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ANALYSES OF ROCKS AND STREAM SEDIMENTS
FROM THE
HUNTER-FRYINGPAN WILDERNESS AREA
AND THE
PORPHYRY MOUNTAIN WILDERNESS STUDY AREA,
PITKIN COUNTY, COLORADO
By
Elwin Mosier, Steve Ludington, and R. A. Yeoman
Open-File Report 80- 880
1980
This report is preliminary and has not been reviewed
for conformity with Geological Survey standards and
nomenclature.
CONTENTS
Page
Introduction...................................................... 1
Sample preparation................................................ 1
Analytical procedures............................................. 2
References cited.................................................. 3
TABLES
Table 1. Emission Spectrographic data for rocks.................. 4
2. X-ray fluorescence data for selected rocks.............. 20
3. Emission spectrographic data for various fractions of
stream sediment-samples............................... 22
4. Statistical summaries of data from stream-sediment samples 41
INTRODUCTION
The geochemical investigation of the Hunter-Fryingpan Wilderness Area and
the Porphyry Mountain Wilderness study area consisted of the collection and
analysis of 434 samples. These include 166 rocks and stream sediments from 50
localities which yielded 90 fine-sediment samples, 89 magnetic heavy-mineral
samples, and 89 non-magnetic heavy-mineral samples. The sample localities and
analytical results are listed in this report.
The analytical data were entered into a computer storage system (RASS II)
by S. K. McDanal and C. M. McDougal.
Geochemical sampling was carried out by field parties of the U.S.
Geological Survey which included Steve Ludington, R. A. Yeoman, Bert Coxe,
G. N. Green, and W. A. Rudolph.
Emission spectrographic analyses were made by Elwin Hosier. X-ray
fluorescence analyses were made by R. A. Yeoman.
Sample Preparation
Rock samples were crushed and pulverized to -140 mesh ( 0.105 mm) in a
grinder with ceramic plates. Samples for X-ray fluorescence analysis were
further pulverized to ca. 300 mesh (~50 ym) in a ball mill.
At each stream-sediment site, approximately 1 liter of material, screened
to -18 mesh (<1.0 mm) was collected from active stream sediment. In the
laboratory, this material was dried and sieved to -200 mesh (<.074 mm). This
material made up the fine fraction. The coarser material was then processed
with a Wilfley table to obtain a concentrate made up largely of minerals with
a specific gravity of >2.8. The less dense material was discarded. These heavy minerals were then further separated with a hand magnet, and the fractions were analyzed.
Use of brand names is for descriptive purposes only and does not constitute endorsement by the U.S. Geological Survey
Analytical Procedures
Each sample was analyzed semiquantitatively for 31 elements by a six-step D.
C. arc optical emission spectrographic method (Grimes and Marranzino, 1968).
The semiquantitative spectrographic values are reported as six steps per
order of magnitude (steps 1, 0.7, 0.5, 0.3, 0.2, 0.15) and are approximate
geometric midpoints of the concentration ranges. The precision of this method
has been shown to be one reporting interval 83% of the time and 2 reporting
intervals 96% of the time (Motooka and Grimes, 1976). When an element is
present in concentrations below, but near the detection limit, it is reported
in the tables with an "L" after the value of the detection limit. Similarly,
the suffix "G" denotes a value greater than the maximum limit of
determination. An "N" signifies the element was not detected.
X-ray fluorescence analyses were done on pressed pellets of the material
using a lithium-drifted silicon detector and a multichannel analyzer.
109 Excitation was by the radioisotope, Cd . Standards were a mixture of
synthetically prepared and well-analyzed natural materials (Rb and Sr).
Precision is a function of concentration, but is generally better than 5% of
the amount present, except at very low values. Accuracy is also on the order
of 5% of the amount present, owing largely to uncertainty about the
composition of the standards used.
REFERENCES CITED
Grimes, D. J., and Marranzino, A. P., 1968, Direct-current arc and
alternating-current spark emission spectrographic field methods for the
semiquantitative spectrographic analyses: U.S. Geological Survey
Circular 591, 6 p.
Motooka, J. M., and Grimes, D. J., 1976, Analytical precision of one-sixth
order semiquantitative spectrographic analyses: U.S. Geological Survey
Circular 738, 25 p.
VanTrump, George, Jr., and Miesch, A. T., 1977, The U.S. Geological Survey
RASS-STATPAC System for management and statistical reduction of
Geochemical Data: Computers and Geosciences, v. 3, no. 3, p. 475-488.
Table 1.—Emission spectrographic data for rocks
In addition to the values reported in this table, all rocks were analyzed
for Ag, As, Au, Bi, Cd, Sb, W, Zn, and Th. These elements were not found,
with the following exceptions:
1. 79HF250 (quartzite) contained 1 ppm Ag.
2. 79HF706 (bio. gneiss) contained 0.5 (L) ppm Ag.
3. 79HF220, 223, 329, 515b, 522, and 721 (granite) contained 100 (L) ppm Th.
4. 79HF228 (diorite) contained 200 ppm Zn.
5. 79HF237 (Tertiary hbl. qtz. diorite), 512 (Tertiary hbl. latite), 243, and
279 (bio. gneiss) contained 200 (L) ppm Zn.
Detection limits for these elements were:
Ag - 0.5 ppm Sb - 100 ppm
As - 200 ppm W - 50 ppm
Au - 10 ppm Zn - 200 ppm
Bi - 10 ppm Th - 100 ppm
Cd - 20 ppm
Abbreviations in table 1:
alt. - altered
ppy. - porphyritic
Hbl. - hornblende
Bio. - biotite
Qtz. - quartz
Precambrian granitic rocks
Field Mo. Rocktype Lat. Long . Fe Mq Ca Ti
79HF?01
79HF20079HF21070HF21279HF21479HF21879HF22079HF2227°HF?2370HF2247QHF225479HF22679HF22 779HF23279HF23479HF73679HF2417QHF24479HF247
79HF262 79HF263 79HF265 79HF270 79HF27? 79HF276 70HF277 79HF283 7 9HF285 79HF288 79HF291 79HF 292 79HF293
79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF 79HF
309310312314316320321322323324325 32* 329 330A
Grani te(a 11 • ) Grani t e G rani te(ooy. ) G rani te(ooy•) Grani te(ooy .) Gran i te Granite Grani te Granite Grani te G rani te Granite Grani te Grani t e Grani te Granite(alt.) Grani te Grani te Granite Grani te(poy. > Grani te Cpoy . ) Grani t e Grani te Grani te G rani te Granite(a It.) G rani te(poy . ) Granite(ooy.) Peqma t i te Granite Granite Granite Grani t e Granite(ooy.) Grani te(poy.) Grani te G rani te Grani te(Poy.> Grani te(a11.) Grani te Grani te Grani te G rani te(ooy . ) Granite Granite Granite G rani te Granite(oov•5 G rani te Gran i t e
^9.195?9.1«939.26??<5.2M
39.24539.24839.14430.12439.12139.12139.11939.11939.12339.12639.?1739.21839.18439.33839.32839.24139.2t73^.20539.20139.19739.13839.24439.26039.25539.31039.30439.16539.14339.14639.12839.14439.13439.15639.18539.18439.19239.18539.20939.20739.24339.26439.22639.24339.26539.23239.?83
-106.774-106.770-106.749-106.743-106.746-106.740-106.772-106.731-106.718-106.714-106.700-106.690-106.674-106.662-106.759-106.750-106.755-106.687-106.573-106.746-106.746-106.715-106.712-106.720-106.687-106.734-106.713-106.724-106.685-106.664-106.757-106.748-106.731-106.568-106.558-106.592-106.568-106.744-106.735-106.737-106.722-106.624-106.616-106.619-106.629-106.568-106.574-106.562-106.581-1(16.705
15.002.003.002.005.005.002.003.002.003.007.003.002.002.002.003.002.001.500.705.005.003.003.003.005.002.003.003.001.501.002.001.005.002.001.002.003.003.001.002.005.005.002.001.005.005.001.503.003.007.00
1 .500.301 .000.501.501.000.700.700.500.701 .500.700.500.500.300.700.500.150.200.700.700.500.500.501.001.501.500.700.070.200.300.201.003.300.300.200.703.500.150.500.701.000.200.301.00 '1.000.200.700.702.00
10.000.300.150.500.301.501.001.000.501.000.200.700.501.000.700.070.500.050.500.701.000.500.501.001.500.200.501.000.050.500.500.501.501.001.001.000.700.500.500.501.001.500.700.301.001.500.301.000.703.00
0.500.150.200.150.500.500.200.500.200.300.500.200.300.200.200.200.200.100.051.000.500.300.200.300.500.100.500.200.020.100.200.150.500.200.100.200.150.200.050.200.500.500,200 . •: '-.0.3G0.500.100.200.300.50
Precambrian granitic rocks (cont.)
Field \ o. Rocktype Lat. Long Fe Mg Ca Ti
79HF33379HF33479HF33579HF33879HF33979HF34179HF34279HF34379HF343A79HF34479HF35G79HF503A79HF503B79HF50679HF50779HF50879HF51079HF51179HF51379HF51479HF515A79HF51 5879HF51679HF52279HF52479HF52579HF52779HF71 179HF71279HF71379HF71 579HF71779HF71879HF71979HF72079HF72179HF72379HF72679HF72779HF72879HF72979HF730
GraniteGranite(alt.)Granite (ppy. )GraniteGraniteGrani t eGraniteG rani t eG rani te (a 1 1 . )Grani t eGraniteGranite (ppy. )Ap I i teGrani t eGraniteG rani t eGraniteGrani t eGraniteGranite (ppy. )Grani t e (ppy. )GraniteGraniteG rani t eGraniteGraniteGraniteGraniteGraniteGrani t e(ppy . )GraniteGranitePegiflat i teGraniteGraniteG rani t e(ppy . )G-r a n i t eGrani te(ppy.)Granite (ppy. )Granite (ppy. )Granite (ppy . )G rani t e (ppy. )
39.28739.28039.28439.28239.26639.23939.22439.22239.22239.22539.14639.29639.29639.24939.24639.26439.11839..13239.15039.23139.19539.19539.13839.16339.23839.15839.17439.11139.11239.12239.11339.12339.31739.28539.27539.26439.24039.29539.28639.27839.26739.259
-106.702-106.689-106.674-106. 668-106.699-106.700-106. 663-106.688-106.688-106. 706-106.667-106. 581-106.581-106.495-106.496-106.513-106.559-106.536-106.536-106.581-106. 577-106.577-106.594-106.530-106.528-106.538-106. 546-106.562-106.572-106.573-106.61 7-106.627-106. 660-106. 614-106.610-106.599-106.593-106.591-106.586-106.568-106.552-106-539
1 .001.505.001.501 .502.002.001.505.002.007.007.001.502.003.005.002.002.001.003.003.002.002.002.001.505.002.00
• 3.002.000.301.501 .501 .005.000.507.005.003.005.003.002.005.00
0.100.051.500.500.300.100.500.300.700.501.500.700.200.200.701.500.501.000.201 .001 .000.500.200.700.300.100.101.000.500.020.300.200.051 .000.051.001.001 .001 .000.500.501.00
0.200.050.200.300.500.500.500.301.000.502.001.501 .000.501 .003.001.501.000.701.001 .001.000.200.700.500.300.501.001.000.100.500.500.101.501 .001.001.001.501.000.700.701.00
E •» f= — .
0.070.010.500.200.150.100.200.100.200.1 51 .000.700.150.100.200.700.300.300.100.500.300.500.100.300.100.500.070.300.1 50.010.050.100.010.700.050.300.500.200.500.200.1 50.50
Precambrian granitic rocks (cont.)
