4
77.412.20.510.450.160.633.66 4.490.000.00
8:0!0.060.03
99.7
CIPW nones (Might percent)
QCorabanhy t11
h*
Total
30.61.3
18.030.012.74.71.60.80.3
100.0
30.21.0
18.131.912.34.41.20.70.3
100.1
33.91.9
25.029.06.31.61.50.60.3
100.1
33.01.3
27.425.58.93.00.9
<0.05<0.05
100.1
28.31.1
14.337.514.32.31.60.40.2
100.0
23.8 33.9 34.31.3 1.7 1.0
13.7 23.8 19.028.1 29.8 31.420.7 7.3 9.78.9 1.8 3.01.8 1.1 1.01.3 0.4 0.50.5 0.3 0.3
100.1 100.1 100.2
36.11.5
24.526.58.22.20.60.30.1
100.0
26.62.3
22.731.611.23.51.20.30.3
100.0
36.50.6
25.631.54.31.00.40.1
<0.05
100.0
37.71.4
25.125.77.22.00.40.20.1
99.8
32.7-1.4
18.333.09.82.81.1
- 0.60.3
100.0
37.40.2
26.631.13.00.70.70.2
<0.05
99.9
Nodes (volwe percent)
QuartzK-feldsparPlagloclaseMafic Minerals
undivided"*' Total
Bulk specificgravity
271152
11
101
2.64
321246
11
101
2.65
253436
4
99
2.62
352338
4
100
2.63
261153
10
100
27 32 284 24 21
49 40 43
20 4 8
100 100 100
2.74 2.63 2.66
372338
3
101
2.62
212549
6
101
2.78
383427
1
101
2.64
372237
3
99
2.62
352039
6
100
2.67
284824
1
101
2.58
24
6698c
mCMITEJREA-Contl nued
INTRUSIVE SUITE OF YOSEMITE VALLEY Continued
El Capltan Granite Continued
Double Rock pluton
North Long.West Lat.
K-18-64M-112667W37*53.1'
119*50.0'
H- 27-69M-112676H37*59.0'
119*30.2'
Mount Hoffman pluton Swamp Lake pluton
H-47-66M-112662W37*51.8'
119*47.3'
K-51-66M-112656U37*51.4'
119*46.2'
K-45-66M-112658U37*53.6'
119*31.8'
LE-1111M- 13395337*57.2'
119*50.1'
Bald Mountainpluton
LE-28M- 13394137*54.2'
119*49.6'
Gray Peak pluton
MP-773161592
37*41.0'
119*24.6'
Chealcal analyses (weight percent)
S102Al^jFe20jFeOMgOCaONa20*2"H204H20-T102P205MnOC02
Sun
71.814.20.941.60.591.73.04.70.670.140.330.080.03
<0.05
99.8
70.314.80.702.00.782.04.03.81.00.100.340.100.07
<0.05
100.0
72.014.60.941.60.692.23.23.50.620.090.380.040.04
<0.05
100.0
68.215.81.12.10.942.73.14.50.650.130.450.130.06
<0.05
99.9
CIPW norms (weight
QCorabannynt11aphm
Total
QuartzK-feldsparPlagloclaseMafic minerals
undivided
TotalBulk specific
gravity
31.61.3
18.125.68.03.21.40.60.2""
100.0
283235
5
100
2.62
26.40.7
22.734.29.44.71.00.70.2""
100.0
242146
_ 9
100
»«
33.91.7
20.927.310.73.41.40.70.1""
100.1
Modes
331840
9
100
2.65
25.31.2
26.826.512.74.71.60.90.3
..
100.0
72.814.70.501.00.471.83.74.10.500.070.250.060.06
<0.05
100.1
percent)
30.91.1
14.431.58.62.30.70.50.1"
100.1
72.5414.860.681.320.502.233.483.960.350.050.310.120.0540.07
100.7
31.31.1
23.329.410.32.51.30.60.3
100.1
71.0814.920.851.480.592.573.313.700.390.190.330.100.0690.09
99.7
31.11.1
22.128.312.23.11.20.60.2
99.9
70.114.61.72.20.512.33.93.80.250.060.360.100.08
<0.05
100.0
26.60.1
22.533.110.83.52.50.70.2
. 11
100.0
(volume percent)
182348
11
100
2.65
243336
7
100
2.63
253038
8
101
2.64
322139
8
101
2.66
282538
9
100
2.66
25
6698c
VOSEMITE AREA Continued
INTRUSIVE SUITE OF TO SEMITE VALLEY -Contlnwtd
Taft Leucogranlte
Ten Lakes pluton
North Long.West Lat.
S102A] 263FIT*
MgOCaONa?052S*H20- TT02P20sMnOC02
Su.
QCorabanhy*tn pIm
Total
FD-1216250237*42.8'
119*36.2'
74.014.50.36 0.400.111.33.54.50.540.22 0.030.000.02
<0.05
99.5
33.71.5
26.930.06.50.70.50.1
99.9
Y-161U-19340237*42.2'119*39.1'
Che»1ca1
75.214.00.53 0.800.331.63.33.90.540.13 0.190.110.030.00
100.7
CIPU
37.11.7
23.127.97.21.60.80.40.3""
100.1
K-45-67N-112669U37*53.6'119*31.7'
analyses
76.912.70.15 0.760.090.823.44.10.580.14 0.080.050.05
<0.05
99.9
H-25-69N-112671M37*59.2'119*31.3'
StovepipeCanp
pluton
Y-663U-19449837*32.4'119*43.5'
Hogan Mountain pluton
La-45N-14529237*27.6'119*41.4'
La-14N-14528537*26.6'119*39.0'
(weight percent)
75.014.40.64 0.600.060.733.14.50.710.10 0.100.000.00
<o.os100.0
72.614.61.0 0.840.761.53.23.51.40.99 0.270.120.030.02
100.8
74.612.90.35 0.670.20.872.94.240.640.42 0.07
<0.01<0.020.02
98.1
75.513.10.65 0.450.20.852.95.120.410.16 0.08
<0.01<0.02
""
99.4
norm (weight percent)
39.51.3
24.529.03.81.50.20.20.1""
100.1
Modes (volu
QuartzK-feldsparPlagloclaseMafic Minerals
Total
Bulk specificgravity
3629314
100
2.60
3332314
100
2.65
2230398
99
2.63
38.23.1
26.826.53.70.60.90.2- ""
100.0
e percent)
__._ ""
-
2.58
37.03.2
21.027.56.82.31.50.50.3
100.1
2825434
100
2.57
41.43.0
25.625.11.60.50.51.21.0
99.9
392434
3
100
2.56
37.61.6
30.424.73.20.50.50.80.40.3
100.0
343429
3
100
2.59
26
6698c
TOSEMITE AREA Continued
INTRUSIVE SUITE OF MERGED PEAK
Granodlorlte of
Field No.Lab No.North Lat.West Long.
MP-578U-19492137*38.4'119*24.6
MP-5200-10020137*35.4'
1 119*23.9'
Cheerical analyses
S102*l2o3FeuMgOCaONa20 K20H20*H20- T?02'&NnOC02ClFLess 0
SIM
64.916.22.12.51.74.13.8 2.90.690.14 0.830.230.070.01 ""
100.2
68.5715.601.151.890.993.024.02 3.430.410.05 0.470.130.080.010.010.050.02
98.86
Jackass Lakes
MP-180 NP-253W-185505 U-19491737*35.7' 37*39.3'119*20.9' 119*17.1'
(weight percent)
66.6 72.016.4 15.31.6 0.901.5 0.920.62 0.324.0 0.984.2 4.6 2.9 4.20.59 0.430.04 0.12 0.37 0.300.27 0.080.00 0.040.02 0.01
____"" "~
99.1 100.2
Leuco-granlte of
TimberKnob
NP-64016152837*35.0'
119*18.8'
74.713.20.400.730.081.03.35.20.400.04 0.120.020.06
<0.05 ""
99.3
CIPW noras (weight percent)
QCorabandlhy t11ap
Total
QuartzK-feldsparPlagloclaseMafic Minerals
undivided
Total
Bulk specificgravity
20.5--
17.332.418.70.25.83.11.60.5
100.1
201253
IS
100
2.72
23.80.1
20.434.214.2
4.41.70.90.3
100.0
Modes (volun
241947
10
100
2.70
22.5 26.71.6
17.4 24.936.1 39.117.6 4.40.62.1 1.32.4 1.30.7 0.60.7 0.2
100.1 100.1
ie percent)
22 2715 3352 37
12 4
101 101
2.70 2.64
33.40.4
31.128.34.9_-
1.10.60.2
<0.05
100.1
293335
2
99
2.62
27
5096c
TOSEM1TE AREA Continued
INTRUSIVE SUITE OF KUENA VISTA CREST
Cranodlorlte
Field No.Lab No.North Long.West Lat.