Field NO. Mn 9 3a 9e Co Cr Cu LaSSSSSSS3=5S
79HF20179HF20379HF20979HF21079HF21279HF21479HF21*79HF22079HF22279HF22379HF22479HF225A79HF22679HF22779HF23279HF23479HF23679HF24179HF24479HF24779HF26079HF26279HF26379HF26579HF27T79HF27279HF27679HF27779MF28379HF28579HF?SS70HF29179HF2°279HF29379HF2°979HF3H57QHF3QO79HF31079HF31279HF31479HF31679HF32079HF32179HF32270HF32379HF3247QHF32579HF32873HF32079HF330A
700200300300700
1000200500200300
100020015015015010050070mosoo7003003002007002003007002003on300200500200100100200200300300300300150200500300200500300
1000
20101101ini1010110110110110110110110110110101101501011010101101101101101101101010110n1011011011?l10n10110110110110110110n10110110110nmi10L10
505007007in
100010002000700700100030001000200100070010001000300
15QO150015001000700
10002000ion300
150020
200700300700ioon1500700
1000500
1000700
150020003007TO
iono10002007005?01500
2.01.51.3n2.01.53.01.01.0L1.011.01.51.311.01.0n1.52.01.51.0n1.312.03.01.01.011.01.5
• 2.01.52.37.05.01.51.52.01.01.0n1.01.0n1.51.01.51.02.01.011.0n2.02.03.02.01.012.0
1551
105n7
1051
1055
155755n755n5n
20105n515
155
10105n5n515n
205n5n51
1555n57
10515n7
205n77
20
7010151030302020153050205010n10150101510n20151010105020202010110n10110n50101101015101011010151010n2070101501570
5557m205
30102030205151551
152051
205
1010
5201051
107515151
151555
15105
10155055
10505
30107
sss= sssss
20010010050503050
1001502007015020
1002050
1502020n
20050
15010020020070
2005020n30
15020
2003002 On70
10015020
1001507050
100707050
200150200
5n5n5n5n5n5n515n5n5n5n5n5n5n5n5n5n5n5n5n5n515515n55n5n5n5n5n5n5n515n5n5n5n5n5n5n5n5n5n515155n5n5n
Precambrian granitic rocks (cont.)
Field Mo. Mn T 3a 9e Co Cr Cu La
7QHF33379HF33479HF3357QHF33*79HF33979HF34179HF"*4279HF3437QHF343A79HF34470HF 350
79HF503A70HF503B79HF50679HF5077QHF50879HF51079HF51179MF5137QHF51479HF515A79HF515*79HF51679HF52279HF52479HF52579HF52779HF71179HF71279HF71370HF71579HF71779HF71879HF71979HF72079HF72170HF72379HF72679HF72779HF72879HF72979HF730
20020H500mo1005002003on1000200
1000100020020030050020020010050020015020020020050070
20015020
2001001005on70
700500300500300200500
101101011010101101101101101101101101101101'101
10110n10n10110110n10110110n1010110110n10n101101101 •10110n10110110n101101101101
10020
200050070050070070010001000300010001500700700
200050003000500
100010001000150010001000
5010005000200050030050050
1000300
10001500100010002000700500
7.01.0n1 .On1.01.52.01.01.011.01.51.02.02.01.01.01.01.51.01.011.51.01.011.0rt1.0n1.51.01.0n1.12.01.0n5.91.31.0n1.01.52.01.02.02.01.011.01.5
5n5n
105n5n5n55155
1555n5n5
10575n
1075157
51205n755n55n5n
155n
20101015515n
10
10110120101010101010105050101015501010101152015201010
200151010110n1010152010130151520151520
51551575
1557
10207
107
2030101051
205010
20020557
3010517517
5051
301001520107
10
:ZSS5 3S3
20n20n
2001007020n
1003070
1502005020n5070
2001507050
10030
20030
20070
1502030
15020n20n5020n7020n
10010010010015070
100
5n5n55n55n5n5n5n5n5n5n5n5n5n5n5n5n5n75n5n515n5n5n5n5n5n5n5n5n5n5n5n5n5n51
105n5n5n
Precambrian granitic rocks (cont.)
Field No. Nb Ni Pb Sc Sn Sr Zr
79HF20179HF2C379HF20979HF21079HF21279HF21479HF21879HF22079HF22279HF22379HF22479HF225A79HF22679HF22779HF23279HF23479HF23679HF24179HF24479HF24779HF26079HF26279HF26379HF26579HF27079HF27279HF27679HF27779HF28379HF28579HF28879HF29179HF29279HF29379HF29979HF30579HF30979HF31079HF'31 279HF31479HF31679HF32079HF32179HF32279HF32379HF32479HF32579HF32879HF32979HF330A
2020120n20n2020n20n2020n20120120n20120n20n20120120n20n20120120120120120120n20120n70202020n2020n20n20n20n2020n202020n20n20n2020120120n2020n
1051
107
10107
105
10207
205n5n
1 55n75n
10105n5n51
15101010515n5n5n
205n551
1055n55
10515n
10305n
105
50
205030302020
10050705020701550301550101
10020205050503010n1013010n503070305050507050105050155050302050305020
105177
15155
157
1010107751
10515n5n
1510575
1551
20105n55•5n
15105n5555n51
101051517
105n77
20
1 5I0n10n10n1010n10n10n10n10n10n10n10n10n10n10n10n10n10n10n10n101101Qn10nIQn1010n10n10110n10n10n10n10n10n10n10L10n1011010n1010n10n10n10n10n10I0n
S33SSS
1 500100100200150300500200200200700200100200150150100100n300200300200200200500200100300100n10011501002003005002002001005001502005001502003003001001300150
1000
sssssss
1 5020505070
10050503070
1005050502050302010
10070505050
10015705010n10L2015
100201550505010n50
1001005015
100100157050
200
50152020501510
5003050303020201520202010n503020302050101502010n203010n505010n152020102030151010305015205050
50015070
1003002001003001502001002002002001502001503001502003003001505003001503001002070
1 5015050020010010020030050
20050020070
300300200100200200150
Precambrian granitic rocks (cont.)
Field \o.===SS35SS5S
79HF33379HF33479HF33579HF33879HF33979HF34179HF34279HF34379HF343A79HF34479HF35079HF503A79HF503379HF50679HF50779HF50879HF51079HF51 179HF51379HF51479HF515A79HF515879HF51679HF52279HF52479HF52579HF52779HF71 179HF71279KF71379HF71 579HF71779HF71879HF71979HF72079HF72179HF72379HF72679HF72779HF72879HF72979HF730
Nb5SSS
5020n20120120120n20120-120n2012012020n20n2020n20n2Qn20n2020120120n20120n20120n20n20n20n20n20120n2020n20n20n20120120n20n201
Ni
5n5n
105n5n555157
1 5105515
10575n
1075n
1 55151
70515515n
1 55n5
1 55n
1 557
1075
10
Pb
1510n30505020505020303020505070303030503050
10050502010703050
100105050302020302020505010
Sc
5n5n
1551515n55155
20105n5n7
107
105
101055n551
155n
1075n515n5n
155n
1051
10105151
15
Sn
10n10n10n10110n10n1510n10n10n10n10n10n10n10110n 110n10n10n10n1010n1Cn10n10n10n10n10n10n10n10n10n10n1510n ,1Cn10n10n10n10n10n10n
Sr
100n10Cn150150150150150100700300700200500100200000500500150200300200500300300100200500500200200100100n200200300500300200300200200
V
10110n
10030501050207050
200100151550
100505020
10010070305030
10030703010n302010n
100101
1007070
100503070
Y
1010n7020101515102020705010n155020202015202020
20030152010n201510n10301Qn3010n152050302010130
Zr
5020
30020020070
20010015015030030010015050050050050010010020030030
30010030050
5002003010
10010
15050
500500150300300150300
10
Precambrian mafic intrusive rocks
Field No. Rocktype Lat. Long. Fe Mg Ca Ti
79HF22879HF228A79HF28179HF306B79HF31 779HF31879HF33179HF722
Field Mo.
79HF22*79HF??8A79HF28179HF3H6R
79HF317
79HF31*79H FT;T 179HF 72?
DiDiOiDiGrDiMeOi
Mb
2 On?°n
?0n20n201?0n20n?n n
o ri teori t eo ri teo ri t eanod i oo ri t et adi oro r i t e
Mi
7050
1 50100
50100
7050
rite
i te
Pb
2030101515?010|1 5
39.39.39.39.39.39.39.39.
i
122122316145180214283256
Sc
1 57
30201 ?50501 5
-106.-106.-106.-106.-106.-106.-106.-106.
Sn
10n10n10n1 Dn10n10n10n10n
68468567458373661 9708596
Sr
5001 500
2002000
1501000
1 nn,1000
10.005.00
10.005.005.00
10.0010.0010.00
V
3001002001 5010050030n200
2.001 .505.003.001.503.002.002.00
Y
3030205070503030
2.007.005.002.001 .50
10.000.705.00
Zr
150200
50POO200
5050
700
10000101
.00
.30
.30
.30
.50
.00
.50
.00
Field No. Mn 8 3a Be Co Cr Cu La Mo
79HF22879HF228A7 9 H F 2 3 179HF306Q79HF31779HF31879HF33179HF7?2
1500soo
1000700
1000150015001000
10110110101101101101101
15002000300
5000700
300030
2000
1.012.01.01?.n1.01.01.0n1.0
2020503020705020
300100
100050070
200200150
10010050517
5010010
20010020n
100303020n150
5n155n75n5n75n
11
Precambrian metamorphic rocks
Field Mo Sock type Lat Long. Fe Ca Ti
79HF20*79HF72179MF225B70MF?4379HF?6179HF2677QHF27979HF2S279HF28479HF29479HF29S79HF30079HF306A79HF30?79HF33279HF33779HF34679HF34079HF50479HF510A79HF52079HF52379HF52679HF70670HF7Q779HF70879HF70979HF71079HF71479HF71679HF72470HF725
Hb 1 . Gnei ss0 10. GneissM i amat i t eBio. Schist'Bio. Gnei ssMi qmat i t e8i o. Gnei ssBio. GneissBio. Gnei ssfl io . Gnei ss3io» SchistQio. GneissBio. Gnei ssWigmat i t eBio . Gnei s sMigmat i teBio. Gnei ssBio. Gnei ssBio. Gnei ssBio. Gnei ssBio. Gnei ssMigmat i t eMi amat i teBio. Gnei ssBio. Gnei ssBio. GneissBio. Gnei ssBio. GneissBio. Gnei ssBio. GneissBio . Gnei ssBio. Gneiss
TO. 26839.12130.11039.3273^.20639.12839.31739.31239.30039.13039.13539.12439.14539.15530.30239.25339.14239.14239.32139.11 739.16639.?0039.16339.07939.08?39.10139.11639.10839.12439.11830.32739.127
-106.754-106.719-106.690-106.676-106.715-106.681-106.675-106.686-106.683-106.562-106.563-106.583-106.583-106.575-106.720-106.669-106.657-106.646-106.608-106.589-106.541-106.507-106.547-106.529-106.540-106.542-106.540-106.548-106.579-106.620-106.664- 1 Q6.651
10.003.005.00
10.005.003.005.005.007.003.005.005.003.005.007.005.007.003.002.005.005.005.003.005.00
10.005.0010.005.005.005.005.005.00
3.000.701 .001.501.000.501.500.701.000.700.701.000.701.501.501.501.000.501.001.001.001.000.701.002.000.301.501.001.001.001 .501.00
3.000.200.700.100.700.500.501.000.301.000.500.700.500.300.200.100.300.500.300.070.200.301.001.003.001.500.501.500.500.100.300.30
0.500.200.500.500.700.300.700.300.300.200.300.300.300.500.500.500.500.200.200.500.500.200.300.301.000.150.500.500.200.300.300.50
12
Precambrian metamorphic rocks (cont.)
Field NoS3SS 3SSS
79HF70*7QHF22179HF225979HF24379HF 26179HF26770HF27979HF23279HF23479HF29479HF29879HF30079HF306A79HF30379HF33279HF33770HF34679HF^4979HF50470HF510A79HF52079HF52379HF52679HF70679HF70779HF70879HF7D979HF71079HF7147QHF71670HF72479HF725
Mn3535SS3S
moo200500700300500
1000300500200300300300300SOO?00500200500300500200300500
1500300700moo1000300300500
833333
10101mi1010110110110110110110110110110120
20010110110110101101101101201011010110110150101
3assssssss
3000700500700500700700500700300200500700700700700700700
15003007005002005007001*010001000700
1000700500
3e
1.01.01.011.011.31.31.01.51.01.31.011.01.01.51.32.01.3n1.0n1.0n1.0n2.01.0n1.02.01.32.01.0n1.31.3n1.0n1.0n2.0
Co
30102020
1005
20' 151510101510152020207520 '
20101015507
201515152020
Cr
50070
1502002020
20070
100507070
1001003001501005010
10015050703070501503070
100100150
Cu3S3S3S33S3
5075
20751
150302055575
2010515
305757 '
500505
1020515151
10
La
2003050505020n30205030703030
10020n503050
150505020n50502 On20n703050705020
Mo
5n5n5n55n5n5n55n5n5n5n5n5n5n5n5n
105n5n5n5n5n5t
105n55n5n5n5n5n
13
Precambrian metamorphic rocks (cont.)
FieM Mo. Nb ui pb sc Sn Sr V Y Zr
79HF?o"
70MF?2179HF ??5370HF 74-579HF26179HF76779HF ?797QHF?*?70HF ?«£79HF29479HF?Q#79H.fT7Qf)79HF706A70HF "*0*79HF33279HF *3779HF34679HF34979HFSOA79HFS19A79HF52079HF52379HF52679HF7067O HF ?077?HF 70*79HF7QQ70HF71H70HF71479MF ?1 679HF72479HF 7 ?5
S== "nn =
20n?*"H
2 n i?n i20120120n•>0n
2012020120120n2012 n l2020120n202012012012HI20120 n201201201201?0ri2 n
150205070307
5050301520203030705030157
50302015203010501520203030
201030102030202015'20
202030151520205070101510151520202015?050103D
20102030in101510157
1 510151 5152015102015205
1015505
20207
1 5101 5
10n 11 On1510n10n10n10n10n10n10n10110n10n10r»10n10n1510n10n10n'10n
10n10n10n10n10n10n1 On10n10n10n10
5001 0010 n1001100100150300100200100120020010010Hmen100200100n100n150100100150300200100200150200150100
15070
10020015030
10070
10050707070
1001001001005020
1001005050
10030010020010070
1 00100100
503015T 0201015303020
300305020502050505030501520305010n50
• 2030202020
200300200150500150100200150200300200200150200150200300500200200100200200300100300200150200100200
14
Tertiary igneous rocks
Field No, Roc ktype Lat. Mg Ca Ti
79HF20479HF23779HF23979HF25279HF25379HF25979HF26879HF26979HF27579HF28779HF29579HF29679HF297A79HF30279HF30479HF30779HF31379HF34C79HF34879HF50279HF50979HF51 279HF519B79HF521
QtzD i oQtzVi tAshQtzQtzQtzDi oQtzQtzQtzQtzQtzQtzQtzQtzLatQtzQtzQtzLatQtzQtz
. Porphyryri te. Porphyryrophy re-flow Tuff. Porphyry. Porphyry. Porphyryrite. Porphyry. Porphyry. Porphyry. Porphyry. Porphyry. Porphyry. Porphyry. Porphyryi te. Porphyry. Porphyry. Porphyryi te. Porphyry. Porphyry
39.19339.18739.17839.11039.11339.10939.12939.14039.24839.17539.13039.13139.13439.12639.13439.14639.18939.24139.14639.11239.12139.12539.11739.161
sss aaas
-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.-106.
77375675961 161 161 1681689724758562563564592592581737713667549558536605531
210
1212115111112325512322
aaaaaa :
.00
.00
.50
.00
.50
.00
.00
.50
.00
.50
.50
.50
.50
.50
.00
.00
.00
.00
.00
.50
.00
.00
.00
.00
saaaaa
0.202.000.100.500.500.100.100.101 .000.200.100.100.200.100.100.200.201.000.300.100.070.700.100.10
a aaa
1
21110100010000102100000
ssa ssa
.00
.00
.00
.50
.00
.50
.00
.50
.70
.15
.00
.50
.30
.50
.05
.00
.50
.00
.00
.70
.50
.50
.50
.70
= 3SS5
0.070.500.030.150.150.020.030.020.300.050.020.020.050.020.020.050.070.300.050.020.020.200.050.01
15
Tertiary igneous rocks (cont.)
Field NO.sssssssssss
79HF?0479HF?3?79HF73079HF25270HF25379HF25979HF26879HF26979HF27579HF28779HF2°S79HF29679HF297A79HF30279HF30A79HF30779HF31379HF34079HF34*79HF50279HF50979HF51279HF519B79HF521
Mn
?nnmoo5m500500300500300700500500500200500200500500
10005005on500700200500
q
101m1011011011011011011011010110n101101101101101mi1011010120101101
3a
15001000150020002000150020002000700
10002000200020002000500
2000200015001500700
1000100020001000
Be
1.51.01Ud1.01.01.01.01.5uot1.51.01.01.01.01.51.01.01.011.51.01.0 '2.01.01.5
Co
5n205n515n515n5n
155n5n515n5n5n5n5n5155n5n55n5n
Cr! •• •• •• • m* «M •» >
1010110101012010151010110ro1011020301010301520102020
Cu• •• «•• •• •»•
10020
510
515
710
75
10751
101515101020
710
71020
La
203020n707020n20n20n202Qn20n20n2020n20n20n2020n20n20n2 On20n20n20n
Mo:ss:
5n5n5n5n5n55n5n5n5n5n55n7555n5n55n55n5151
16
Tertiary igneous rocks (cont.)
Fie La No. Nb Ni P-b Sc Sn Sr V Y Zr
79HF2CA79HF23779HF23979HF25279HF25379HF25979HF26879HF26979HF27579HF23779HF29579HF29679HF297A79HF30279HF3Q479HF30779HF31379HF34079HF34879HF50279HF50979HF51 279HF519879HF521
20n20n20120n20n20120n2012012020120120120120n20 I20120n2012020120201201
555515n
1 55157517515n5
1 510551
155
105
1010
20100503030302015151530503030101301520305050302050
5n205n555n5n5n
105n5n5n5n5n5n5n5n5 .5515n55n5n
1010n10n10n10n10n10n10n10n10n10n10n10n10n10n10n10n10n10n
. 10n10n10n10n10n
1000100010007005005005005007003007007005005001001
100010001000700500500200500500
10n20010n201510n10n10n
1001Qn10n10n10n10n10n10110n501010n10n5010n10n
1530202020'1010101202010110n10n10n10110n10102010101510110
7010050
1001005030
10020050
100505030507070
100705030505050
17
Paleozoic sedimentary rocks
Field No. Socktyoe Lat. Long. Fe Mg Ca Tissss ssss sss ssss satsssssss sssssssssss ssss sssssssss
79HF229A 79HF245
79HF749 79HF?50
Dol onii te Quartzi te Quartz i te Quartzi te Quartzi te
39.332
39^223
-106.776-116.677-106.677-106.749-106.746
1.503.005.000.501.50
1.000.050.070.100.03
10.000.050.050.300.05
0.100.050.050.100.03
Field No. 3a Se- Co Cr Cu La Mossssssssssssssssssssssssssssssssssssssssss:
79HF229A
79HF24579HF24679HF24079HF250
7002005005070
50101015101
202nn
50020
On0 ,0 On
1.0n
7575n51
30202010101
1020305
20
2 On ?0n 2 On 20n 20n
5n 5 55n
15
Field No. Nb Ni Pb Sc Sn Sr ZrSSSSSSSSSS3
79HF229A79HF24579HF246
20n20n20n
102020
2010n20
75n5n
10n10n10n
1001100n100n
502050
3010n20
10070
20079HF249 79HF250
20n 20n
5n 10n15
5n 5n
10n 10n
100n 100n
1010
15 10n
20050
18
Twin Lakes Granite (Tertiary)
Field No. Rocktyqe lat Lonq. Fessssssssssssssssssssssssssssssasssssssssssssssssssssssssssss:
Ca Ti
79HF7H1 70HF702 70HF7H3 79HF7Q4 70HF705
Granite Granite Grani te Grani te Grani te
3°. 07139.07139.07239.07039.069
-106.450-106.471-106.47*-106.494-106.510
2.003.003.002.005.00
0.500.500.700.500.50
1 .on1.001.002.001.00
0.200.100.300.200.15
Field No. Mn
79HF701 79HF7D2 79HF703 79HF70A 79HF705
5003nn500500700
101mi10110n101
5005HO
iono700500
1.51.01.31.01.0
Ba 9e Co Cr Curssssssssssssssssssssssssssssss:
51010551
La
10n10201010n
10555151
7030302050
Mo:ss:
5515n5n5n
Field No. No
79HF701 79HF7Q2 79HF703 79HF704 79HF705
2020n2020120n
Ni:sss:
51 5
10 51 5n
Pb:ss:
3030203020
Sc Sn Sr
51515551
10n10n10n10n10n
500500
1 0001000
700
5070
1007070
1010303015
Zrsss:
100150150100150
19
Table 2.—X-ray fluorescence data for selected rocks
20
Field No,
Tertiary igneous rocks
Rb Sr Y Zr Nb
79HF25979HF23979HF50979HF31379HF30479HF25279HF23779HF26979HF26879HF34079HF50279HF297A79HF29579HF34879HF52179HF30279HF51279HF28779HF30779HF29679HF25379HF20479HF519B79HF275
Field No.
79HF72679HF32879HF72179HF52479HF32379HF30579HF27079HF29179HF28879HF22879HF33979HF72379HF73079HF52279HF30979HF34279HF513
11313113413083
13195
1841216813610813312212210813015210712711110310076
Rb
211186200197226159200235292103291249151220207319137
59684836469280
645993630646897396381684603539659322438628749429896515919
Precambrian
Sr
35923130027928017652482124768140449186237200124109
<511<595
1723<566756
<56588
<5<51412<518
granites
Y
268
127
2210217
17206
1313201487
3549418832
201154354075403637562533525851341529151
252
Zr
296240247214341117473125160340190448245529266215119
11121615128
101886
138
15141312211313149
131110
Nb
138
12<521<520<51716101310199
145
21
Table 3.—Emission spectrographic data for various
fractions of stream sediment samples
"S" and "T" suffixes in the sample numbers refer to two samples taken at
the same site.
"N", "M", and "F" suffixes, respectively, refer to non-magnetic,
magnetic, and -200 mesh fractions of the samples.
In addition to the data in the table, all samples were analyzed for Ag,
As, Au, Bi, Cd, Sb, and W. These elements were not found with the following
exceptions:
1. 79HF104TG contained 50 ppm W.
2. 79HF112TN contained 300 ppm W.
3. 79HF113TM contained 5 ppm Ag.
4. 79HF112TF contained 20 (L) ppm Cd.
Detection limits were the same as those given in the explanation of
Table 1.
22
Nonmagnetic
Fraction
SAMPLE
Lat
.Long,
Fe(X)
N)
8HF004SN
8HFOQ4TN
8HF005SN
8HF005TN
8HF006SN
8HF006TN
8HF007SN
8HF007TN
8HF012SN
8HF012TN
8HF013SN
8HF013TN
8HF014SN
8HF014TN
8HF015SN
8HF015TN
8HF016SN
8HF016TN
8HF017SN
8HF017TN
8HF018SN
8HF018TN
8HF019SN
8HF019TN
8HF020SN
8HF020TN
8HF021SN
8HF021TN
8HF023SN
8HF023TN
8HF024SN
8HF024TN
8HF025SN
8HF026SN
8HF026TN
8HF027SN
8HF027TN
8HF028SN
8HF028TN
8HF029SN
8HF029TN
8HFQ30SN
8HF030TN
8HF031SN
8HF032SN
39 07 34N
39 07 34N
39 07
48N
39 07
48N
39 07 34N
39 07 34N
39 07 26N
39 07 26N
39 11 20N
39
11 20N
39
11 20N
39 11
20N
39 14
06N
39 14
06N
39 15 47N
39 15
47N
39 15
29
N39 15
29N
39 17
31N
39 17
31N
39 17 28
N39
17 28
N39 17 28
N39
17 28N
39 17
31
N39 17 31N
39 18 SO
N39
18 SO
N39 19
55N
39 19 55
N39
20 28N
39 20 28
N
39
2,0
56N
39 16
23
N39 16 23N
39 20
13
N39 20 13
N39
11 13
N39
11 13
N39 14
06
N
39 14 06N
39 11 49N
39 11
49
N39 11 56N
39 12
25
N
106
34 44
U106
34 44
U10
6 36 SO
U106
36 SOU
106
36 47
U10
6 36 47
U106
34 26U
106
34 26U
106
41 10
U106
41 10U
106
41 06U
106
41 06
U10
6 35 38
U106
35 38U
106
38 20U
106
38 20U
106
37 23
U106
37 23
U10
6 37
34
U106
37 34
U10
6 38
35U
106
38 3SU
106
38 35
U106
38 35
U
106
39 07
U10
6 39 07
U10
6 39
14
U106
39 14
U10
6 43
16
U106
43 16
U106
42 40
U10
6 42 40U
106
42 29
U10,6 34 37U
106
34 37
U106
39 54U
106
39 54
U10
6 30
47
U10
6 30
47U
106
31 19
U
106
31 19
U106
32 31
U106
32 31U
106
32 38
Ut06
32 31
U
10.0 7.0
15.0
15.0
10.0
10.0
15.0 7.0
15.0
15.0 S.O
10.0 5.0
3.0
10.0 7.0
10.0
10.0 5.0
7.0
10.0
10.0
7.0
10.0
10.0 7.0
15.0
10.0
15.0
15.0
20.0
1S.O
20.0
3.0
10.0
15.0
15.0
10.0
15.0
15.0
15.0
10.0
10.0
10.0
20.0
Mg(X)
1.00
0.30
0.15
0.20
1.00
0.50
0.50
0.30
0.10
0.15
0.20
0.05
0.20
0.50
0.30
0.15
0.50
0.20
0.15
0.20
0.10
0.07
0.10
0.15
0.50
0.50
0.10
0.15
0.10
0.10
0.10
0.30
0.15
0.30
0.07
0.20
0.07
1.00
0.70
0.70
0.30
0.20
0.20
0.15
0.30
CaU)
0.50
0.15
0.07
0.07
0.10
0.10
0.07
0.15
0.05
0.05
0.30
0.10
0.50
1.00
0.30
0.70
0.50
0.30
0.50
0.50
0.20
0.07
0.15
0.30
0.30
1.00
0.07
0.15
0.05
0.07
0.05
0.05
0.05
0.70
0.15
0.10
0.07
0.10
0.10
0.20
0.10
0.70
0.50
0.10
0.10
Ti(X)
Mn(ppn)
B(ppm)
Ba(ppm)
0.70
0.70
1.00
61.