MP-568D-10020237*38.4*119*25.3'
MP-478M-18551037*32.6'119*28.4'
Y-582U-19341037*34.0'119*32.8'
of Illllouette Creek
t-132M-19448637*35.0*119*32.1'
t-173M-19448837*44.7'119*35.8'
Tamarack Leaning Creek Tower
pi u ton pluton
FD-13 K-46-64 LE-41 Y-683162503 M-112677M M-133942 W- 194500
37*43.2' 37*48.4' 37*46.6' 37*42.9'119*33.3'119*33.4' 119*45.1' 119*38.7'
Cranodlorlte of Ostrander Lake
t-349U-19448937'36.9'119*35.8'
f-733W-19450437*37.3'119*33.2 '
MP-6170-10020437*37.4'119*26.7'
HP-57416158737*36.3'
119*28.5
HP-35116158237*31.4'
'119*27.0'
Chealcal analyses (Might percent)
SI 02A1 203Fe203FeOMgOCaONa20K20H20+H20- T102P205MnOC02ClFLess 0
Sun
64.7115.861.463.282.174.843.242.710.550.06 0.720.150.080.010.03o:os0.03
99.89
69.114.81.22.41.64.73.12.40.460.03 0.330.250.000.02--
100.4
64.016.21.63.52.55.13.12.50.660.10 0.800.230.070.00
100.4
67.815.51.32.21.53.73.22.90.680.12 0.650.230.050.02 --
99.9
59.516.62.33.83.05.83.12.50.610.18 0.830.270.090.00
98.6
61.3 61.0 62.79 70.416.5 16.4 16.77 14.92.7 2.1 2.11 0.823.1 3.8 3.08 1.91.3 . 2.9 2.21 1.06.5 5.4 5.30 2.75.1 3.4 2.62 3.41.7 2.6 2.00 3.30.72 1.0 0.82 0.810.00 0.12 0.20 0.11 0.61 0.84 0.70 0.400.24 0.21 0.21 0.150.10 0.06 0.105 0.04
<0.05 <0.05 0.09 0.00 -- .. _ _
99.9 99.9 100.0 99.9
66.615.81.72.61.64.73.61.50.460.22 0.580.230.070.00 -_
99.7
71.714.90.731.20.572.43.63.60.540.12 0.350.160.030.01--
99.9
70.3214.690.871.761.032.833.284.010.480.05 0.400.090.050.020.010.050.02
99.92
72.214.70.371.30.522.03.34.00.900.07 0.300.080.080.08
99.9
73.213.90.241.60.501.83.14.50.660.05 0.220.060.04
<0.05
99.9
CIPW nonas (Might percent)
QCoraband1ny«t11 P
Total
21.2
16.127.620.91.98.32.11.40.4
99.9
29.4--
14.226.319.41.95.91.70.60.6
100.0
20.9--
14.826.323.00.79.82.31.50.5
99.8
27.90.9
17.227.317.0
5.81.91.20.6
99.9
15.0
15.126.824.52.5
10.43.41.60.7
100.0
11.8 15.1 25.0 30.4 1.2 1.2
10.1 15.6 12.1 19.743.5 29.1 22.6 29.117.3 22.1 25.5 12.511.2 3.00.4 9.9 8.6 4.83.9 3.1 3.1 1.21.2 0.6 1.4 0.80.6 0.5 0.5 0.4
100.0 100.0 100.0 100.1
27.20.39.0
30.822.0
6.62.51.10.6
100.1
31.21.1
21.430.710.9
2.51.10.70.4
100.0
27.8<0.0523.927.913.5
4.51.30.80.2
99.9
32.41.5
23.928.29.5
3.10.50.60.2
99.9
32.70.8
26.826.58.6
3.70.40.40.1
100.0
Modes (voluae percent)
QuartzK- feldsparPlagloclaseMafic minerals
undivided
Total
Bulk specificgravity
231148
17
99
2.74
271243
19
101
2.74
226
50
22
100
2.74
301840
12
100
2.72
178
49
JS
99
2.79
19 28 276 6 17
51 - 51 46
-M- ^==- 16 11
101 101 101
2.76 - 2.75 2.69
217
51
21
100
2.76
311746
6
100
2.66
292439
J[
100
2.67
312539
^
100
2.65
313035
__5
101
2.65
28
5283c
INTRUSIVE SUITE OF BUENA
Grano- Grano- dlorlte dlorlte
of Breeze of Horse
Field No.Lab. No.North Lat.Nest Long.
Lake
HP-54116158637*34.1'
119*23.5
Ridge MMMWMBMMMMM
Y-408N-19340637*35.9'
' 119*30.9*
Chealcal analyses
S109Al9v3FeaO*FeOMgOCaONa?0KpOHyO*H»0-
T102PjOcuZn nnUC02crFLess 0
Sun
70.614.80.901.80.652.43.93.20.850.12 0.430.160.080.10
__ ̂ ^
100.0
67.316.91.22.11.13.73.92.20.700.12 0.610.260.090.00~_~~
100.2
VISTA CRCST-Cofttlmied
Bridal veil Granodlorlte
Y-337 V-165N-193404 N-19448737*41.8*119*36.8'
37*41.4'
119*36.9'
Granite of Chllnualna
Lakes
V-410H-1934073T36.4'119*32.2'
(wight percent)
73.714,60.451.10.441.83.43.50.500.19 0.200.120.040.04 ~~~
100.1
68.515.91.02.21.13.23.52.50.650.18 0.460.170.060.00 _-
__^^
99.4
72.115.40.780.800.432.13.93.40.570.13 0.270.210.020.00 ~
-_^^.
100.1
CIPU noras (wight percent)
QCorabandlhy tn p
Total
QuartzK-feldsparPlagloclaseMafic Minerals
undivided
Total
Bulk specificgravity
29.40.9
19.133.411.0_
3.71.30.80.4
100.0
291748
6
100
2.68
26.62.0
13.133.216.8_
4.81.81.20.6
100.1
Nodes (volw
277
57
9
100
2.71
35.92.2
20.829.08.2_
2.50.70.40.3
100.0
ie percent)
3321
9
7
100
2.64
29.82.1
15.030.015.0_
5.41.50.90.4
100.1
348
50
7
99
2.78
31.82.0
20.233.29.1__
1.51.10.50.5
99.9
311945
5
too
2.64
29
5283C
TOSWITEJRW Continued
INTRUSIVE SUITE OF WASHBURN UKE
Granodlorlte
Field No.Lab No. North Lat.West Long.
MP-728161590 37*43.3'
119*17.0'
HP-836W-196941 37 44. 3'119*16.2'
HP-789D-100205 37*40.0'119*23.0'
of Red Devil Lake
HP-798161596 37*42.2'
119*17.9'
HP-730M-196937 37 43.01119*18.2'
Granite of Turner Lake
HP-794 HP-682161595 161589 37*43.1' 37*42.1'
119*18.6' 119*20.4'
HP-818 HP- 7958W-196939 W-19663B 3742.4' 37*42.8'119*19.8' 119 19. 1'
M-3280-100199 37*38.3'119 20.8'
Granite porphyryof Cony
HP-821U-196940 37*43.8'119*21.3'
Crags
HP-691D- 100 206 37*44.6'
119*21.9-
Chemical analyses (weight percent)
S10?Al28 3
FeOMgOCaONa?0 *2°+H?0- TT02P^OSNnOC0 2ClFLess 0
Sum
66.715.31.62.52.33.23.8 3.00.560.06 0.620.160.12
<0.05__
100.0
67.915.32.01.61.33.33.8 3.20.560.06 0.560.140.110.02_
100.1
68.0915.151.502.151.333.273.92 3.120.360.06 0.600.150.090.020.010.060.03
99.85
69.314.91.12.21.12.83.6 3.30.600.08 0.480.130.11
<0.05
100.0
70.514.91.41.10.752.43.7 3.90.350.07 0.360.080.050.02__
99.6
72.5 72.414.3 14.60.70 0.701.2 1.10.57 0.291.9 1.83.5 3.6 4.2 4.70.45 0.350.04 0.02 0.25 0.250.09 0.060.07 0.080.09 <0.05 . _
99.9 100.5
72.414.11.40.920.402.23.63.80.380.22 0.320.110.050.05
100.0
73.213.61.40.880.402.13.44.00.270.13 0.340.100.040.02_
100.1
73.5813.640.731.190.652.213.53 3.570.310.08 0.300.080.050.060.010.040.02
100.01
70.614.71.20.960.521.73.2 4.90.560.17 0.320.100.040.03
.
99.0
72.3014.450.891.080.502.013.55 4.270.190.06 0.290.090.040.000.000.050.02
99.75
CIPW norms (weight percent)
QCorabandihymt11aphm
Total
QuartzK -feldsparPlagloclaseHaflc minerals
undivided
Total
Bulk specificgravity
22.30.4
17.932.414.9
8.32.31.20.4
100.1
231748
If
100
2.69
24.7
19.032.315.30.24.12.91.10.3
99.9
261645
12
99
2.68
24.2_
18.633.414.60.64.92.21.10.4
100.0
211352
14
100
2.69
26.30.3
19.732.413.1
5.31.60.90.3
99.9
271944
-11
101
2.68
28.10.4
23.331.611.5
2.22.00.70.2
100.0
Modes
302539
6
100
2.66
31.0 28.90.8 0.5
25.0 27.929.8 30.68.9 8.6
2.8 1.91.0 1.00.5 0.50.2 0.1_
100.0 100.0
(volume percent)
30 3126 2934 35
6 5
100 100
2.65 2.64
32.10.3
22.630.710.3
1.12.00.60.3
100.0
282542
_ o
101
2.65
33.40.3
23.728.99.8
1.02.00.60.2
<0.05
99.9
282344
6
101
2.64
33.50.1
21.230.010.5
2.81.10.60.2
100.0
302143
6
100
2.66
29.51.3
29.527.6
7.9
1.61.80.60.2
100.0
323033
5
100
2.65
30.30.6
-25.430.29.4
2.11.30.6-0.2
100.1
302838
.5
101
2.65
30
Slide
YDSEMITE AREA Continued
PORPHYRIES AND OTHER SUBVOLCANIC ROCKS OF THE RITTER RANGE ROOF PENDANT
Quartz «onzod1or1te of Rush Creek
Field No.Lab. No. North Lat. West Long.
Sr-13U-186633 37*45.1' 119*9.9'
NC-29N-132770 37*45.8' 119*10.1'
Sr-22W-186634 37*45.1' 119*10.3'
Granite of Billy
Sr-12W-18632 37*45.7' 119*10.8'
HC-14AN-132769 37 45.8' 119*10.5'
Chemical analyses
S10?AlgOjFe?03FeuMgOCaONa?0KsOH20*HyO~TT02P^OSNnOC0 2ClFLess 0
Sum
60.0' 17.0
2.44.02.44.84.22.90.590.280.800.250.100.02 ~~
99.7
63.3715.871.773.401.953.833.673.640.610.100.720.180.10.02 ~~
99.2
64.516.22.13.21.63.14.03.60.790.310.680.220.090.07 "~
100.5
68.115.01.52.71.22.73.54.50.550.280.580.160.070.06 ~~
100.9
68.9915.221.121.901.022.603.S43.920.340.040.420.100.060.01 ~~
99.3
Lake 6ranod1orlte Leucogranlte porphyry of porphyry of Horsethlef Post Peak
Sr-10
Canyon
HP-395W-186631 161584 37*45.3' 37*36.0' 119*10.5' 119*23.3'
HP-368161583 37*36.8'
119*22.9'
HP-192W-185506 37*37.8' 119*19.1'
Leu co granite porphyry of Red Peak
NP-608AD-100203H 37*38.3' 119*24.8'
HP-845M-l 94920 37'39.4'
119*24.7'
(weight percent)
69.014.71.22.40.922.33.44.70.450.250.470.120.060.04 ~~
100.0
67.615.91.32.30.953.14.43.00.510.060.550.160.13
<0.05 ~~
100.0
73.013.80.871.30.441.73.83.90.500.140.3?0.090.16
<0.05 ~~
100.1
77.211.90.880.720.050.773.24.80.750.010.020.120.000.01 ~~
100.4
74.0513.570.751.060.321.453.514.640.190.080.200.040.040.010.020.040.02
99.92
77.912.80.320.160.100.543.84.30.420.190.140.060.000.00 ~~
100.7
CIPU norms (weight percent)
QCorabandihymt11 Phm
Total
10.2
17.336.019.22.79.03.51.50.6
100.0
16.4
21.831.516.31.58.12.61.40.4
100.0
17.70.6
21.434.114.0
7.23.11.30.5
99.9
22.2
26.629.611.90.45.72.21.10.4
100.1
26.00.7
23.430.312.4
4.61.60.80.2
100.0
24.20.1
28.029.010.7
5.11.80.90.3
100.1
21.90.2
17.837.514.4
4.91.91.10.4
100.1
31.50.5
23.232.47.9
2.51.30.60.2
100.1
38.70.3
28.527.23.0
0.71.3
<0.050.3
100.1
32.00.2
27.529.87.0
1.91.11.40.1
100.0
38.21.1
25.432.12.3_
0.20.10.30.10.2
100.1
Nodes (volume percent)
QuartzK -feldsparPlagloclaseHaflc m-lnerals
undivided
Total
Bulk specificgravity
_
""*"
~*
.