006
0.50
0.50
0.30
0.70
1.00
61.006
1.00
61.006
1.006
1.00
61.
001.
006
1.00
61.
006
1.006
1.006
1.00
61.
006
1.00
61.
006
1.006
0.70
1.006
1.00
60.
150.
200.
300.20
0.20
1.006
1.006
0.70
0.20
0.50
0.70
1.00
1.006
1.00
61.00G
1.006
1.00
6
5000
2000
1500
1500
3000
3000
3000
2000
1000
1500
1000
1000 500
1000
1500
2000
1500
2000
1000
1000
1500
1500
3000
3000
1500
1000
1000
1500 300
500
300
300
300
1000
1000 700
300
2000
1500
2000
1500 700
3000
2000
1000
10 N
10 10 N
10 N
10 IS 10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 10 N
10 N
10 L
10 10 N
10 15 15 10 15 10 N
10 30 30 2Q 15 20 10 N
10 N
15 20 10 N
10 N
10 N
10 N
10 N
15 10 N
10 N
300
300
100
150
100
200
150 70 50 70
300 70
200
700
300
300
100
200
300
500
100 50 70
150
200
500 70
150
300
150
200
500
500
500
100
100
100 50
300
100 70
100
100
100 50
Be(ppn) .ON
.OL
.OL
.ON
.ON
.0 .OL
.0 ,ON
, ON
,ON
,ON
,0 ,0 ,02.0
1.5
1.5
1.0N
2.0
1.0L
1.0N
2.0
3.0
2.0
2.0
1.0L
1.0
1.0
1.5
2.0
2.Q .OL
.0 .OL
.0 .ON
.ON
.0 .ON
OL
,OL
,0 0 1.0N
No
nm
ag
neti
c
fracti
on
-co
nti
nu
ed
ho
SAMPLE
8HF004SN
8HF004TN
8HF005SN
8HF005TN
8HF006SN
8HF006TN
8HF007SN
8HF007TN
8HF012SN
8HF012TN
BHF013SN
8HF013TN
8HFOUSN
8HFOUTN
8HF015SN
8HF01STN
8HF016SN
8HF016TN
8HF017SN
8HFQ17TN
8HF018SN
8HF018TN
8HF019SN
8HF019TN
8HF020SN
8HF020TN
8HF021SN
8HF021TN
8HF023SN
8HF023TN
8HF024SN
8HF02UN
8HF025SN
8HF026SN
8HF026TN
8HF027SN
8HF027TN
8HF028SN
8HF028TN
8HF029SN
8HFQ29TN
8HF030SN
8HF030TN
8HF031SN
8HF032SN
Co(ppm)
15 10 10 10 15 15 15 10 10 10 15 20 15 10 30 20 15 15 15 505 5
10 15 10 10 50 15 20 15 20
15 20 10 10 20 20 10
1 15 15 15 15 15 10 15
C r(ppm)
150
150
200
200
150
200
150
150
200
150
ISO
1SO
150
150
150
200
200
200
200
150
200
200
ISO
ISO
300
200
200
200
1500
1000
1000
700
1500
150
150
300
1SOO
1SO
300
200
200
300
200
200
200
Cu(ppm)
La<pp«)
Mo(ppm),
Mb(PPM)
Ni(ppa)
Pb(pp«)
10 15 105 7 7
20 10 10 10 10 10 10 15 15 10 15 510 205
L5 5 5
10 15 305
30 30 10 15 107
107
307
10 10 15 107 7 5
L
700
SOO
700
700
700
SOO
700
700
1000 700
500
700
SOO
SOO
700
700
700
SOO
700
1000
1000
1000
6
1000
6
1000 700
SOO
700
500
SOO
SOO
300
300
300
SOO
300
700
300
1000
1000
G
700
1000
G
700
1000
G
1000
G
700
S N
S N
S N
5 N
S N
5 N
5 N
S N
S N
S N
S N
5 N
S N
5 N
S N
S N
S N
S N
S N
S N
S N
5 N
5 N
S N
S N
5 N
S N
S N
S N
S N
S N
S N
S N
S N
5 N
S N
S N
S N
S N
S N
ISS
NS
N5
N5
N
30 20 20 10 L
30 10 L
10 L
10 L
30 50 20 20 SO SO 20 50 30 30 20 30 20 20 100 30 SO 10 N
30 30 10 N
20 10 L
10 N
10 N
50 SO 10 L
10 L
50 70 20 10 L
20 30 20 30
155 7 S
15 305
L5 5 5 5
LS S
L10 10S 7 S 5
L105
L5
LS 5
L
20 30 205
50 30 30 30 20 10 S N
30 SO 15 20 IS
5 S 5 5 10
70 70100
ISO 70 70 30 70 70 70
100 70 70 70
100
100 70 70
150
100
ISO
ISO
100
ISO 70
100
500 70 SO 70 30 70 10 N
70 70 50 SO100 70
ISO
150 70 70
150
100
SC(PPM)
7070
20 15 7070
70 70
15 20 10 10
30
30
1020
15
IS
20
10
IS
15
15
IS 15
15
10
20 S10
10 S
10
20
30 155
70
5030
30
SO
20
15
30
Sn(ppm)
20
10
30
30
10 N
10 N
10 N
10
50
SO
50
30
30
15
20
SO
50
30
30
30
30
SO
20
20
10
300
50
30
IS
15
20
IS IS 30
5020
20 10
10 N
30
30 30
30 30 30
Nonmagnetic Fraction-continued
SAMPLE
8HF004SN
8HF004TN
8HF005SN
8HF005TN
8HF006SN
8HF006TN
8HF007SN
8HF007TN
8HF012SN
8HF012TN
8HFOUSN
8HFQ13TN
8HF014SN
8HFOUTN
8HF01SSN
8HF015TN
8HF016SN
^ 8HF016TN
Ln 8HF01 7SN
8HF017TN
8HF018SN
8HF018TN
8HF019SN
8HF019TN
8HF020SN
8HF020TN
8HF021SN
8HF021TN
8HF023SN
8HF023TN
8HF024SN
8HF024TN
8HF025SN
8HF026SN
8HF026TN
8HF027SN
8HF027TN
8HF028SN
8HF028TN
8HF029SN
8HF029TN
8HF030SN
8HF030TN
8HF031SN
8HF032SN
Sr (ppn)
Th(ppn)
V(ppn)
Y(ppn)
Zn(ppn)
Zr(ppn)
500
100
L10
0 N
100
L500
100
N100
L100
N
300
100
100
100
N100
300
700
100
N
100
100
100
100
100
L100
N ,
100
N10
0 N
100
L100
100
N100
N100
N10
0100
N100
N
100
100
100
N100
N100
L10
0 N
100
L10
0 N
100
L100
L10
0 N
100
L300
500
200
500
300
200
100
100
200
1500
1000
300
SOO
500
300
300
100
N
700
1SOO
1000
1000
1000
1SOO
2000
1000
300
100
NSOO
SOO
100
N100
100
N100
N
100
N300
500
100
100
N300
700
SOO
1000
SOO
100
N2000
700
100
100
ISO
100
100 70 70
100
ISO
200
100
200
150
100
100
ISO
ISO
200
100
1SO
100
150
150
ISO
300
100
100
200
300
300
300
300
300
1SO
200
300
300
ISO
100
150
100
100 50
100
300
200 6
200 6
200 G
200 6
200 G
200 G
200
200 G
200
150
200
200 G
100 70
200 G
200
100
100
ISO
150
200 G
200 G
200 G
200
200 G
200
200
200 G
200
200
150
ISO
150
-100
100
200
200
200 G
200 G
200 G
200 G
200 G
200 G
200 G
150
200 N
200 N
200 L
200
200 N
200 N
200 N
200 N
200
300
200 N
200 L
200 W
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 L
200 L
200
200 L
300
200
200
200 L
300
300
200
200
300
200 N
200
200 L
200
200
200
200
200 N
200 L
200 N
200 L
200 N
700
700
SOO
SOO
700
300
700
1000 G
700
200
1000
700
1000 G
700
700
300
700
700
1000 G
1000 G
1000 G
1000
1000
SOO
700
SOO
1000 G
SOO
700
700
300
300
200
700
700
SOO
200
1000
700
700
1000
1000 G
1000 G
1000 G
1000
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• oooooooo oooooaoo oooooooo oooooooo oooooooo ooooa
m OOOOOOOO OOOOOOOO OOOOOOOO OOO'OOOOO OOOOOOOO OOOOa oooooooo oooooooo oooooooo oooooooo oooooooo ooooa omOOf»Oinin rwininpte^inoo OOOOOOO*» OO*»OOOtno OOinomr^Om OOOm^ v- *- ff\ *- v- *• v- «- <M v f\t ^- f r- r~ r- ^- v- i- r- ^- r~ f- r- ~ r- v- rv ~ i- no K1 ^- »-c
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26
Nonmagnetic Fraction-continued
SAMPLE
8HF033SN
8HF034SN
8HF035SN
8HF036SN
8HF036TN
8HF037SN
8HF037TN
8HF03BSN
8HF03BTN
8HF039SN
8HF039TN
8HF04QSN
8HFQ40TN
8HF041SN
BHF041TN
8HF042SN
8HF043SN
9HF101SN
9HF101TN
9HF102SN
9HF102TN
9HF103SN
9HF103TN
9HF104TN
9HF105SN
9HF10STN
9HF106SN
9HF106TN
9HF107SN
9HF1Q7TN
9HF10BSN
9HF10BTN
9HF109SN
9HF110SN
9HF111SN
9HF111TN
9HF112SN
9HF112TN
9HF113SN
9HF113TN
9HF115SN
9HF11STN
9HF116SN
9HF116TN
Co
(pp
a)
15
15
15
15
IS
10
10
15 15 50 50 20 15 15 20 10 30 15 15 70 70 50 50 20 30 20 15 20 30 50 10 15 15 10 20 20 20 20 20 20 15 10 15 20
,
Cr(
pp
«)
200
200
15
01
50
300
200
15
01
50
200
150
150
150
200
10
01
50
150
300
300
300
200
200
200
200
200
300
300
15
0150
150
200
100
200
15
020
030
020
01000
700
300
500
300
200
200
150
Cu
(pp
n)
La
(pp
«)
No
(pp
»)
Nb
(pp
«)
Ni(
pp
«)
Pb
(pp
m)
5 L
7157
105 5
L5 7
15 207
20 20 10 15 157
10 20 30 15 30 10 10 107 7
10 207
10 10 155
10 10 157 7 5 5
10 10
1000
6
SOO
700
700
1000
G
1000 300
500
SOO
500
SOO
700
700
1000
1000
6
1000
1000
6
1000 6
1000 6
1000
6
1000
G
1000
G
1000
G
1000
G
1000
G
1000
G
1000 G
1000
6
1000 G
1000
G
1000
G
1000
G
1000
G
1000 G
1000 G
1000
G
1000
G
1000
G
1000
G
1000
G
1000
G
1000
1000 700
5 N
S N
5 N
S N
5 N
5 N
5 N
5 N
5 N
5 N
5 N
S N
5 N
5 N
5 N
5 N
5 N
S N
5 N
5 N
S N
5 N
S N
5 N
5 N
5 N
S N
5 N
5 N
5 N
5 N
5 N
S N
5 N
5 N
5 N
S N
155
N5
N
5 N
S N
5 N
S N
50 20 20 SO 20 30 7010
0 50 20 30 SO 20 SO 70 30 20 50 SO 70 50 SO 50 SO 50 SO SO SO SO 70 SO 50 50 70 70 50 30 30 50 50 70 70 20 30
155
105
155
N5
N5
L
510 20 105 5 5 5
L
10 10 15 15 20 15 15 10 15 10 107
10 107
10 105 7
10 30 20 15 10 15 105 5
100 70 70
100
ISO 70 50 70 70 50 70
100
100
200
100
100
150 SO
200 70
150
100
150 50
100
100
ISO
150 70
100
100
100 70 70 70 70
150
150
100
100 70 70 70 70
S c(p
pn
)
20 20 30 20 20 30 20 30 20 15
20 20 20
10
15
10
10
10
10
10
10 10
15
10
10
10 7 7 7
10
10
10 15
10 20 20 15
15
15
15 70 70 20 20
Sn
(pp
n)
50 30 30 50 50 70 50 50 50
30
30
50
30
50
SO
70 10 2030
0 50 50 20 30 50 50
50
, SO
70
30
30
20
30 20
SO
30
50
30
30
SO
50 10
N
10
N
50
5
0
No
nm
ag
ne
tic
F
racti
on
-co
nti
nu
ed
ho
oo
SAMPLE
8HF033SN
8HFQ34SN
8HF03SSN
8HF036SN
8HF036TN
8HF037SN
8HF037TN
8HF038SN
8HF038TN
8HF039SN
8HF039TN
8HF040SN
8HF040TN
8HF041SN
8HF041TN
8HF042SN
8HF043SN
9HF101SN
9HF101TN
9HF102SN
9HF102TN
9HF103SN
9HF103TN
9HF104TN
9HF105SN
9HF105TN
9HF106SN
9HF106TN
9HF107SN
9HF107TN
9HF108SN
9HF108TN
9HF109SN
9HF110SN
9HF111SN
9HF11 UN
9HF112SN
9HF112TN
9HF113SN
9HF113TN
9HF11SSN
9HF115TN
9HF116SN
9HF116TN
Sr (ppin)
Th(ppm)
100
N10
0 N
100
200
100
L10
0 L
100
N100
100
N10
0 N
100
100
200
100
L100
N100
L
100
N100
N10
0 N
100
N100
N15
0100
N10
0 N
100
N -
100
N100
N100
N10
0 N
100
N150
100
N
100
N10
0 N
100
N100
N10
0 N
100
N10
0 N
100
N
100
N100
N10
010
0
1000 500
700
1500
1000 100
300
200
200
100
500
1000 500
1000 500
300
1500 300
500
700
1000 500
700
200
500
500
500
300
300
500
300
500
500
500
500
300
500
500
500
500
500
500
150
150
V(pp«)
150
200
150
200
100
100
300
150
150
300
200
150
200
100
200
100
150
150
150
150
150
150
150
150
150
150
150
150
150
150
100
150
150
200
150
150
200
150
150
200
150
150
150
300
Y (ppin)
Zn(ppm)
Zr (ppin)
200 6
200 6
200
ISO
200
G10
0100 70 70
100
100
150
150
200
200
200
200
G30
0200
200
200
200
200
200
500
300
500
200
200
500
200
300
300
200
200
200
1000
1500 700
700
200
G200
G150
150
200
200
200
200
200
L200
200
200
200
L200 N
200
N20
0 N
200 N
500
200
200
200
200 N
200
N200
200 N
200
N20
0 N
200 N
200
200
N200
N200 N
200
N20
020
0 N
200
N
200 N
500
200
N200
N20
0200 N
200
200
N
200
N200
N20
0200
1000
1000 500
700
1000
G
700
300
700
700
1000
G
700
700
1000
300
300
700
1000 500
500
500
1000
1000
1000
G
200
500
500
500
500
300
700
1000
1000 700
200
1000
1000
500
500
500
500
500
300
700
700
6Z
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cti
on
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nti
nu
ed
SA
MP
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8HFOOASM
8HFOCKTM
8HFOOSSM
8HF005TM
8HF006SM
8HF006TM
8HF007SM
8HF007TM
8HF012SM
8HF012TM
8HF013SM
8HF013TM
8HFOUSM
8HFOUTM
8HF015SM
8HF015TM
8HF016SM
8HF016TM
8HF017SM
8HF017TM
8HF018SM
8HF018TM
8HF019SM
8HF019TM
8HF020SM
8HF020TM
8HF021SM
8HF021TM
8HF023SM
8HF023TM
8HF024SM
8HF024TM
8HF025SM
8HF026SM
8HF026TM
8HF027SM
8HF027TM
8HF028SM
8HF028TM
8HF029SM
8HF029TM
8HF030SM
8HF030TM
8HF031SM
8HF032SM
Sr(ppm)
Th(pp«)
V(ppm)
100
N10
0 N
100
N100 N
100
N10
0 N
100
N10
0 N
100
N100 N
100
N10
0 N
100
N100 N
100
N100 N
100 N
100
N100
N10
0 N
100
N10
0 N
100
N10
0 N
100
N10
0 N
100
N100
N10
0 N
100 N
100
N100 N
100
N100
N100
N100
N100
N100
N10
0 N
100
N
100
N100
N100
N100
N10
0 N
100
N100
N100
N10
0 N
100
N100
N100
N10
0 N
100
N100. N
100
N10
0 N
100
N100
N100
N10
0 N
100
N10
0 N
100
N100 N
100
N10
0 N
100
N100 N
100
N10
0 N
100
N100 N
100
N10
0 N
100
N100
N
100
N10
0 N
100
N10
0 N
100 N
100
N100
N100
N
100
N100
N10
0 N
100
N100
N
300
300
300
300
200
300
300
300
300
300
300
200
500
300
300
200
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
200
200
200
300
300
200
300
200
300
200
300
300
300
Y(ppm)
10
10
10
10
20
100
50
SO 10
20 10 20 10 10 50 20 10 10 10 10 20 20 70 50 50 50 1010
0 50 50 20 20 10 20 10 10 50 20 7010
20 20 20
20 20
In(ppa)
300
300
500
700
500
500
500
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
200
300
700
500
300
300
500
300
500
300
300
300
500
300
700
1000
300
500
300
500
500
500
Zr(pp«)
100
200
100
100
100
300
1000 300
100
200
100
300
100
300
200
300
100
200
200
300
300
100
1000 700
300
300
100
300
100
200
200
200
200
200
200
100
300
100
200
300
i200
300
300
700
300
Ma
gn
eti
c
Fra
cti
on
-co
nti
nu
ed
SA
MP
LEL
at.
Lo
ng
,
8HF033SM
8HF034SM
8HF03SSM
8HF036SM
8HF036TM
8HF037SM
8HF037TM
BHF038SM
BHF038TM
8HF039SM
8HF039TM
8HF040SM
8HF040TM
8HF041TM
8HF042SM
BHF043SM
9HF101SM
9HF101TM
N3 9HF102SM
9HF102TM
9HF103SM
9Hf 103TM
9HM04SM
9HF104TM
9HM05SM
9HF10STM
9HF106SM
9HF106TM
9HF107SM
9HF107TM
9HF108SM
9HF108TM
9HF 109SM
9HF110SM
9HF11 ISM
9HF111TM
9HF112SM
9HF112TM
9HF113SM
9HF113TM
9HF11SSM
9HF115TM
9HF116SM
9HF116TM
39 13
16
N39 13
34N
39 13
52N
39 11 35N
39 11
35N
39 11
35N
39 11 35N
39 11 S6N
39
11 56
N39 12 54N
39 12
SA
N39 13
16N
39 13 16N
39 12
25N
39 12 07N
39 12
29N
39 14 38N
39 U 38N
39 08 20N
39 08
20N
39 07 59N
39 07 59N
39 07 26N
39 07 26N
39 07 OSN
39 07 OSN
39 09 04N
39 09 04N
39 09
43N
39 09 43N
39 U 38
N39
U 38N
39 U 3SN
39 11
46N
39 16 26
N39
16
26N
39 07 37N
39 07 37N
39 07
34N
39 07 34N
39 06 36N
39 06
36N
39 12
07N
39 12
07N
106 32 13U
106 32
06U
106
31 59U
106
34 4ly
106
34 4l
y10
6 34 44y
106
34 44U
106
34 44W
106
34 44U
106 34
52
U10
6 34 52W
106
34 52W
106
34 52U
106 44 S3U
106
43 52
U10
6 44 02U
106
43 30W
106
43 30W
106
45 S4W
106
45 54U
106
45 11U
106
45 11U
106
40 55W
106
40 55W
106
42 22
U106 42 22U
106
47 02W
106
47 02U
106
47 13W
106 47 13U
106
43 37U
106
43 37U
106
44 06U
106
43 08U
106
33 40W
106
33 40W
106
38 06U
106
38 06W
106
39 OOU
106
39 OOW
106
35 35
U10
6 35 3SU
106
41 20
W10
6 41 20W
Fe
(X)
20
.020.0
20.0
20.0
20
.02
0.0
15.0
20.0
20
.02
0.0
15.0
15.0
10
.02
0.0
15
.02
0.0
20.0
6
20.O
G
20.O
G
20
.0
20.O
G
20. O
G 20.0
20
.OG
20.O
G
20.O
G
20.0
20
.OG
2
0.0
20
.OG
20
.OG
20.0
6
20
.020.0
620.0
62
0.0
620.0
620.0
620.0
61S
.O
15.0
15.0
15.0
15
.0
Mg
(X)
0.0
50.0
20.0
30.0
70.0
50.0
20.0
50.0
3
0.0
20
.10
0.1
00.1
00.0
50.0
50.0
50.0
5
0.1
00.1
50.1
00.0
50
.03
0.0
50.0
20.0
3
0.0
20.0
20.
02L
0.0
50
.05
0.0
70.0
70.0
5
0.0
5
0.0
2
0.0
3
0.0
2
0.0
5
0.0
7
0.0
2
0.0
2L
0.1
00.0
50.0
50.0
2
Ca(
*>
0.0
50.0
50.0
70.0
50.0
50.0
50.0
50
.05
0.0
7
0.1
0
0.0
7
0.0
7
0.1
0
0.0
5
0.0
5
0.0
5L
0.0
70.1
00
.10
0.1
00.0
70
.10
0.0
50
.07
0.0
50.0
50.0
50.0
50
.10
0.1
00.0
70
.07
0.0
70.0
70.0
70
.10
0.0
50.1
00.0
50
.05
0.0
5
0.05
L
0.0
5
0.0
5
TU
X)
Mn
(pp
m)
1.006
1.006
1.006
0.50
0.30
1.006
1.006
1.00
6
1.00
61.006
1.00
61.
006
1.006
1.00
61.006
0.20
1.00
1.00
61.006
1.006
1.006
1.006
1.00
61.006
1.00
61.006
1.00
61.006
1.006
1.00
61.00
1.00
6
1.00
1.00
61.