*"~
-
""
_
~~
-
..^
"~
-
""*"
_-
_ZT
~
_
*~
~
2015S4
11
100
2.71
303233
5
100
2.64
343726
3
100
2.64
293334
4
100
2.65
243937
tr
100
2.57
31
5109c
TOSEM1TE AREA-Contlnued
INTRUSIVE SUITE OF HETCH HETCMY
Quartz dlorlte of Sentinel GranodlorlteYoseerite Creek
Field Mo.Lab. No.North Lat.West Long.
K-29-66N-112675U37*51.8'119*33.1'
H -48-69M-11267M37*55.9'119*40.5'
LE-1006M- 11394937*50.3'119*45.8'
Y-320U-19340337*44.1'119*35.8'
Chemical analyses (weight
S102A1203
ITMgOCaONa 20K20H£O+H20- T102P205NnOC02
Su*
62.016.12.2 3.42.5S.43.42.01.70.13 0.870.200.07
<0.05
100.0
6S.217.31.7 2.51.84.43.61.70.750.09 0.630.260.06
<0.05
100.0
64.6916.861.92 2.141.545.004.002.060.540.16 0.730.210.0710.06
100.0
65.316.01.6 2.61.94.63.42.70.630.10 0.780.250.050.06
100.0
H-40-64H-112660W37*50.4'119*35.4'
percent)
66.515.61.5 2.51.74.23.43.00.690.10 0.630.160.04
<0.05
100.1
K-5-64N-112666V37*52.6'119*40.3'
58.518.02.2 3.83.06.53.31.80.900.20 1.00.270.09
<0.05
99.6
It-37-67N-112663U37*49.8'119*44.5'
67.817.21.6 1.81.34.23.62.60.580.13 0.660.180.05
<0.05
101.8
K-7-64N-112664W37*50.7'119*41.4'
61.117.52.33.02.15.23.82.21.00.16 0.820.250.07
<0.05
99.6
CIPU noras (weight percent)
QCorabandlhy t11 P
QuartzK-feldsparPlagloclase.Mafic Minerals
undivided
Total
Bulk specificgravity
19.4
12.029.323.22.28.43.31.70.5
100.0
__ ~
""
25.62.2
10.130.720.3
6.82.51.20.6
100.0
258
55
12
100
21.0~
12.334.122.1
1.24.62.81.40.5
100.0
Nodes
225
59
13
99
2.72
22.5
16.129.020.60.66.72.31.50.6
99.9
23.5
17.929.018.61.16.12.21.20.4
100.0
15.9.
11.129.321.88.27.73.32.00.7
100.0
25.81.2
15.230.219.5
..4.22.31.20.4
100.0
16.2<0.0513.232.724.6
7.73.41.60.6
100.1
(voliMe percent)
261246
17
101
2.74
281445
13
100
2.70
152
61
22
100
2.78
221554
9
100
2.69
206
59
15
100
2.73
32
5095c
TOSEHITE AREA Continued
TUOLUNNE INTRUSIVE SUITE
Tonal 1te of Glen AuHn
Field No.Lab No.North Lat.West Long.
Z-64
37*51.2'119*29.1'
Z-51
37*51.4'119*29.3'
Z-52
37*51.4'119*29.2'
Z-53
37*51.3'119*29.1'
Z-54
37*51.3'119*29.0*
Granod1or1te of Kuna Crest
Z-45 Z-46
37*54. 1' 37*54.3'119*16.0' 119*15.9'
Z-47
37*54.5'119*15.9'
Z-15
37*54.0'119*15.9'
' Z-48
37*48.0'119*18.2'
MP-81616159737*44.5'
119*17.0'
Grano- dlorlte of Grayling
Lake
MP-605A
37*40.2'119*26.4'
Chemical analyses (weight percent)
S102Fe'o3FeuMgOCaONa?0K26H|O-T1021*205MnOCOgOtherClFLess 0
Sun
0Coraband1hymt11 Ptan
Total
55.27 17.392.844.483.807.133.591.511.820.33 0.940.240.140.130.22~
99.83
8.0
9.231.227.65.8
11.74.21.80.6--
100.1
58.59 16.932.264.313.266.253.532.381.010.14 0.900.220.110.070.25
100.21
10.6«
14.230.323.65.1
10.53.31.70.5--
99.8
58.91 16.872.314.253.196.223.622.041.160.13 0.890.210.110.070.22
100.20
11.8
12.231.124.14.7
10.53.41.70.5--
100.0
62.18 16.121.783.652.655.213.452.830.840.11 0.770.180.090.070.23
100.16
15.9
16.929.520.43.79.02.61.50.4--
99.9
62.78 15.742.073.222.504.803.253.221.060.25 0.700.170.090.110.24~~
100.20
CIPH norms
17.6
19.327.919.13.28.03.01.30.4
99.8
61.87 62.48 16.25 16.032.26 2.393.23 2.982.56 2.405.11 4.983.46 3.462.84 2.890.91 0.900.18 0.15 0.77 0.740.19 0.170.10 0.090.07 0.060.28 0.24...._
100.08 99.96
(weight percent)
16.3 17.5__
17.0 17.329.7 29.720.7 19.93.0 3.28.0 7.03.3 3.51.5 1.40.5 0.4..
100.0 99.9
59.74 16.582.154.103.125.913.412.451.120.14 0.850.200.110.070.23~~~
100.18
13.1
14.729.322.84.6
10.33.21.60.5--
100.1
58.66 16.842.973.613.306.273.452.251.110.20 0.870.220.110.050.24~
100.15
12.3
13.529.624.24.89.04.41.70.5~
100.0
66.57 15.411.752.151.703.833.553.480.620.12 0.510.160.070.060.22
100.20
22.1
20.730.316.01.75.22.61.00.4
100.0
60.1 19.21.83.01.75.74.02.40.800.08 0.750.350.06
<0.05 --
100.0
12.70.5
14.334.226.2
. 7.22.61.40.8--
99.9
58.7 16.82.53.22.77.03.82.40.430.03 0.700.490.000.02
98.8
10.9..
14.432.722.18.15.73.71.41.2
100.2
Nodes (volume percent)
QuartzK-feldsparPlagloclaseB1ot1teHornblendeOpaque mineralsSpheneApatiteMuscoviteMafic » accessory
Total
Bulk specificgravity
27.125.041.43.71.40.60.70.1
6.5
100.0
2.66
12.77.8
49.712.615.80.70.20.20.3
29.8
100.0
2.80
12.23.0
54.912.016.30.90.20.20.3
29.9
100.0
2.80
18.410.648.410.610.90.50.40.2--
22.6
100.0
2.76
20.415.943.211.17.90.70.60.2--
20.5
100.0
2.74
22.2 20.714.6 12.743.9 46.89.9 11.77.5 6.90.6 0.71.1 0.40.2 0.1..
19.3 19.8
100.0 100.0
2.73 2.76
14.48.8
50.612.312.80.50.40.2
26.2
100.0
2.78
13.06.3
52.312.514.80.60.20.3~
28.4
100.0
2.81
24.717.344.17.54.71.00.50.2
13.9
100.0
2.70
121063 15
100
2.77
13* 7
54 26
100
2.80
33
5332c
TOSEtUTE AREA Contlnued
TUOLUHNE INTRUSIVE SUITE-Continued
Half Oow tranodlorlte
Equlgranular facles
Field No.Lab. No.North Lat.West Long.
S102A1 203
FeOMgOCaONa20K 20H 20*H 20- T102P205MnOC02OtherClFLess 0
Sun
QCorabandihyat11 P hm
Total
H-38-69M-112659U37*45.4'119*33.4'
70.814.4 -1.21.20.672.93.43.70.590.10 0.280.090.03
<0.05
99.6
29.7
22.129.113.30.62.71.80.50.2
100.0
H-42-69M-112657M37*45.8'119*31.3'
70.414.51.51.31.02.63.24.10.560.06 0.360.120.04
<0.05 ~
100.0
26.9
24.427.313.2<0.053.12.21.70.3
100.1
NP-79216159437*44.7'
119*28.1'
67.315.71.41.70.663.53.93.60.030.40 0.440.210.080.09
99.0
22.9
21.633.514.91.12.52.10.80.5
99.9
TM-40-10020737*48.0'119*29.2'
Che*1cal
67.1615.511.641.931.422.883.683.340.460.04 0.580.170.070.03
0.010.040.02
99.96
CIPW
25.01.0
20.131.613.4
5.02.41.10.4
100.0
Z-55
37*51.3119*26.
analyses
65.6115.441.762.381.604.103.623.110.780.14 0.540.160.080.090.19
99.60
Z-56
37*51.2'9' 119*28.6'
Z-57
37*51.0'119*26.6'
Z-58
37*51.1'119*26.4'
Z-59
37*51.6'119*28.2'
Z-60
37*51.8'119*27.6'
Z-43
37*53.4'119*16.7'
(Might percent)
67.0614.911.712.271.643.603.353.690.680.07 0.540.150.080.120.20
100.27
65.5715.571.672.241.704.143.633.200.740.13 0.540.170.080.160.22
99.96
68.2015.191.501.601.213.173.603.880.620.11 0.420.150.070.090.21
100.02
69.2314.551.671.531.223.003.514.020.480.11 0.440.140.080.110.18
100.27
68.9915.011.401.401.083.153.723.790.500.08 0.420.150.060.090.21
100.05
66.1815.711.742.101.603.973.773.240.620.09 0.550.180.070.050.24
100.11
nonu (Might percent)
21.5
16.631.116.92.15.72.61.00.4
99.9
22.8
23.228.614.32.25.12.51.00.4
100.1
21.3
19.231.117.02.25.12.71.00.4
100.0
24.2
23.230.814.00.73.82.20.80.4
100.1
25.7
23.929.912.11.53.22.40.80.3
99.6
25.1
22.631.713.21.32.92.00.80.4
100.0
21.4
19.332.216. S1.74.82.51.10.4
99.9
Nodes (voluK percent)
QuartzK-feldsparPlagloclaseBlotiteHornblendeOpaque MineralsSpheneApatiteMuscoviteMafic 3 accessory
Total
Bulk specificgravity
_
~
_
--
--
_
_ ~
--
22.520.542.56.27.20.60.40.1
100.0
2.70
24.223.339.65.75.01.30.70.2
100.0
2.70
24.316.644.96.74.30.80.20.2~
100.0
2.71
25.421.842.76.12.90.60.30.2~
100.0
2.69
26.024.239.76.02.50.80.60.2
100.0
2.69
25.323.443.53.72.31.00.60.2
100.0
2.67
24.816.646.36.64.10.80.70.1
100.0
2.71
34
5332c
TOSEMITE AREA Contl mied
TUOLUMNE INTRUSIVE SUITE Continued
Half DOK 6ranod1or1te Continued
Equlgranular fades Continued
Field No.Lab No.North Lat.West Long.