006
1.006
0.70
1.00
1.006
1.00
6
0.20
0.20
1.00G
1.00G
1000
1000
1000
1000 700
1500
1500
1000
1000
700
1000
1000
1000 700
1000 500
700
700
1000
1000 700
700
700
700
700
700
700
700
500
500
500
700
500
1000
700
1000
300
300
700
700
300
500
1000
1500
B(p
pm
)
10
N
10
N
10
N
10
N 10
N 10
N 10
N 1
0
N
10
N 10
N IO
N
10
N
10
N 1
0
N 10
N 1
0
N
10
N 10
N 1
0
N 10
N 10
N 1
0
N 1
0
N 10
N
10
N 1
0
N IO
N-
10
N
10
N
10
N
10
N
10
N
10
N
10
N
10
N
10
N
10
N
1
0
N 10
N 10
N
10
N 10
N 1
0
N 1
0
N
Ba
(pp
m)
20 20
N 20
N
SO
SO
20 20
N 20 20 70 50
100 50 20 20 20 30
30
50
20
20 20
N 20
N
20
N
20
N20
N20
N
20
N 20 20
N20
N
20
N
20
N 20
N
20
N 20
N
20
N 30 20
N
20
N
70 50 20 20
Be(p
pm
)
1.0
N
1.0
N
1.0
N
1.0
L
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
L
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
Nno 1
.0N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
N
1.0
L
1.0
1.0
N
1.0
N
Ma
gn
eti
c
Fra
cti
on
-co
nti
nu
ed
SA
MP
LE
8HF033SM
8HF034SM
8HF035SM
8HF036SM
8HF036TM
8HF037SM
8HF037TM
8HF038SM
8HF038TM
8HF039SM
8HF039TM
8HF040SM
8HF040TM
8HF041TM
8HFOA2SM
8HF043SM
9HF101SM
9HF101TM
9HF102SM
9HF102TM
9HF103SM
9HF103TM
9HF104SM
9HF104TM
9HF105SM
9HF105TM
9HF106SM
9HF106TM
9HF107SM
9HF107TM
9HF108SM
9HF108TM
9HF109SM
9HF110SH
9HF111SM
9HF111TM
9HF112SM
9HF112TM
9HF113SM
9HF113TM
9HF115SM
9HF115TH
9HF116SM
9HF116TH
Co(ppn)
20
IS
15
IS
15
15
10
15 15 15 20 15 15 15 15 70 20 15 20 20 30 2Q*
20 20 20 20 15 20 10 15 20 15 15 20 20 20 20 30 20 15 20 15 15 15
Cr(ppm)
700
200
300
200
300
150
200
300
150
150
150
700
300
200
300
300
500
200
500
300
700
500
700
1000
1000
500
300
SOO
150
200
300
500
200
500
1000
1000
1000
1500
1000
300
1500
700
300
200
Cu(ppm) 5 L
5 L
5 L
10 5 5 5 L
15
5 L
7 205 7 7 5
IS 10 50 20 15 15 15 10 10 10 10 10 30
20 20 10 10 20 107 7
10 105 5 7 5
107
La(pp«)
150
150
200
200
150
150
100
100
100
100
100
200
ISO
200
150
100
70
15
0 70100
200
300
150
100
200
500
15
01
00
200
100 70 70 20
150
100 70 50
10
0 30 20
150
150
200
100
Ho
(pp
a) 5 5 5 5 5 5 5 5 5
N5
N5
N5
N
Nb
(pp
oi)
20
50
20
20 10
L 50
10
0 30 50
SO
SO
50
50
50
50
10
N
30 2010
0 70 70 70 50 50 70 50 70 50 70 50 20 30 20 70 70 50 20
L20 50 30 1
0
N
10
N
70
70
Ni(
pp
»)
20 20 20 30 50 20 20 30 20 20 20 15 30 15 20 30 20 20 20 15 20 20 20 20 20 20 15 20 15 15 20 20 15 20 20 30 30 30 20 20 50 30 20 20
Pb
(pp
m)
15 15 20 10 20 15 15 15 10
L
15 10 15 10 20 15 20 10
L20 15 15 15 20 1
010
L
10
20
30
20
20
20
10
10
L
10
10
10
10 10 15 10
10
10
15 10 15
ScC
pp
n)
15 10
15 10
10
15 20 10
10
15 15
15 20 10
15 5
10 10
10
10 10
10 10
10
10
10 7 7 7 7 7 7 7
10 10
10 5 7
10
10
10 5
15
10
Sn
(pp
n)
10 10
N10 10 10 30 30 10 15 15 20 20 20 15 20 10 10
N
10
N30 30 20 20 20 30 30
30
30
10
0 20
20 10
N 10 10 30 20 15 20 15 30 20 20 20 20 20
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oooo oooooooo oooooooo oooooooo oooooooo oooooooo "o o oooo oooooooo oooooooo oooooooo oooooooo oooooooo 9 3 «- I
f- f- f r- oo»»
*- 3-» c
f\j f\j rvi f\j -g — vv/iOOO OOOOOvnOO wiwivnOOvnuiO v/ivnoOwiOvnO OOOOO-goo OOOOO^/iov/t "DOOOO OOOOOOOO OOOOOOOO OOOOOOOO OOOOOOOO OOOOOOOO 9
<2
00
m
esh
F
ractio
n
SA
MP
LEL
at
.Long.
8HF004SF
8HF004TF
8HF005SF
8HF005TF
8HF006SF
8HF006TF
8HF007SF
8HF007TF
8HF012SF
8HF01 2TF
8HF013SF
8HF013TF
8HF01 ASF
8HF01 ATF
8HF015SF
8HF015TF
8HF016SF
8HF016TF
8HF01 7SF
8HF017TF
8HF018SF
8HF018TF
8HF019SF
8HF019TF
8HF020SF
8HF020TF
8HF021SF
8HF021TF
8HF023SF
8HF023TF
8HF02ASF
8HF02ATF
8HF025SF
8HF026SF
8HF026TF
8HF027SF
8HF027TF
8HF028SF
8HF028TF
8HF029SF
8HF029TF
8HF030SF
8HF030TF
8HF031SF
8HF032SF
39 39
39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39
07 07 07 07 07 07 07 07 11 11 11 11 1A 1A 15 15 15 15 17 17 17 17 17 17 17 17 18 18 19 19 20 20 20 16 16 20 20 11 11 1A 1A 11 11 11 12
3 AN
3 AN
A8N
48N
3 AN
3AN
26N
26N
2 ON
2 ON
20N
2 ON
06N
06N
A7N
A7N
29N
29N
31N
31N
28N
28N
28N
28N
31N
31N
5 ON
SON
55N
55N
28N
28N
56N
23N
23N
13N
13N
13N
13N
06N
06N
A9N
A9N
56N
25N
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
1U6
3A 3A 36 36 36 36 3A 3A A1 A1 A1 A1 35 35 38 38 37 37 37 37 38 38 38 38 39 39 39 39 A3 A3 A2 A2 A2 3A 3A 39 39 30 30 31 31 32 32 32 32
AAE
AAE
50E
50E
A7E
A7E
26E
26E
10E
10E
06E
06E
38E
38E
20E
20E
23E
23E
3AE
3AE
35E
35E
35E
35E
07E
07E
1AE
1AE
16E
16E
AOE
AOE
29E
37E
37E
5AE
5AE
A7E
A7E
19E
19E
31 E
31E
38E
31E
Fe(
%)
2.0
3
.0
3.0
2
.0
3.0
3.0
3.0
3
.0
3.0
3
.0
3.0
5
.0
3.0
3.0
3.0
2.0
3.0
2.0
2.0
3
.0
3.0
2
.0
2.0
1.5
2.0
3.0
3.0
3
.0
3.0
2.0
2
.0
2.0
3.0
2.0
3
.0
2.0
3.0
5.0
3.0
3
.0
3.0
3.0
5.0
3
.0
5.0
Mg(%
)
0.7
00.5
00.5
00.3
00.7
00.5
00.5
00.5
0
0.3
0
0.5
0
0.7
0
0.7
U
0.7
0
0.7
0
0.3
0
0.3
0
0.5
00.5
00.5
00.3
00.3
00.3
00.5
00.5
0
0.7
00.7
00.3
01
.00
0.7
00.7
00.5
00
.50
0.7
00.5
00.7
00
.70
0.5
00
.70
1.0
01
.00
0.5
0
1 .O
U
0.5
0
1 .0
0
0.5
0
CaU
)
0.7
00.5
00.7
00.5
00.5
00.3
00.3
00.5
0
0.7
00
.50
0.7
00
.70
1.0
01
.00
0.7
00.3
0
1.0
00
.70
0.7
00
.70
0.5
00.5
00.7
00.5
0
0.5
00
.50
0.5
00.5
00
.70
0.5
01
.00
0.7
0
1 .5
00
.50
1 .0
00.5
00.5
00.3
00.3
00.7
0
0.7
00
.50
0.5
00
.50
1.0
0
Ti
<%>
Mn(p
pm
)
0.30
0.30
0.70
0.50
0.20
0.50
0.20
0.30
0.50
0.20
0.50
0.70
0.70
0.30
0.50
0.20
0.70
0.20
0.20
0.30
0.50
0.30
0.70
0.30
0.30
0.50
0.70
0.20
0.30
0.20
0.50
0.30
0.50
0.20
0.50
0.30
0.50
0.30
0.20
0.20
0.30
0.30
0.50
0.30
U.70
1000
700
500
500
700
500
700
700
500
700
700
700
700
700
700
500
700
1000
1500
1000
500
500
500
500
700
500
300
500
700
700
700
700
500
500
500
700
500
700
700
1000
1000
1000
700
500
1000
B(p
pm
)
10
15
15 10 20 15 10 10
10
I
10
15 10
10
10
20 15 10
1 5
20 10
30 30 20 30
30 20 10
I
30
100
50
15
01
00 70 20 20 30 50
10
15 10 10
20 15 20 20
B a(p
pm
)
70
05
00
500
500
50
0700
300
500
300
500
700
700
700
700
500
500
500
500
50
0700
700
70
07
00
70
0
500
70
05
00
700
50
0300
50
0500
500
50
0700
500
700
700
300
500
50
0700
50
05
00
70
0
Be
(pp
m)
2.0
1.5
3.0
2.0
1
.5
2.0
1.5
2.0
1
.5
1.5
2.0
2.0
2
.0
1.5
2.0
1.5
2.0
1.5
2.0
1.5
2
.0
3.0
2.0
2.0
1.0
2.0
1
.5
3.0
2
.0
1.5
1.5
2.0
2.0
2.0
2
.0
1.5
1.5
3.0
1.0
3.0
1
.53.0
2.0
<200
me
sh
Fra
ction-c
ontinued
U)
SAMPLE
8HFOCKSF
8HF004TF
8HF005SF
8HF005TF
8HF006SF
8HF006TF
8HF007SF
8HF007TF
8HF012SF
8HF012TF
8HF013SF
8HF013TF
8HF014SF
8HF014TF
8HF015SF
8HF015TF
8HF016SF
8HF016TF
8HF017SF
8HF017TF
8HF018SF
8HF018TF
8HF019SF
8HF019TF
8HF020SF
8HF020TF
8HF021SF
8HF021TF
8HF023SF
8HF023TF
8HF024SF
8HF024TF
8HF025SF
8HF026SF
8HF026TF
8HF027SF
8HF027TF
8HF028SF
8HF028TF
8HF029SF
8HF029TF
8HF030SF
8HF030TF
8HFU31SF
8HF032SF
Co(ppm)
10 10 10 10 10 15 10 15 10 10 15 15 15 10 10 10 15 105 10 105
105
10 15 10 10 105
10 10 10 10 15 10 10 10 10 10 10 10 105
15
C r(ppm)
100
100
150
100
100
150
150
150
100 70
150
150
150
150 50 50 70 50 20 50 50 50 70 50
100
150
150
150
150 70
150
100
100 50 70
100
150
200
150
150
150
150
100
100
150
Cu(ppm)
30
20 30
20
20
20 50 70 20 20 30 30 30 30 20 15 20 15 15 20 15 15 15 15 20 30 15 20 30 20 30 20 20 30 50 20 20 30 20 20 20 20 20 20 15
La(ppm)
500
300
500
300
150
200
200
200
300
200
150
300
300
150
200
150
200
150
500
150
200
300
300
200
150
150
150
150
100
100
150
150
100
150
300
150
200
300
150
300
200
200
200
150
500
Mo(ppm) 5 5 5 5 7 5 5 5 5 7 5 5
205 7 5
155 5
105 5 5 5
10
5 5 5 5 5 5 5 55 N
5 L
10 5 N
5 N
5 N
5 N
5 5 N
10 5 N
5 N
Nb(ppm)
10 N
10 N
10 L
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10
L10
N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10
L10
N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
30 10 N
10 N
10 N
10 N
Ni(ppm)
30
30 20 15 30 20 20 20 10 15 20 20 30 20 157
155
10 20 15 155
15 15 30
30 20 20 20 15 30 20 15 10 20 20 15 30 20 30 20 20 15 20
Pb(ppm)
70 70 70 70 70 70 70 70 70 70 70 70 50 50 70 70 50 70 30 70 50 50 70 50 50 50 50 70 70 50 70 70 70 50 70 50 50 70 50
200 70 50 70
50 70
S c(
ppm) 20 10 10 10 10 15 10 15 105
15 15 15 10 105
105 5 5
10 10 15 10 10 15 10 10 10 10 10 10 105
105 15 20 10 10 10 15 10 10 15
Sn(p
pffl
)
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 L
50 10 N
10 N
10 N
10 N
15 10 N
15 10 N
10 N
10 N
10 N
10 N
20 10 10 N
10 N
10 N
10 N
10 N
10
10 N
10 N
10 N
10 10 N
10 N
10
10
10 L
10 N
20 10 N
10 L
10 N
<200
mes
h
Fra
cti
on
-co
nti
nu
ed
(jO
SAMPLE
8HF004SF
8HF004TF
8HFOU5SF
8HF005TF
8HF006SF
8HF006TF
8HF007SF
8HF007TF
8HF012SF
8HF012TF
8HF013SF
8HF013TF
8HF014SF
8HF014TF
8HF015SF
8HF015TF
8HF016SF
8HF016TF
8HF017SF
8HF017TF
8HFQ18SF
8HF018TF
8HF019SF
8HF019TF
8HF020SF
8HF020TF
8HF021SF
8HF021TF
8HF023SF
8HF023TF
8HF024SF
8HF024TF
8HF025SF
8HF026SF
8HF026TF
8HF027SF
8HF027TF
8HF028SF
8HF028TF
8HF029SF
8HF029TF
8HF030SF
8HF030TF
8HF031SF
8HF032SF
S r(ppm)
3UO
100
2UO
200
100
2UO
100
200
200
100
200
200
500
300
200
100
200
100
100
300
100
100
200
100
1UO
200
200
200
100
100
100
100
100
100
300
100
200
200
100
200
200
200
200
200
200
Th(ppm)
V(ppm)
100
10
0
N100
N1
00
N
100
N1
00
N
10
0
N100
N
15
01
00
N
100
N100
N1
00
N
100
N100
N1
00
N
10
0
N1
00
N
100
N100
N100
N1
00
N
15
01
00
N
20
01
00
N
100
N1
00
N
100
N100
N1
00
10
0
N
10
0
N100
N100
N1
00
N
10
0
N1
00
N
10
0
N1
00
N
100
N1
00
N
100
N1
00
N
20
0
70
70
10
07
070
10
070
10
0
70
70
10
0100
15
01
00
70
70
10
070
70
70
70
70
70
70
100
10
0100
70
70
70
15
07
0
10
07
01
50
70
150
10
07
01
00
100
10
0100
100
150
Y(ppm)
10070
1507020
70
70
100
70 20 50
100 50 50 50 20 50 10 10 10 50
150
100 50 70 50 20 50 20 10 50 20 20 10
70 10 70
150 20
100 70
70
70
2U
100
Zn(ppm)
Zr(ppm)
200 N
200 L
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
•200 N
200 N
200
N200 N
200 N
200 N
200 N
200 N
200
N200 N
200 N
200
N
200 N
200 N
200 N
200
N200 N
200 N
200 L
200
N
200 N
200 N
200
N200 N
200 N
1000
500
1000 6
700
300
700
1000
700
1000 6
300
700
1000
1000 6
700
500
700
1000
100
100
300
1000
1000 G
1000 6
700
300
500
1000 6
500
200
500
1000 300
1000
300
1000 G
300
1000
1000
700
1000
700
1000 G
1000 G
700
1000 G
<2
00
m
esh
F
raction-c
ontinued
SA
MP
LE
La
t.L
on
g.
8HF033SF
8HF034SF
8HF035SF
8HF036SF
8HF036TF
8HF037SF
8HF037TF
8HF038SF
8HF038TF
8HF039SF
8HF039TF
8HF040SF
8HF040TF
8HF041SF
8HF041TF
8HF042SF
8HF043SF
9HF101SF
9HF101TF
9HF102SF
9HF102TF
9HF103SF
9HF103TF
9HF104SF
9HF104TF
9HF105SF
9HF105TF
9HF106SF
9HF106TF
9HF107SF
9HF107TF
9HF 108SF
9HF108TF
9HF1 10SF
9HF111SF
9HF111TF
9HF112SF
9HF112TF
9HF113SF
9HF113TF
9HF11 5SF
9HF11 5TF
9HF116SF
9HF116TF
39 39 39 39 39 39
39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39
13 13 13 11 11 11 11 11 11 12 12 13 13 12 12 12 30 14 14 C8 08 07 07 07 07 07 07 09 09 09 09 14 14 11 16 16 07 07 07 07 06 06 12 12
16N
34N
52N
35N
35N
35N
35N
56N
56N
54N
54N
16N
16N
25N
25N
07N
1 IN
38N
38N
2 ON
2 ON 59N
59N
26N
26N
05N
05N
04N
04N
43N
43N
38N
38N
46N
26N
26N
37N
37N
34N
34N
36N
36N
07N
07N
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
32 32 31 34 34 34 34 34 34 34 34 34 34 44 44 43
44 43 43 45 45 45 45 40
40 42 42 47 47 47 47 43 43 43 33 33 38 38 39 39 35 35 41 41
13E
06E
59E
41E
41E
44E
44E
44E
44E
52E
52E
52E
52E
53E
53E
52E
38E
30E
30E
54E
54E
11E
11E
55E
55E
22E
22E
02E
02E
13E
13E
37E
37E
08E
40E
40E
06E
06E
00 E
00 E
35E
35E
20E
20E
Fe(
%)
3.0
3.0
5.0
3,0
5.0
3.0
2.0
3.0
1.5
3.0
3
.0
3.0
3.0
3.0
3.0
3.0
3.0
3
.0
3.0
5.0
7.0
5.0
5.0
5
.0
7.0
7.0
7.0
3.0
3.0
5
.0
3.0
3.0
3.0
5
.0
5.0
3.0
3.0
3.0
3
.0
3.0
MgU
)
0.7
00.3
00.5
00.5
00.3
00.5
00.7
00.3
0
0.5
00.7
00.5
00.5
00,7
00.3
00.7
00.2
0
0.5
01
.00
1.5
01.0
01.0
00.5
00.5
00.7
0
1.0
01.0
00
.70
0.5
00.5
00.5
00.5
00.7
0
0.7
00.7
01
.00
0.7
01.0
01
.50
0.5
00
.50
0.5
00.7
00.5
00.7
0
Ca
U)
0.5
00.3
01.0
00
.50
0.7
00.7
00
.50
0.7
0
0.5
01.0
00.7
00
.70
0.5
00.5
00.5
00.5
0
0.7
00
.70
0.7
01.5
01
.50
1.0
01.0
00
.70
1.0
01.0
01
.00
0.7
00.7
00.7
00.7
00.7
0
0.7
01.0
01
.00
0.7
00
.50
0.5
00.5
00.7
0
0.5
01
.00
0.5
01
.00
Ti
(%>
Mn(p
pm
)B
(pp
m)
B a(p
pm
)B
e(p
pm
)
0.30
0.20
0.70
0.50
0.50
0.70
0.30
0.30
0.20
0.50
0.30
0.30
0.30
0.30
0.30
0.30
0.50
0.50
0.50
0.70
1.00
0.70
0.50
0.50
0.50
1 .0
01.00
0.50
0.50
0.50
0.50
0.30
0.50
1.00
0.50
0.50
0.30
0.50
0.20
0.30
0.50
0.70
0.30
0.70
700
1000
700
1000
1000
700
500
500
500
500
500
700
500
500
500
1000
500
300
300
500
500
300
300
700
700
500
500
200
200
500
500
500
500
700
500
500
500
500
500
500
700
500
700
500
15
10
20
10
15
10
20
10
15
10
20
10
15
10
20
20
15
15
10
10
L
10
L10
L10
L10
10
10
10
10
L1
0
L1
0
L1
0
N1
5
10
10
10
10
10
10
10
10
L
20
10
L
10
30
50
0300
700
70
0700
500
300
50
0
300
50
07
00
500
50
0500
500
500
50
05
00
500
700
70
05
00
500
50
0
50
05
00
50
03
00
50
0300
300
500
500
50
05
00
50
03
00
50
03
00
30
0
700
70
0500
50
0
2.0
2.0
1.5
1
.5
1.5
2
.0
2.0
3
.0
2.0
2.0
1
.5
1.5
2.0
2.0
5
.0
1.5
2.0
2
.0
2.0
1.0
1.5
1
.5
1.5
2.0
2.0
1.0
1.5
1.5
1.5
1
.5
1.5
2
.0
2.0
1
.5
1.5
2
.0
1.0
1
.0
1.0
1.0
1.5
2.0
2.0
3
.0
<200
me
sh
Fra
ction-c
ontinued
SA
MP
LE
8HF033SF
8HF034SF
8HF035SF
8HF036SF
8HF036TF
8HF037SF
8HF037TF
8HF038SF
8HF038TF
8HF039SF
8HF039TF
8HF040SF
8HF040TF
8HF041SF
8HF041TF
8HF042SF
8HF043SF
9HF101SF
9HF101TF
9HF102SF
9HF102TF
9HF103SF
9HF103TF
9HF104SF
9HF104TF
9HF105SF
9HF1U5TF
9HF106SF
9HF106TF
9HF1G7SF
9HF107TF
9HF108SF
9HF108TF
9HF110SF
9HF111SF
9HF111TF
9HF112SF
9HF112TF
9HF113SF
9HF113TF
9HF115SF
9HF115TF
9HF116SF
9HF116TF
Co(ppm)
105
15 10 10 15 10 10
510 10 10 10 105
10 10 10 10 15 15 10 10 15 20 20 15 105 7 7
10 10 15 20 15 15 15 10 10 10 10 10 10
C r(ppm) 70 20
150
100 70 70 70 50 30 70 50 70 50 50 70 70
150 50 50 50 50 50 50 70 70
150
150 20 20 50 20 50 50 50 70 70
100
100 50 70
100
100
1 50
100
Cu (pp
m) 20 15 20 20 20 30 30 15 15 30 30 30 30 15 15 20 20 15 10 20 30 15 10 50 50 50
100 107
10 15 10 10 20 30 20 30 30
30 20 10
I 20
30
30
La(ppm)
200
150
500
200
300
150
150
200
200
150
200
300
200
200
300
200
500
100
200
500
700
300
150
500
200
700
500
500
300
300
300
150
200
500
200
150
150
100
200
150
300
500
300
500
Mo(ppm) 5 5 5 5 5 5 5 5 5 5 5 5"
5 5 5 5
155 5 5 5 5 5 7
105 5 5 5 5 5 5 5 5
1 5
105 5 5
Nb(ppm)
Ni (ppm)
5 N
5 N
715 5 L
10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
20 20
30 30
20 20
20 20 20 20 20 20 20 20
20 20 30 20 20 20
20
20 20 10 10 10 10
N N N N N N N N N N N N N N L N N L L L L L L L N L N N N L N L
15
10
15 15 15 10
15 5
15 10 5
10
15 10
15 10 20 20
10 15
15 10
10
10
0
20 50
20 7 5 5 5
15 10 7
20 15 30
30
15 20
20 15 30
30
Pb(ppm)
50
2070
70
70
50
70
70
70 5050
50
50
50
50
30
70
20
30 50
50
30
3020
30
50
50
70
100 50 50 30
3050
5030
3030
5050 7070
70 70
S c(ppm) 5 5
20 10 10 10 10 10
5 N
10
10
105 5 5
10 10 10 10 107 7 5
10 10 107 5 5 7 5 7 7 7
10 10 10 157 7 10 105
10
Sn(ppm)
10 N
10 N
10 N
10 N
5010 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10 N
10
10 N
10 N
10
10 10 N
15 10 N
10 L
20
100
15
20
10 L
15 10 L
10
10 10 N
10
50 10 N
10
15 10 N
20 10 N
10 N
10 N
10 L
<200
me
sh
Fra
ctio
n-c
on
tin
ue
d
SA
MP
LE
8HF033SF
8HF034SF
8HF035SF
8HF036SF
8HF036TF
8HF037SF
8HF037TF
8HF038SF
8HF038TF
8HF039SF
8HF039TF
8HF040SF
8HF040TF
8HF041SF
8HF041TF
8HF042SF
8HF043SF
9HF101SF
9HF101TF
9HF102SF
9HF102TF
9HF103SF
9HF103TF
9HF104SF
9HF104TF
9HF105SF
9HF105TF
9HF106SF
9HF106TF
9HF107SF
9HF107TF
9HF108SF
9HF108TF
9HF110SF
9HF111SF
9HF111TF
9HF112SF
9HF112TF
9HF113SF
9HF113TF
9HF115SF
9HF115TF
9HF116SF
9HF116TF
Sr(ppm)
Th(ppm)
V(ppm)
100
100
N300
200
300
300
100
200
100
200
100
200
200
100
100
100
100
150
150
150
200
2UO
200
150
150
150
200
100
100
100
100
200
150
200
200
200
150
150
100
150
200
300
200
3UO
100
N10
0 N
100
N10
0 N
100
N100
N100
N10
0 N
100
N10
0 N
100
N100 N
100
N100 N
100 N
100 N
100
N10
0 N
100 N
100
100
100 L
100
100 N
100 N
150
150
150
100
100
100
100
N
100 N
150
100 N
100 N
100
N100 N
100
N10
0 N
100
N100 N
100 N
100 N
100 70
150
100 70
100 70
70
70
100 707070
7070
70
100 70
70
100
100
100 7070
100
100
100 50
50 705070
50
70
10070
70 70
50 50
100
100 70
100
Y(ppm)
20 10
100 70
150 20 10 20 10 20 50 70 50 20 50 20
200 50 70
1 50
150
100 70
70 70
300
200 70 70
100
100 50 70
200 50 50
200 50
100
100 70 70 70
100
Zn(ppm)
Zr(ppm)
200 N
200 N
200 N
200 N
200 L
200 N
200 N
200 N
200 N
200 N
200 N
200"N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 N
200 L
200 N
200 N
200 N
200 N
200 N
200 N
300
300
1000
1000
1000
700
700
700
300
1000
1000
1000
300
500
500
500
1000
1000
1000
1000
1000
1000
1000
700
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
500
1000
300
300
700
700
1000
500
1000
G G G G 6 G G G G G G G G G G G G G
Table 4.—Statistical summaries of various fractions of stream-
sediment samples
These pages are output from the computer program a470, part of the
STATPAC system of the U.S. Geological Survey (VanTrump and Miesch, 1977).