Z-16
37*53.6'119*15.9'
Z-44
37*54.1'119*16.1'
Z-5
37*48.8'119*29.6'
Z-23
37*48.7'119*29.1'
Z-6
37*48.8*119*28.9
Z-24 Z-25 Z-26
37*49.0' 37*49.2' 37*49.5'1 119*28.7' 119*28.6' 119*28.4'
Z-7
37*49.6'119*28.1'
Z-27
37*49.9'119*27.9'
Z-28
37*50.0'119*27.6'
Z-17
37*51.9'119*17.1'
FO-1516250537*54.0'
119*15.7'
Y-473U-19449037*44.8'119*31.9'
CheaMcal analyses (weight percent)
S102A1 203Fe203FeOMgOCaONa20K 20H 20*H20- T?021*205NnOC02OtherClFLess 0
Sun
70.3514.481.201.270.962.803.413.960.560.19 0.330.100.060.180.18
100.03
63.4715.812.143.032.284.723.323.220.880.15 0.720.170.090.030.26
100.29
69.7914.751.471.070.952.903.553.960.630.15 0.340.110.060.160.19
100.08
66.9315.441.821.791.393.653.673.630.650.08 0.500.170.070.100.22
100.11
65.8615.682.131.651.503.923.703.410.810.17 0.520.180.080.100.25
99.96
68.04 66.12 68.0815.56 15.62 15.331.46 1.85 1.561.37 1.93 1.481.10 1.61 1.093.42 3.80 3.353.75 3.52 3.843.61 3.75 3.690.51 O.S8 0.530.11 0.19 0.05 0.40 0.55 0.450.13 0.17 0.150.05 0.07 0.060.11 0.04 0.060.22 0.24 0.20
__....
99.84 100.04 99.92
64.9615.972.341.621.514.163.873.210.760.18 0.600.210.070.120.27
99.85
70.0714.451.281.230.902.703.534.200.430.12 0.370.120.050.150.18
99.78
67.7615.611.641.481.143.513.833.660.320.07 0.460.170.070.090.24
--
100.05
71.3114.311.170.840.742.253.644.100.670.27 0.280.090.060.010.17
99.91
71.214.81.30.920.482.53.44.20.460.29 0.270.100.04
<0.05
100.0
69.515.41.51.41.23.23.53.70.400.14 0.410.180.050.01
100.6
CIPU norms (weight percent)
0corabandlhy t11aphn
Total
28.3
23.729.212.60.63.01.80.60.2
100.0
18.5
19.228.418.92.97.13.11.40.4
99.9
27.0
23.730.412.70.82.32.20.70.3
100.1
22.4
21.731.315.11.73.82.71.00.4
100.1
21.7
20.431.716.31.73.53.11.00.4
99.8
24.0 21.3 23.5_.
21.6 22.4 22.032.1 30.1 32.815.1 15.9 13.80.9 1.6 1.63.1 4.5 2.82.1 2.7 2.30.8 1.1 0.90.3 0.4 0.4 -
100.0 100.0 100.1
20.4
19.333.217.02.03.13.41.20.5
100.1
27.0
25.130.211.31.22.41.90.70.3
100.1
22.9--
21.832.614.71.42.92.40.90.4
100.0
29.0..
24.531.210.7
2.01.70.50.2
99.9
29.70.4
25.029.011.8
1.51.90.50.2
100.0
26.50.2
21.929.614.7
3.72.20.80.4
100.0
Nodes (voluM percent)
QuartzK-feldsparPlagloclaseBlotlteHornblendeOpaque MineralsSpheneApatiteMuscovite
28.923.939.74.52.30.40.20.1--
Mafic a accessory 7.5
Total
Bulk specificgravity
100.0
2.68
19.917.544.79.86.80.70.50.1 -
17.9
100.0
2.73
27.125.041.43.71.40.60.70.1
6.5
100.0
2.66
25.020.743.4
5.52.41.40.80.3 -
10.4
99.5
2.69
23.521.344.27.81.81.10.20.1 -
11.0
100.0
2.71
26.0 22.2 23.421.6 21.4 22.042.8 44.7 44.8
5.3 4.8 4.92.9 4.8 3.00.6 1.2 1.00.6 0.7 0.60.2 0.2 0.3.- « _.
9.6 11.7 9.8
100.0 100.0 100.0
2.67 2.70 2.68
20.317.249.26.54.31.11.20.2.-
13.3
100.0
2.71
27.526.539.34.31.20.60.50.1.-
6.7
100.0
2.66
24.921.244.84.43.10.90.50.2
_-9.1
100.0
2.68
23.031.340.7
2.91.00.60.40.1
__5.0
100.0
2.65
.. -_
2.63
302438 _-8
100
2.67
35
5332C
TOSEMITE AR£A--ConUmgd
TUOLUMC INTRUSIVE SUITE Continued
Field No.Lab No.North Lat.West Long.
S102Fe20FeuMgOCaONa20K 26H20*H20-T?02P^sMnOC02OtherClFLess 0
SUB
Z-61
37*52.0'119*27.3'
67.83 15.441.551.441.033.224.023.650.610.100.490.170.060.130.25
99.99
Z-62
37*52.1*119*26.8'
67.70 15.561.521.411.103.413.913.700.540.140.480.170.060.150.26
.
100.11
Half Oa
Z-42
37*52.7'119*18.7'
67.17 15.971.791.471.153.624.073.490.530.100.530.190.060.020.26 ~
100.42
Granodtortte Continued
Porphyrltlc
Z-8
37*50.0'119*27.4'
66.6515.731.931.471.233.624.143.270.660.120.530.190.070.090.26 .
99.96
ftclcs
1-29 ZOO
37*50.2* 37*50.4*119*27.2* 119*27.0
ChMlol analyses
68.12 67.89 15.54 15.551.55 1.521.36 1.401.03 0.983.15 3.193.99 4.023.75 3.730.36 0.500.20 0.100.47 0.480.18 0.170.06 0.060.04 0.140.24 0.24
_.
100.04 99.97
Z01 1-32
37*50.6* 37*50.7'' 119*26.8' 119*26.7*
(Might percent)
67.32 67.48 15.68 15.581.69 1.641.58 1.43i.10 1.093.59 3.274.17 3.863.22 3.890.42 0.450.08 0.150.55 0.500.19 0.190.06 0.060.04 0.100.25 0.27 ..
99.94 99.96
Cathedral Peak tranodtortte
Z-63
37*52.1*119*26.3*
69.72 15.021.391.180.812.904.033.590.590.080.420.150.060.110.21
100.26
20537*52.4*119*25.4'
68.02 15.731.591.280.873.104.343.590.560.120.470.180.060.040.26
100.21
Z-10
37*52.6'119*24.8'
69.22 15.381.361.000.772.734.313.630.490.140.400.140.050.050.24
99.91
Z-36
37*52.8'119*24.1'
69.89 15.321.141.050.672.784.433.300.490.070.380.140.050.040.21
99.96
Z-ll
37*52.6*119*23.6'
69.76 15.491.240.950.662.524.333.720.450.090.370.130.050.050.22
100.03
CIPH nom (Might ptrcont)
QCorabandlnymt11 P
Total
QuartzK-feldsparPlagloclaseBlotlteHornblende
22.8
21.834.413.51.32.72.30.90.4
100.1
22.624.544.1
5.51.6
Opaque Minerals 0.8SpheneApatiteMuscovite
0.70.2~
Mafic a accessory 8.8
Total
Bulk specificgravity
100.0
2.67
22.6
22.133.414.11.52.72.20.90.4
99.9
24.821.944.74.82.40.70.50.2
8.6
100.0
2.68
21.5
20.734.615.11.42.72.61.00.5
100.1
21.621.447.45.02.51.10.70.3
9.6
100.0
2.68
21.5
19.635.414.91.62.72.81.00.5
100.0
24.220.945.24.63.41.00.50.2
9.7
100.0
2.70
22.9 22.6~
22.3 22.334.0 34.413.5 13.50.8 1.12.7 2.62.3 2.20.9 0.90.4 0.4
99.8 100.0
Nodes (voluH
23.5 23.723.4 24.245.0 44.55.6 4.61.1 1.60.7 0.70.6 0.50.1 0.2
8.1 7.6
100.0 100.0
2.66 2.67
22.2 22.3..
19.2 23.235.6 33.014.7 13.81.6 1.02.7 2.82.5 2.41.1 1.00.5 0.5
100.1 100.0
e percent)
23.4 23.416.4 22.151.6 46.75.2 3.51.5 2.20.9 1.20.7 0.70.3 0.2 .-
8.6 7.8
100.0 100.0
2.70 2.65
25.8
21.434.412.40.92.02.00.80.4
100.1
26.220.946.63.11.60.90.50.2.-
6.3
100.0
2.66
21.9
21.437.012.91.12.02.30.90.4
99.9
24.420.148.8
3.61.40.90.60.2._
6.7
100.0
2.67
24.0_-
21.736.812.00.61.82.00.80.3
100.0
23.122.548.04.01.00.70.50.2
__6.4
100.0
2.67
25.1
19.737.812.30.61.91.70.70.3
100.1
26.924.044.1
3.30.40.70.50.1
__5.0
100.0
2.65
24.40.1
22.236.911.7
1.91.80.70.3
100.0
25.920.847.7
3.80.40.70.50.2_-
5.6
100.0
2.66
5332c
YCgCNITEJMKA Continued
TUOtUMNE INTRUSIVE SUITE Continued
Cathedral Peak 6ranod1or1te Continued
Field No.Lab. No.North Lat.West Long.
Z-3737*52.4'
119*23.2'
Z-38
37*52.4'119*22.6'
Z-12
37*52.6'119*21.3'
Z-40
37*52.6'119*21.0'
Z-13 Z-14 Z-41
37*52.7' 37*52.8' 37*52.8'
Z-33
37*50.9'119*19.6' 119*19.1' 119*19.2' 119*26.6'
Z-9
37*51.0'119*26.5'
Z-34
37*51.1'119*26.3'
Z-20
37*51.8'119*25.8'
TM-10-10287337*51.2'119*26.3'
TM-2D-10287437*54.0'119*24.5'
Cheerical analyses (weight percent)
S102A1203Fe203FeOMgOCaONa20K 20H|O*H20- TT021*205MnOC02OtherClFLess 0
Su.
70.0815.141.261.080.712.794.622.840.550.14 0.390.150.060.110.17
100.09
71.5114.750.780.890.492.074.074.190.500.17 0.280.100.050.070.21
100.13
74.6613.800.560.280.191.524.173.800.380.16 0.130.030.020.06D.12
99.89
70.2415.031.161.070.632.474.393.550.490.10 0.380.130.060.050.23
99.98
70.49 69.60 67.9815.06 15.34 15.891.11 1.30 1.590.83 0.95 1.400.61 0.70 0.982.41 2.68 3.574.33 4.31 4.373.62 3.64 2.960.60 0.58 0.450.19 0.23 0.08 0.33 0.36 0.500.12 0.14 0.190.05 0.06 0.060.09 0.08 O.D20.21 0.23 0.23
100.05 100.22 100.27
67.4015.801.771.361.023.454.083.630.350.11 0.530.200.060.030.27 ~
100.06
68.0615.591.191.210.903.284.113.560.640.15 0.460.180.060.090.25
99.73
69.3315.221.401.290.853.124.123.400.300.10 0.450.170.060.100.21
100.12
69.2615.471.400.970.732.914.263.480.550.18 0.390.160.050.070.24
100.12
67.0515.981.621.010.603.713.804.160.280.09 0.660.330.060.01
0.000.050.02
99.39
66.6016.441.691.370.963.464.123.510.450.12 0.520.200.060.01
0.000.050.02
99.54
CIPU norm (weight percent)
QCorabandlhy t11aphn
Total
25.9--
16.939.412.30.51.91.80.70.4"
99.8
26.9
25.034.79.7
<0.051.91.10.50.2""
100.0
32.70.1
22.735.67.40.5
.0.60.20.20.1"
100.1
25.4~
21.237.510.90.51.91.70.70.3""
100.1
26.0 24.5 22.8 _ __
21.6 21.7 17.637.0 36.8 37.211.1 11.9 15.10.2 0.5 1.21.6 1.7 2.41.6 1.9 2.30.6 0.7 1.00.3 0.3 0.5"" "" "~
100.0 100.0 100.1
21.8
21.634.814.21.42.22.61.00.5
100.1
23.0
21.335.313.81.22.31.80.90.4"
100.0
25.1
20.235.113.11.12.22.00.90.4""
100.1
24.6
20.836.412.90.51.72.00.70.4"
100.0
21.8
24.832.514.41.60.81.61.30.80.6
100.2
21.00.1
21.035.216.0
2.82.51.00.5""
100.1
Nodes (volua* percent)
QuartzK-feldsparPlagloclaseSlotlteHornblendeOpaque MineralsSpheneApatiteMuscovite
26.117.650.74.40.10.60.30.2--
Mafic » accessory 5.6
Total
Bulk specificgravity
100.0
2.65
28.023.943.83.1tr
0.50.50.2--
4.3
100.0
2.63
29.628.140.5
1.3
0.30.10.1--
1.8
100.0
2.61
24.723.246.84.0tr
0.70.40.2
5.3
100.0
2.65
26.6 25.9 26.123.0 20.9 15.145.2 47.5 51.93.4 3.5 3.40.3 0.8 1.60.6 D.6 1.10.7 0.5 0.60.2 0.3 0.2._ .. _.
5.2 5.7 6.9
100.0 100.0 100.0
2.66 2.66 2.67
24.521.546.93.62.00.80.50.2--
7.1
100.0
2.67
23.821.247.34.21.61.00.60.3
7.7
100.0
2.66
24.722.846.34.01.00.60.40.2 -
6.2
100.0
2.67
23.921.247.94.51.20.80.40.1--
7.0
100.0
2.67
_ ̂ --~
~
--
_ _ --
37
5332c
TOSEMITC AREA Continued
TUOLUMNE INTRUSIVE
Cathedral PeakGranite Continued
Field No.Lab No.North Lat.West Long.
S10?Al2»3Fe903FeuMgOCaONa?0K^OH?0*H20-
T10?P^OBMnOCO? OtherClFLess 0
Sum
QCorabandlhymt11ap hm
Total
TM-1A0-10020837*54.0'119*24.5'
68.4615.771.351.310.903.224.153.690.370.05 0.440.170.060.02
0.000.050.02
99.99
22.5
21.935.313.61.12.42.00.80.4
~
TM-30-10287537*54.0'119*24.5'
Chemical
65.8916.392.151.531.123.854.322.910.400.10 0.610.230.080.02
0.010.060.03
99.64
CIPU
20.6
17.436.916.90.72.73.11.20.6
100.1
TM-60-10287637*54.2'
119*24.8'
analyses
64.9116.962.001.821.294.414.592.360.450.05 0.630.260.090.01
0.000.070.03
99.87
SUITE Continued
Johnson Granite Porphyry
Z-39
37*52.4'119*22.4'
Z-18
37*52.4'119*22.1'
Z-19
37*52.4'
119*22.1'
1-39716249537*50.1'
119*22.2'
(weight percent)
73.9513.750.590.600.281.363.714.580.560.18 0.160.040.050.03 0.20
100.04
71.6514.870.840.810.381.873.984.190.580.17 0.240.080.040.13 0.26
100.09
74.2413.550.660.480.181.153.225.470.430.09 0.140.030.030.08 0.23
99.98
74.713.80.930.520.280.923.15.00.550.04 0.140.020.05
<0.05
100.1
norms (weight percent)
18.6
14.039.118.81.23.52.91.20.1
99.9
31.70.3
27.331.76.5
1.20.90.30.2
100.0
28.20.6
25.034.08.8
1.41.20.50.1
99.9
32.10.3
32.627.55.6
0.61.00.3
<0.05
100.1
35.41.7
29.726.44.5
0.81.40.30.4
100.2
Modes (volume percent)
QuartzK-feldsparPlagloclaseBlotlteHornblendeOpaque mineralsSpheneApatiteMuscoviteMafic » accessory
Total
Bulk specificgravity
__ -
~
_
__ --
28.534.235.0
1.6
0.4 tr
0.32.3
100.0
2.61
27.629.041.1
1.5
0.30.10.10.32.3
100.0
2.63
32.740.226.10.6
0.30.1trtr
1.0
100.0
2.61
__
2.57
38
5332c
YDSEMITE AEEA Continued
UNASSIGNED ROCKS OF THE YOSEMITE WE A
Field No.Lab. No. North Lat. West Long.
S102AlpOiFe?03FeuMgOCaONapOKsOH^*HpO"TTO?P205MnOCO;
Sum
QCorabandlhymt11ap
Total
Quartz dlorlte of Long
Creek
HP-284W-185507 37*40.5'
119*16.2'
61.717.92.22.41.36.14.71.80.520.010.590.470.000.01
99.7
14.2.
10.740.122.63.93.03.21.11.1
99.9
Leu co- granite of MountClark
MP-766161591 37*41.5'
119*42.3'
75.613.00.660.670.160.583.84.70.400.090.090.020.07
<0.05
99.9
34.00.7
28.032.42.8
. 1.11.00.2
<0.05
100.2
Granite Porphyry of Star Lakes
Y-607W-l 93411 37*30.6' 119*33.0'
71.315.10.701.60.632.63.74.30.670.200.300.130.030.09
101.4
26.2.
25.331.211.80.13.41.00.60.3
99.9
Y-610W-194495 37*31.0' 119 33.0'
Chemical
72.214.80.661.20.322.04.03.50.660.210.210.100.020.02
99.9
CIPW
30.71.0
20.934.29.4
2.21.00.40.2
100.1
Y-625W-194496 37 30.7 ' 119 31.2'
analyses
68.915.40.722.81.53.53.43.10.520.170.500.160.060.02
100.8
Y-732W-194503 37*30. 9 ' 119 32.9 '
Y-603W-194494 37*34.5' 119*33.4'
Tonal 1te of Crane
Creek
LE-3M-133939 37*46.8' 119*48.6'
Grano- dlorlte
of HogdenRanch
LE-6M-133940 37*48.5- 119*52.3'
Grano- dlorlte
of GrizzlyCreek
MP-402W-193405 37*30.6- 119*28.0'
Quartz dlorlte of MountGlbson
H-ll-69W-l 12679 37*59.8' 119*42.9'
(weight percent)
71.615.10.521.40.452.24.63.70.410.130.220.120.040.0?
100.5
70.215.10.912.10.862.93.63.30.630.200.360.150.070.01
100.4
64.1616.46
1.812.562.065.243.731.840.720.140.740.210.0770.11
99.7
67.5616.071.581.681.313.063.372.951.020.740.590.210.0610.1?
100.3
65.116.31.33.22.04.33.82.40.740.030.590.160.11
<0.05
100.0
55.617.??.l5.84.47.73.01.60.800.181.20.130.10
<0.05
99.9
norms (weight percent)
26.20.5
18.328.816.3
7.61.00.90.4
100.1
24.9.
21.938.99.60.42.80.80.40.3
100.1
28.50.7
19.630.613.5
4.81.30.70.4
100.1
21.4__
11.031.923.01.56.62.71.40.5
100.0
28.82.3
17.729.014.0
. 4.?2.31.10.5
99.9
19.8
14.?32.?20.40.79.41.91.40.1
100.0
6.8
9.525.528.96.9
17.53.11.50.4
100.0
Modes (volume percent)
QuartzK -feldsparPlagioclaseMafic minerals
undivided
Total
Bulk specificgravity
115
68
J6
100
2.75
373130
_ _ f.
100
232445
°
100
2.65
243636
4
100
2.63
231051
Jj
100
2.70
.
. <
""*
232049
*
101
2.68
245
56
15
100
2.74
311447
/
99
2.64
266
54
J5.
101
2.73
47
61
?8
100
?.83
39
5117c
EASTERN SIERRA NEVADA AMD THE BEMTOM RAN6E
SCHEELITE INTRUSIVE SUITE
Wheel er Crest 6ranod1or1te
Field No.Lab No. North Lat. West Long.
S10?A1903sa*MgOCaONa?0K 2°+HpO"T102P?05NnOC0 2ClFLess 0
Sum
QCorabandihymtnap
Total
95-43-1S3-1295SCD 37*25.2' 118*42.1'
71.4214.471.03 1.380.782.863.443.690.210.060.250.100.080.03
99.8
29.9
21.929.313.20.33.21.50.50.2
100.0
NT-1H3196 37*22.0'
118*37.8'
71.4613.62
1.34 1.671.012.872.793.710.400.050.330.120.110.010.010.030.01
99.52
33.30.1
22.123.813.6
4.22.00.60.3
100.0
CT-27M-116127D 37*53.6- 118*50.9'
65.7716.752.01 1.630.832.693.854.950.440.090.320.130.110.09
99.66
17.50.5
29.532.912.6
3.12.90.60.3
99.9
flN-4 flM-6H-116086W M-116087W
37*46.5' 37*46.4' 118*34.9' 118*30.1'
Chemical
67.815.11.4 2.41.44.02.64.20.720.110.380.180.110.02
100.4
CIPW
25.6
24.922.117.21.35.72.00.70.4
99.9
flN-10M-116089W 37*49.6'
118*33.2'
94-30M-116090W 37*49.3'
118*37.0'
flN-123M-116093W 37*51.3'
118*37.6'
CT-2M-116095W
37 52.5' 118*48.1'
CT-24M-116096W
37*50.1' 118*47.5'
CT-103M-116097W 37*49.8'
118*49.6'
analyses (weight percent)
63.316.12.0 3.52.05.52.73.40.790.110.560.310.120.02
100.4
71.813.6
1.1 1.70.963.02.45.00.770.100.200.120.080.01 _
100.8
68.014.71.4 2.61.54.52.63.50.780.080.410.210.030.03 _
100.4
69.414.8
1.1 2.11.23.42.54.40.840.090.340.160.100.13 _.
100.5
64.615.82.03.01.85.12.63.70.780.110.480.260.110.01 _
100.4
66.515.1
1.7 2.71.64.42.64.00.820.070.450.240.100.02
100.3
65.116.01.8 3.21.74.62.63.60.850.070.520.240.130.01
100.4
norms (weight percent)
19.7
20.223.021.92.97.72.91.10.7
100.1
Modes (volume
QuartzK -feldsparPlagioclaseSiotiteMafic minerals
undivided
Total
Sulk specificgravity
312836
5
100
332239
7
101
2.66
103546
JO101
2.68
282536
Jl
100
2.69
201847
16
101
2.74
30.8
29.620.311.62.13.41.60.40.3
100.1
percent)
392233
_ *
101
2.67
27.5
20.822.118.22.45.82.00.80.5
100.1
261940
_li100
2.72
28.40.1
26.121.315.9
__5.61.60.60.4
100.0
302337
_ .. * *
101
2.68
21.7
22.022.120.6
2.56.52.90.90.6
99.8
252735
_!!100
2.73
24.3
23.822.117.82.16.02.50.90.6
100.1
272338
12
100
2.72
22.9<0.0521.422.121.4
8.02.61.00.6
100.0
242043
14
101
2.72
40
5284c
EASTERN SIERRA NEVADA AND THE BENTON RANff Continued
SCHEELITE INTRUSIVE SUITE Continued
Tungsten Hills Granite
Field No.Lab No. North Lat. West Long.
S10?A1?03
SPMgOCaONa?0J&HoO-TT02P 2^5NnOC0 2crFLess 0
Sum
QCorabandihymt11ap
Total
98-66-253-1297SCO 37*15.5' 118*33.8'
Chemical
69.6014.891.0? 1.990.912.703.184.450.310.080.420.120.070.01
99.80
C1PW
26.40.2
26.527.112.7
4.51.60.80.3
100.1
MS-2H3201 37*13.7'
118*35.7'
Granite of Lee V1n1ng Canyon
Sr-1 Sr-4U-186628 M-186629 37*46.4' 37*56.6' 119*7.6' 119*11.9'
Sr-6W-186630 37*57.0' 119*13.4'
analyses (weight percent)
79.9710.620.33 0.630.150.513.113.960.0?0.110.130.020.080.040.010.020.01
99.75
73.7 74.513.5 12.80.80 0.50 1.3 1.00.30 0.120.66 0.705.6 3.21.9 5.30.49 0.0?0.28 0.210.21 0.100.05 0.030.03 0.020.06 0.08
99.9 98.6
73.214.01.5 0.880.301.24.33.40.200.260.170.070.060.05
99.6
norms (weight percent)
45.30.3
23.526.42.4
1.20.50.2
<0.05
99.8
Modes (volume
QuartzK -feldsparPlagloclaseBlotlteHornblendeMafic minerals
undivided
Total
Bulk specificgravity
313730
3
<0.5
101
362725
2
100
2.59
32.1 34.01.2 0.6
11.5 31.948.3 27.63.0 3.3
2.2 1.61.2 0.70.4 0.20.1 0.1
100.0 100.0
percent)
M. -, 11
~~ ~~_ _
32.61.2
20.336.75.5
1.02.20.30.2
100.0
_
_ ~~
41
5284c
EASTERN SIERRA NEVADA AND THE BENTON RON6E Continued
PALISADE CREST INTRUSIVE SUITE
Tlnemaha 6ranod1or1te firanodlorlte ofMcMurray Meadows
Field No.Lab. No. North Lat.West Long.
6-151-553-1299SCD 37^.7'
118*25.8'
BP-1H3198 37*7.2'
118*26.5'
Chemical analyses (weight
S10?A^2"3^*2^3FeuHgoCaONa?0KfHjO*HjO"jfo2MnO 5
C02ClFBaOLess 0
Sum
62.8215.442.593.172.355.043.153.720.620.030.640.010.300.11 _
99.99
65.7714.342.102.622.024.243.183.760.510.050.600.240.100.080.010.04
0.02
99.66
11-174-253-130 IS CD
37 6.0'118'22.2'
percent)
64.8616.121.902.521.553.803.444.030.510.060.570.230.090.00
0.13
99.81
BP-2H3203
37*6.0'118*22.2'
64.9116.331.562.471.483.813.514.100.440.060.590.190.090.010.020.06
0.03
99.60
CIPU norms (weight percent)
QCorabandlhymt11 P
Total
QuartzK -feldsparPlagloclaseBlotlteHornblende
16.4
22.226.917.16.56.03.81.2
<O.OS
100.2
Modes
23174667
21.9
22.527.213.94.75.13.11.20.6
100.2
18.9
24.029.416.80.65.92.81.10.6
100.1
18.2_
24.530.016.90.85.82.31.10.5
100.1
(volume percent)
211745
Accessory minerals 1 Meflc minerals
undivided
Total
Bulk specificgravity
^^
100
2.68
16
99
2.70
242841
431
- *""
101
2.68
162344
18
101
2.68
42
5106c
EASTERN SIERRA NEVADA AND BENTON RANGE Continued
UNASSIGNED GRANITOIDS OF THE
Granite of Casa
Field No. GM-9 Lab. No. M-116088U North Lat. 37*48.8' West Long. 118*33.0'
Olablo Mountain Grano- dlorlte of Mono
Dome
EASTERN SIERRA NEVADA AND BENTON RANGE
Granite of Rawson Creek
GM-34 GH-106 OFC- 15-68 FD-10 6-140-5 BP-3 98-15-5 M-116091U M-116092U M-107391M 16250 53-1296SCO H3197 152443 37*54.7' 37*48.3' 37*57.0' 37*7.5' 37*8.2 37*14.4'
118*43.7' 118*30.5' 119*12.4' 118*29.1' 119*26.9' 118*23.7'
12-13-31 152444 37*11.3'
118*24.9'
Grano- dlorlte
of Coyote Flat
Inconsolable Monzodiorite
BP-5 6-119-2 MS-3 12,520 H3199 53-1303SCD H3200 M-116130M
37*13.0' 37*7.3' 37*7.7' 37*6.2' 118*26.0' 118*31.6' 118*31.7' 118*30.6'
Chemical analyses (weight percent)
S102A1 203
FeOMgOCaONa 20 K20H20* H20- T?02P 205MnOC02ClFLess 0
SUM
76.113.00.840.260.190.563.0 5.10.54 0.06 0.140.020.060.02 .
99.9
74.513.50.800.520.340.913.0 5.30.60 0.13 0.150.040.070.01
99.9
74.113.70.790.760.451.23.15.10.52 0.07 0.200.060.050.01--
100.1
74.912.80.690.280.171.03.34.40.77 0.05 1.10.030.05
<0.05--
99.5
62.116.32.63.61.66.13.22.70.62 0.07 0.700.280.11
<0.05--
100.0
74.11 76.8313.73 11.890.60 0.670.88 0.710.32 0.281.29 1.213.44 3.06 4.92 4.140.18 0.41 0.12 0.11 0.18 0.170.01 0.040.06 0.050.05 0.14
0.020.01
99.89 99.72
71.015.70.90.810.391.63.8 5.0
0.69 0.220.050.040.07-_
100.3
75.413.30.30.740.120.484.1 4.50.46 0.100.010.080.11
99.7
65.2416.201.802.361.754.363.493.200.43 0.08 0.470.210.100.010.010.030.01
99.73
61.0016.061.864.063.105.463.45 2.950.58 0.05 0.880.250.100.00
99.80
60.1416.142.114.093.165.313.313.100.85 0.11 0.950.220.120.010.070.060.05
99.70
58.217.52.33.93.05.33.8 3.60.82 0.08 0.030.310.13
<0.05
99.0
CIPU norms (weight percent)
QCorabandl»V«t11 Phn
Total
QuartzK-feldsparPlagloclaseBiotlteHornblendeAccesory MineralsMafic Minerals
undivided
Total
Bulk specificgravity
38.01.6
30.425.62.7
0.50.60.3
<0.050.4
100.2
363825 ~
2
101
2.61
34.61.3
31.625.64.3
1.01.20.30.1
100.0
333629
_ j
101
2.61
33.41.0
30.326.45.6
1.61.20.40.1
100.0
313828
*
100
2.62
36.50.9
26.128.14.7
1.11.01.50.1
100.1
_
""
18.4
16.127.322.35.25.03.81.30.7
100.1
Modes
121160
18
101
2.78
31.8 40.40.4 0.3
29.2 24.729.2 26.16.4 5.8
1.7 1.30.9 1.00.3 0.3
<0.05 0.1
100.0 100.0
(voluM percent)
32 2939 3725 30
1
_~ 4
100 100
2.58
25.81.3
29.732.37.6
1.41.30.40.1
99.9
333332
2
100
32.90.8
26.835.02.3
1.40.40.2
<0.05
99.9
354122
3
101
~
20.7
19.129.819.21.06.22.60.90.5
100.0
251048
17
100
2.67
13.3
17.629.419.84.8
10.12.71.70.6
100.1
1613521162
"
100
~
12.8
18.628.420.34.0
10.53.11.80.5
100.0
91151
29
100
2.72
5.9
21.732.820.53.5
11.53.40.10.7
100.1
202046
14
100
43
5093c
MHITE HID NORTHERN INTO MOUNTAINS
SOLDIER PASS INTRUSIVE SUITE
firano- Granite of Cottonwood Creek dloHte of
Field No.Lab. No.North Lat. West Long.
Beer Creek
DS-l;Pc-7 WC66-11 KK67-78BM-110397H M-104060W M-104068U
37*23.3' 37*32.2' 37*35.7' 118*0.0' 118*10.1' 118*3.6'
10(67-91M-104071H37*30.4' 118*1.6'
Chemical analyses (weight percent)
S10?A1 2U3Ferf?FeOMgOCaONa?0KgOH^O*H?0~TT02P^OSMnOC02
Sum
71.0 71.0 68.215.4 14.6 15.41.1 1.1 1.30.88 0.96 1.60.53 0.82 1.11.9 2.0 2.73.9 3.2 3.24.5 5.0 4.90.24 0.67 0.720.18 0.15 0.190.34 0.33 0.430.06 0.12 0.190.03 0.05 0.07
<0.05 <0.05 <0.05
100.1 100.1 100.1
67.215.51.61.71.32.93.64.50.680.180.490.180.06
<0.05
99.9
CIPW norms (weight percent)
QCorabandlhymt11ap
Total
26.4 28.1 23.60.8 0.6 0.4
26.7 29.8 29.233.1 27.3 ' 27.39.1 9.2 12.3
1.5 2.5 4.11.6 1.6 1.90.6 0.6 0.80.1 0.3 0.5
99.9 100.0 100.1
21.2
26.930.813.00.34.22.30.90.4
100.0
Modes (volume percent)
QuartzK-f elds parPlagloclase
25 37- - 31
^_
Mafic mineralsundivided
Total
8u1k specificgravity
__ 7
100
2.68
"~
"^
44
5774C
WHITE AND NORTHERN INYO MOUNTAINS Continued
JURASSIC GRANITOIDS OF THE NORTHERN WHITE MOUNTAINS
Quartz nonzonlte of Mount Bar croft
Field No.Lab. No. North Lat.West Long.
S10?*^2"3Fe?03FeOMgO<aONapO K 2°+
HjO" TT02P*0cMnOCO 2
Sum
QCorabandlhymt11ap
Total
OF C- 77-64M-107389H
37*33.3'118*17.9'
62.616.61.93.22.23.93.2 4.40.900.00 0.700.280.10
<0.05
100.0
14.90.2
26.227.317.7
8.92.81.30.7
100.0
3-DR-7DM-111966U 37*32.9'118*19.9'
60.117.32.13.62.54.63.2 4.31.00.08 0.800.330.11
<0.05
100.1
10.9
25.727.420.40.49.93.11.50.6
100.1
6-0R-7DM-111967W
37*33.7'118*20.2'
Chemical
57.817.12.24.53.46.02.9 3.61.00.10 0.860.420.11
<0.05
100.0
CIPW
9.0
21.524.823.33.3
12.23.21.71.0
100.0
KK 66-45M-104063W
37*34.2'118*14.2'
analyses
63.816.4
1.53.41.83.63.2 5.30.670.05 0.650.270.10
<0.05
100.6
KK67-67M-W4064W
37*38.5'118*7.9'
Granodlorlte of Cabin Creek
KK 67-68M- 104065 37*41.6'118*10.4'
KK67-95M-104073W
37*44.5'118*13.9'
KK67-101M-104074W
37*42.0'118*13.1'
Granite of SageHen Flat
KK 66-23M-104061W
37*30.3'118*10.2'
(weight percent)
58.916.92.44.42.95.03.24.00.610.12 0.800.390.14
<0.05
100.0
66.015.61.62.61.73.43.2 3.90.590.15 0.510.240.09
<0.05
100.0
66.016.
1.2.1.3.3.4.00.810.04 0.490.210.08
<0.05
100.1
61.417.11.63.62.64.53.3 3.41.00.10 0.660.310.11
<0.05
100.1
67.816.00.792.11.02.73.8 4.20.710.11 0.360.150.08
<0.05
99.9
norms (weight percent)
13.7
31.327.114.71.16.02.21.20.6
99.9
9.3
23.927.320.11.9
11.43.51.50.9
99.9
22.00.7
23.227.315.4
7.42.31.00.6
99.9
21.10.6
23.629.015.6
6.12.00.90.5
99.8
14.60.6
20.326.220.5
11.22.61.30.7
100.0
21.70.7
25.132. 512.5
5.31.20.70.4
100.1
Modes (volume percent)
QuartzK -feldsparPlagloclaseBiotUeHornblendeCHnopyroxene
12373110
72
7243826
5
41647
212939
161743
261842
272636
191156
242741
Accessory minerals 1 Mafic minerals
undivided
Total
Bulk specificgravity
~~
100
2.74
~~
100
2.76
^33
100
2.76
_!£101
2.74
_2£
100
2.79
_li
101
2.70
8
99
" ""
15
101
*"""
_ §
100
2.67
45
5119c
tfHITE AMD NORTHERN INYD HDUMTAIMS-Continued
CRETACEOUS GRANITES OF THE WHITE MOUNTAINS
Field No.Lab. No.North Lat.West Long.
S10?A1 2D3Fe»03FeOMgOCaONa20K26
H20- T102P20gNnOC02
SM
QCorabandlhy t11 Phm
Total
KK66-35M-104062U37*41.6'118*15.0'
64.816.02.02.21.31.93.86.00.870.07 0.760.210.07
<0.05
100.0
13.90.3
35.832.58.1
4.52.91.50.5
100.0
Granite
DFC206-68M-107393W37*48.2'118*19.7'
70.014.71.41.20.701.34.04.70.920.06 0.430.120.05
<0.05
99.6
25.41.0
28.234.35.7
2.22.10.80.3
100.0
of Pelllder Flats
DFC152-68M-107396U37*49.1'118*26.0'
Chemical
70.015.01.21.10.611.23.84.90.580.05 0.440.120.04
<0.05
99.1
CIPH
26.21.6
29.432.75.3 .
1.91.80.80.3
100.0
ll-DR-70M-111968U37*50.0'118*26.1'
analyses
64.816.41.82.61.62.83.75.00.810.12 0.800.240.110.15
100.9
SO-2-DR70M-111970W37*49.0'118*26.1'
Granite of Boundary Peak
50-1-0*70M-107969W37*50.1'118*26.1'
DFC116-68N-107390U37*52.4'118*22.3'
OFC214-68M-107397H37*49.6'118*19.2*
OFC241-68M-107392W37*51.7'118*19.2'
(weight percent)
66.115.81.52.41.53.03.54.60.600.07 0.620.180.07
<0.05
100.0
68.716.81.00.960.432.44.44.20.350.08 0.340.080.05
<0.05
99.8
71.415.40.870.570.241.74.33.80.570.03 0.180.050.040.10
99.3
72.415.30.820.440.221.34.14.00.920.08 0.160.040.04
<0.05
99.9
70.415.71.00.420.242.04.33.80.760.10 0.210.080.05
<0.05
99.1
norms (weight percent)
15.50.4
29.631.412.3 .
6.22.61.50.6
100.0
Modes (volun
QuartzK-feldsparPlagloclaseBlotlteHornblende
154828 -
23442013
274520
8
12392425
Accessory Minerals Mafic Minerals
undivided 9 ~
19.1<0.0527.429.813.2
6.12.21.20.4
100.1
e percent)
17273911
51
21.40.8
25.037.511.5
1.51.50.70.2
99.9
173050
3<0.5
--
28.31.3
22.836.98.2-_
0.71.30.30.1
100.2
_
30.62.0
23.935.16.3
0.61.10.30.10.1
99.9
__
26.91.1
22.937.19.6«
0.60.90.40.20.4
100.1
__ --
Total
Bulk specific gravity 2.66
100 100 100 100 100
2.62 2.62 2.67 2.67 2.61 2.61 2.68
46
5132c
MHITE AND NORTHERN INTO MOUNTAINS ContllMWd
CRETACEOUS GRANITES OF THE MHITE HOUKTA IMS-Continued
Granite of Marble Creek
Field No.Lab. No.North Lat.West Long.
KK67-73M-194067W37*44.8'118*11.7'
KK67-128M-104077H37*39.9'118*6.8'
Granlte of Leldy
Creek
KK67-69M-104066U37*42.8'118*11.3'
Granite of Indian Garden
KK67-82M-104069M37*33.1'118*3.8'
Che«1ca1 analyses (Might
S102Fe2?FeuNgOCaONa?0K20H20*H20-T102P?OSNnOC02
SUB
QCorabandlhy«t11»Phn
Total
68.3 16.20.741.60.752.23.45.50.530.050.390.140.05
<0.05
99.9
21.41.0
32.729.010.1
._3.71.10.70.3""
100.0
69.1 15.81.41.40.883.33.92.90.610.170.310.150.10
<0.05
100.1
27.10.6
17.333.315.5
3.32.00.60.4
100.1
72.6 14.40.650.680.341.83.74.80.620.110.170.080.06
<0.05
100.1
CIPU noras
28.5<0.0528.631.58.5..
1.40.90.30.2
99.9
70.5 15.21.00.800.441.83.94.60.440.100.260.090.05
<0.05
99.2
KK67-92M-104072N37*30.5'118*0.1'
percent)
71.2 15.50.801.00.533.03.53.30.620.100.230.070.05
<0.05
100.0
Granlte of McAfee
KK67-69M-10407W37*35.9'
118*3.5'
73.6 14.20.560.400.261.14.24.40.690.150.140.050.05
<0.05
99.9
KK67-109M-104075W37*37.3'
118*8.8'
70.6 15.00.820.800.471.74.24.31.50.150.300.120.07
<0.05
100.1
Creek
WC67-U7M-104076U37*40.0'118*13.7'
77.0 12.80.390.240.081.03.15.10.210.020.060.020.02
<0.05
100.1
(Might percent)
26.20.8
27.633.58.5
1.41.50.50.2""
100.2
31.00.9
19.729.914.5
2.21.20.40.2
"""
100.0
30.00.7
26.335.95.2~
0.80.80.30.1""
100.1
25.90.6
25.836.17.8
1.61.20.60.3
99.9
37.30.4
30.226.34.8_.
0.30.60.1
<0.05
100.0
Nodes (voluae percent)
QuartzK-fel dsparPlagloclaseBlotiteHornblende
312736~
__ --
343232«
292642«
_
__
302740
373428
Accessory Minerals ~Maflc Minerals
undivided
Total
Bulk specificgravity
6
100
2.65
_^I.~
~
2
100
2.62
3
100
2.61
""
-
~
~~
~
3
100
2.62
1
100
2.59
47
5132c
AND ULTRJMFIC ROCKS
Field No. Lab. No. North Lat. Uest Long.
Serpen- ttmte
MA-48 M-145318 37*27.5' 119 54.7
Pyro- xenlte
LE-1044 M-133956 37 52.0' 119 50. 1*
Gabbro
IE-1040 M- 133930 37*50.6' 119*51.8'
LE-1096 M-133957 37*58.7' 119*54.8'
LE-103 456-1-7 M-133955 M-170082 37*51.6' 37*48.0' 119 56.8' 119*53.4'
456-1-17 456-1-43 Y-706 U-170083 M-170085 H- 194 501 37*47.5' 37*45.2' 37*33.7' 119*52.8' 119*55.7' 119 43.2'
MP-786 161593
37*40.1' 119*24.0'
Hornblende Gabbro
SLd-100 MLb-10 SLb-54 M-118557W M-192489 M-182753 37*3.5' 37*10.1' 37*12.9'
119*21.6' 119*35.5' 119*16.3'
Chemical analyses (weight percent)
S10?Al2v3pS03"90CaONa?0"s*H^O"T102PpOcMnOC0 2
Sum
44.11.453.66 4.65
39.40.1
<0.15 <0.02
5.290.51
<0.02<0.050.130.22
99.5
42.609.663.93 6.16
22.027.930.98 0.134.890.080.420.110.1490.08
99.1
42.5420.533.92 5.888.36
13.072.02 0.341.790.151.760.080.1070.08
100.6
43.0719.332.81 5.52
11.5612.161.38 0.352.890.251.070.110.1180.06
100.7
43.5016.415.98 7.677.66
13.101.53 0.361.700.161.200.170.1630.05
99.7
44.124.73.3 4.27.9
12.60.96 0.151.40.120.360.040.040.05
99.2
45.419.12.8 5.09.0
12.82.0 0.410.700.082.00.080.09
<0.05
99.5
45.8 52.013.0 18.90.93 0.96
10.7 6.716.2 5.69.1 8.70.91 3.0 0.32 0.431.4 1.70.10 0.620.32 0.940.10 0.290.19 0.10
<0.05 0.04
99.2 100.0
54.417.11.9 6.24.87.93.71.50.950.130.200.230.16
<0.05
99.2
45.824.02.53.85.3
13.21.7 0.421.10.221.20.040.070.16
99.4
46.821.31.0 7.25.7
11.42.1 0.381.60.151.30.150.090.01
99.3
46.917.71.8 6.77.2
12.91.9 0.601.40.111.00.130.140.08
98.5
CIPM norms (weight percent)
QCoraband1hymtnaphm01rtne
Total
QuartzK-feldsparPlagloclaseBlotlteHornblendeHyper stheneMafic minerals. undivided
Total
Bulk specificgravity
2.30.10.9_
51.66.19.91.23.7
33.10.1
100.0
-
_
_~~
_,_,
0.88.8
22.914.312.55.80.80.3
33.5
4.4
100.0
_
_
*~
3.01
«
2.09.3
46.614.8
4.23.40.2 .
13.6
0.7
100.1
_,_, .
~~
2.98
«
2.110.746.711.5
8.92.10.3 .
21.8
100.1
-
~~
2.95
_B
~_
2.213.237.722.24.24.92.30.4_
8.9
99.5
Modes
_ . .
~~
3.02
_0.10.98.3
63.314.7
4.10.70.1 .
7.0
100.0
(volume
__ .
~~
__
2.516.542.516.9
1.43.80.2 .
13.2
100.1
percent)
_ _ _
~~
3.1__ _
1.9 2.67.9 26.0
31.2 37.711.6 3.719.4 22.93.7 1.40.6 1.80.2 0.7
__ __25.7 _
99.9 99.9
9 0 65 26
~~ ~~
100
2.81
1.9__
9.031.926.110.117.22.80.40.6
___
100.0
50
47 .
j!§100
__
2.514.957.8
7.08.61.52.30.1
.._3.3
100.0
__ .
"~
--
__
2.318.248.8
6.7- 12.9
2.72.50.4
6.7
-
100.0
- -
~~
-
. _
3.716.639.221. C5.51.22.00.3
9.0
100.0
_
_n
48
5882C
MAFIC AND ULTRA*/? 1C ROCXS Continued
Hornblende gabbro Continued
Field No.Lab. No.North Lat.West Long.
WLc-77H-192491
37*1.2'119*38.1'
SLb-185M-l 18546
37*8.6'119*22.2'
FD-7162489
37*19.4'119*10.5'
Y-520BH-19459237*43.3'119*39.8'
Diorite
Y-520CU-19459337*43.3'119*39.8
SLC-118A Sr4-74H-182764 M-132772
37*3.1' 37*46.0'1 119*23.9' 119*10.9'
MA-26M- 14 5308
37*25.6-119*52.6-
Quartz diorite
HP-811M-l 8551437*43.9'119*15.7'
6-66-213827537*19.5-
118*39.9'
MP-514M-l 8551137*34.?'119*28.1'
Quartz dioriteporphyry
Y-40?W-l 9340537*34.8'
119*37.6'
Chemical analyses (weight percent)
510?A1 20*3Ft ?® 3FeOMgOCaONa?0KjOHpO*HjO- Ti02^2^5MnOC0 2
Sum
53.917.50.86.64.57.53.21.31.90.19 1.20.350.100.10
99.1
51.09.71.9
10.016.56.41.60.480.510.14 0.570.100.150.10
99.?
51.418.22.56.86.19.51.80.781.70.12 0.860.100.14
<0.05
100.1
52.219.52.05.33.69.33.21.11.20.17 1.10.300.110.09
99.2
55.519.02.44.82.77.53.61.11.00.19 1.30.510.100.06
99.8
49.9 55.8917.5 17.063.1 2.127.7 5.254.1 4.268.1 6.663.7 3.561.1 2.250.86 0.8?0.05 0.05 1.8 1.000.47 0.240.16 0.120.02 0.01
98.6 99.3
56.618.9
1.645.284.507.963.370.490.460.14 0.880.190.120.14
100.7
50.817.14.56.93.96.42.43.21.60.03 1.00.690.110.06
98.7
59.017.22.04.62.86.23.32.11.0 0.820.340.14
<0.05
99.6
60.117.3
1.74.02.86.93.51.?0.610.04 0.590.360.000.03
99.1
66.616.00.933.11.43.93.62.50.800.15 0.590.190.060.06
99.9
CIPW norms (weight percent)
QCorabandihymtilaphmolrtne
Total
QuartzK-f elds parPlagioclaseBiotiteHornblendeHyper stheneMafic minerals
undivided
Total
Sulk specificgravity
5.4
7.927.930.54.6
19.31.22.40.9
100.1
_
"
_...
2.913.818.210.843.32.81.10.2
7.0
100.1
_ ._
~~
-
6.2
4.715.540.0
N 6.022.03.71.70.?
-
100.0
_ _
~~
2.92
3.9
6.727.736.47.2
12.33.02.10.7-.--
100.0
8tr6824
~~
100
2.83
9.9
6.630.932.91.2
11.23.52.51.2
_..--
99.9
Modes
180
6022 --
~~
100
2.82
5.4
6.7 13.532.1 30.628.6 24.3
7.8 6.215.6 14.34.6 3.13.5 1.91.1 0.6
0.1
100.1 99.9
(volume percent)
_ _ _ _.
~~ ~~
_
9.4..
2.928.535.0
2.717.02.41.70.5
100.1
20
7037
18
_~~
100
2.85
3.9
19.520.927.30.7
17.46.72.01.4
100.1
5tr5737
_
99
2.86
13.4
12.628.326.32.2
11.82.91.60.8
__
99.9
_
~
16.0__
7.?30.128.43.3
10.52.51.10.9 ..
100.0
10tr5534
~~
99
2.81
24.60.7
14.930.818.3
7.61.41.10.5 ----
99.9
22154814 ~
99
2.73
49
5B82c
APIIT! AND APLITIC LEUCOGftANITE
Field No.Lab. No.North Lat.West Long.
MLc-84W-19228037*2.2'119*33.2'
SLb-86H-107209W37*10.4'119*19.7'
HLb-114M-109630W37*10.5'
119*1.3'
HLd-61M-109643U37*2.7'
119*5.1*
A-410 Y6L DS-1;936.5M-107208W M-116131H N-116132W
37*26.9' 37*48.2' 37*23.3'118*53.5' 119*43.0' 118*0.0'
R-84b16595737*12.8'
118*28.3'
MC-14BW-13277237*46.0'119*10.7'
H-41-69M-H2654U37*45.7'119*31.4'
OFC-174-66 HP- 143M-107388W37*33.3'118*17.7'
U-19491537*37.5'
119*20.4'
MP-296U-18550837*38.4'119*20.9'
Chemical analyses (weight percent)
S10?AljOjs"MgOCaONa?0K-0HoO*H?O-T102PjQ?MnOC02
Sum
74.814.40.91 0.68D.321.23.63.70.640.050.150.070.040.03
100.6
76.113.30.47 0.280.031.43.63.90.290.030.040.000.00
<0.05
99.0
73.614.10.73 0.680.441.53.73.80.670.110.210.090.05
<0.05
99.9
73.213.51.4 1.30.521.12.35.50.680.140.270.070.07
<0.05
100.1
76.6 75.4 83.213.1 13.7 9.10.40 0.43 0.00 0.20 0.52 0.220.02 0.00 0.030.70 0.94 0.653.5 4.1 1.84.7 3.5 4.00.58 0.36 0.350.03 0.04 0.040.05 0.02 0.560.00 0.02 0.000.02 0.20 0.03
<0.05 <0.05 <0.05
100.0 99.3 100.0
76.313.00.37 0.160.090.913.55.20.210.100.060.040.02
<0.05
100.0
76.1212.770.36 0.270.020.722.855.990.070.060.110.020.0130.02
99.4
76.513.30.26 0.400.161.43.04.40.440.050.060.0?0.00
<0.05
100.0
73.914.00.72 0.120.000.224.15.20.640.020.200.020.00
<0.05
99.2
76.113.70.29 0.160.170.374.64.40.?80.110.060.040.110.01
100.4
77.813.?0.15 0.400.000.863.65.0O.?l0.040.000.080.000.0?
101.4
CIPW norms (weight percent)
0Corabanhymt11aphmrt
Total
36.72.5
21.930.55.51.11.30.30.2
100.1
37.50.6
23.330.7
7.00.10.70.1
100.0
33.91.4
22.731.66.91.91.10.40.2 --
100.1
35.71.9
32.819.65.02.22.00.50.2 --
99.8
37.0 36.2 56.21.0 1.5 0.6
28.0 20.9 23.729.8 35.1 15.33.5 4.6 3.20.1 1.0 0.10.6 0.60.1 <0.05 0.5 <0.05
<0.050.3
100.2 100.0 99.9
34.20.1
30.829.74.30.20.40.10.10.1
100.0
35.30.3
35.724.33.50.10.50.2
<0.05 >»
100.0
39.01.1
26.125.56.80.80.40.1
<0.05
99.9
30.21.3
31.235.21.0 _-
0.3<0.050.70.1
100.1
31.50.8
26.038.9
1.60.60.40.10.1
100.0
35.40.5
29.230.13.70.60.?
0.?
99.9
Modes (volume percent)
QuartzK-feldsparPlagloclaseBlotlteMafic minerals
undivided
Total
Sulk specificgravity
352436
5
"
100
2.64
352639<0.5
""
100
2.64
292840
3
""
100
2.63
324024
3
_Z1
101
2.63
294130<0.5
_Z1 "" _I1
100
_
_n-
_
_11-
JZ1
_
_11-
-11-
-11-
?.61
50
Slllc