The frequency distributions and histograms on the following pages are on
logarithmic scales, and employ the same class intervals as used in reporting
6-step semiquantitative spectrographic analyses. The statistics given below
the histograms are derived only from data values within the ranges of
analytical determination, and are, therefore, biased if data values that are
qualified with N, L, or G are present. See the end of each section for
statistical estimates that are unbiased in this regard. The geometric mean is
an estimate of "central tendency," or of a characteristic value, of a
frequency distribution that is approximately symmetrical on a log scale, and
is therefore useful for characterizing many geochemical distributions. The
geometric mean is not an estimate of geochemical abundance, and is of no value
in estimating total amounts of elements present.
41
GFOCMFMC/a SUMMARY -
U S
6 S
ST4TP«C (01/?^/78)
DATE
1/16/80
TITLF
Fraction of
Se
rts
THF
M«X
AND
MIN
n.is
nnnF
+n?
FOR
VARIARLF NO
. is
ARF
THE
SAME.
THER
EFOR
E TH
IS VA
RIAB
LE WI
LL BE SK
IPPE
D. ,
N>
A470 GEOCHE*ICAL SUGARY - U S (? S STATPAC (01/23/7*)
TITLE Frac t i on of Seds
FRE9UEMCY TA3LE COLUMN
LIMITSLOWER - UPPER
3.85-0? - 5.65-025.6E-H2 - 8.3E-0?8.3E-0? - 1.25-011.25-01 - 1.8E-01t.85-01 - 2.6E-01
3.8F-01 - 5.65-01 -
1.2F+00 -
3.5E+00 -5.6E+00 -8.3E+00 -
5.6E-01 8.35-01 1.25*00 1.85*00
3 (
1.8F+01 - 2.6E+01
FREQ
00a00000aa0238
263713
FREQCUMn00000an00n25
13397639
sfe*)
PERCEMTFREQ0.000.000.000.000.000.000.000.000.000.000.002.253.378. 99
29.2141.5714.61
PERCENTFREQ CU*mo.nnTOO. 00100.00100.00mn.nnmn.nnmn.nn100.00mn.nnmn.nnmo.nnmo.nn97.7594.3885.3956.1814.61
HISTOGRAM FOR COLUMN 3 ( sf?*)
7.0E+nn1.0E*01i.5E+m 2.0E*m
xxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXXXXXXXXXxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx xxxxxxxxxxxxxxx
^fn
n.noLn
n.nn
Tn
0.00
Sn
0.00
AMALYTICAL VALUES
89
2.onnooe+oi
GEOMETRIC MEAN s 1 . 2060^E^•01 GEOMETRIC DEVIATION s 1.5n203E*00
43
2G-300000*£
6800*0
0 9
1VDIIA1VNV
00*0
D1
00*0 Q 1
00*0
uN
XXX 00+30*1XX 1,0-30*^
XXXXXXXX lu-3l"SXXXXXXXXXXXXXXXX iO-30*£
XXXXXXXXXXXXXXXXXXX L0-3l^XXXXXXXXXXXXXXXX 10-3^*1
XXXXXXXXXXXXXXXXXXX tU-3L*lXXXXXXX ZO-30*Z
XXXXXXXXX ^0-BfSX <iO-30*£
)
• S t
00*001
wflD Oadd
66*6
00*0
6898
LL£9
2£
6 I 0
Zl98I0
00+32*1
10-3VStO-38*£
10-38*1
20-39*5
- 10-32*1
- 20-39*S
- 20-39*2- 20-38*1- 63M01 kl 1
UOLiQEJJ
311U
OtalVIS S 9 S 0 - AdV^wHS
A473 6EOCHE*ICAL SUMMARY - U S 5 S STATPAC (01/23/73)
TITLEFrac t i on of Seds
F&E3UENCY TA9LE FOR COLUWN 5
LIMITS FREQLOWER - UPPER
3.9E-02 - 5.6E-02 75.6F-12 - **3E-02 99.3E-12 - T.2E-01 201.2F-11 - 1.36-01 111.«F.-11 - 2.6E-01 92.6E-11 - 3.9E-11 143.9E-01 - 5.6E-01 105.6E-11 - 8.3E-01 79.36-01 - 1.2E+00 3
HISTOGRAM FOR COLUMN 5 (
5.0E-02 XXXXXXXX7. IE-02 XXXXXXXXXX
(
FREQCUM7
1636475569799689
scaX)
sea*)
PERCENTFRE37.97
13.1122.4712.369.99
15.7311.247.973.37
"ERCENTFREQ CU M100.0092.1392.0259.5547. T939.2022.4711.243.37
1.0E-01 XXX XXX XX XXX XXX XX XXX XXX1.5E-01 XXXXXXXXXXXX2.0E-01 XXXXXXXXX3. IE-01 XXXXXXXXXXXXXXXX5.0E-01 XXXXXXXXXXX7.0E-01 XXXXXXXX1.1E+00 XXX
M L W000
1.01 o. oo
90
T0
1.00
ANALYTICALG VALUES0 99
0.00
GEOMETRIC GEOMETRIC
1 .OOOOOF+005.00000E-02
MEAN = 1.93336E-01 DEVIATION = 2. 32544E+00
45
GF.OCHEMICAL SUGARY - U S G S STATPAC (01/23/7?)
TTTLE Fraction o* Seds
FREQUENCY TA9LF FOP COLUMN
LIM;LOWER -
1.3E-93 -2.6E-93 -3.«E-93 -5.6E-93 -
U2E-T? -•1.«F-92 -?.6E-92 -
s!6F>9? -3.3E-0? -1.2P-91 -1.«E-01 -2.5E-31 -3.8E-91 -5.6E-91 -
7.6F.-95 5.«l?-0^ 5.6F.-03
2.6E-0? 3.8E--0? 5.6F.-0? ^.?E-02 1.2E-01 1.»E-01 2.6E-0-1 3.«6-Ot 5.6E-01 8. IE-0 t 1.2E*00
EQ
99999999999144363
FREQCU*99990999999159
121821
PERCEMTFRE39.099.003.399.999.393.393.339.330.003.393.331.124.494.493.376.743.37
PERCENTFREQ CU*»100.00100.00190.00100.00100.00100.00100.00100.00100.00100.00190.00100.0098.8894.38«9.8986.5279.78
HISTOGRAM FOR COLUMN
1.5E-91 2.0E-01 3.3E-91 S.nE-01 7.3E-91
Xxxxx xxxxXXXxxxxxxxXXX
6 C stiX)
o 9.09
L 0
0.00
ANALYTICALT G VALUES 9 68 21
3.00 76.4H
GEOMETRIC GEOMETRIC
1 .OOOOOE+001.50000E-01
^fEAN a 4.37292E-OT OEVIATION s 1.85196E*09
46
A470 GEOCHEMICAL SUGARY - U S S S STATPAC (01/23/78)
TITLE F pac t i on of Seds
FREQUENCY TA3LE FOR COLUMN
LIMITS LOWER - UPPE/R
1.2E+01 1.8F+OT 2.6F+01 3.8E+01
3E+00 2F.+01 3E + 016E+01
5.6E*01 -
5.6F.+T2 -1.2E+03
?!6E+03
smn)
REQ
000000000559
31191091
FREQCUM0000000005
10195069798839
PERCENTFREQ3.300.003.333.003.003.003.003.333.305.625.62
13.1134.8321.3511.2410.111.12
PERCENTFREQ CUM100,00100.00•130.00100.00100.00100.00100.00100.00100.00100.0094.3838.7678.654*.*222.4711.241.12
HISTOGRAM FOR COLUMN 7 C smn)
5.0E+02 7.1E+32 1.05*03 1.SE+03 2.0E+03 3.0E+03 5.0E+03
XXXXXX XXXXXXxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxX
M
00.00
L0
0.00
T0
cuoo
ANALYTICAL G VALUES 0 89
0.00
GEOMETRIC SE3METRIC
5.30000F+033.00000E+02
«EAN = 1.16297E+03 DEVIATION s 1.79554E+03
47
01dJL3*C3S
UG'G GC'C Sa*E £G'£,y u o u z S9£> i 6 H 1 N
XX XXX
xxxxxxxx xxxxxxxxxxx
(qs
fe^*£t Z8*Z Zl ^E<L*V2 ^^*ll Gl G
MHO
dUd Bl&Vl ADN3HC3dd
DVdlVIS S 3 S n - AtiVMfcHS
A470 GEOCHEMICAL SUGARY - U S G S STATPAC (01/23/7*)
TITLE Fraction of Seds
FREQUENCY TA3LF FOR COLUMN Q ( sba)
LIMITS LOWER - 8E+01 - 6E+01 - 8E+01 - 6E+01 -
1.2E+02 U8E+02 2.6E+0?
1.2E+02
5.6E+02 -
REQ
318
17179
141361
FREQCUM34
1229465569828889
PERCENTFREQ3.371.128.9919.1019.1011.1115.7314.616.741.12
PERCENTFREQ CM'100.0006.6395.5186.5267.4248.3138.2022.477.871.12
HISTOGRAM FOR COLUMN 9 ( sba)
2.HE+01 XXX3.HE+01 X5.3E+DT XXXXXXXXX7.0E*OT XXXXXXXXXXXXXXXXXXX
xxxxxxxxxxxxx-xxxxxxXXXXXXXXXX XXXXXXXXXXXXXXXX
3.9E+02 XXXXXXXXXXXXXXX5.0E*02 XXXXXXX7.0E*02 X
M0
o.on
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 89
0.00
GEOMETRIC GEOMETRIC
2.00000E+01 ^EAN a 1.27464E+02 DEVIATION ^ 2 .1 7625E+00
49
SUGARY - U S $ S STATIC (H1/23/7*)
TITLE Fraction of
FRE3UENCY T49LE FOR COLUMN 10 ( she)
LIMITS FREQ FREQ PERCENT PERCENTLOWER - UPPPR ( CUM FRE3 FREQ3E-01 - 1.2E+00 17 17 19.10 40.45
1.*E+OH 6 ?3 6.74 21.352.6E+00 10 35 11.24 14.613,«E+00 2 35 2.25 3.37
3.8E+00 - 5.6E+00 1 36 1.12 1.12
HISTOGRAM FOR COLUMN 10 ( sbe)
xxxxxxxxxxxxxxxxxxx1.5E+00 XXXXXXX 2.0E+OQ XXXXXXXXXXX 3.0E+00 XX 5.0E+00 X
M
39 43.8?
L 14
15..73
T 0
O.flO
ANALYTICAL VALUES
360.00
= 5.30000E-KOO* LOOOOOE+OOC ^EAf^I * 1.44175E+00
GEOMETRIC DEVIATION « 1.S1169E+00
50
A470 GFOCHEMICAL SUMMARY - U S G S STATPAC (Ol/?3/7«)
TITLE Fraction of Seds
FREQUENCY TA3LE FOR COLUMN
LIMITSLOWER - UPPER
3.8E+00 - * 5.6E+00 - 8 8.3E+00 - 1.2F+01 1.2E+01 - 1
11 (
2.6E+01 -3.3E+01 -5.5E+01 —
5.6E+01
SCO)
REQ
20
203519472
FREQCUM27
2257T6808789
PERCENTFREO2 . 2 50.0022.4739.3?21.354.497»872.25
PERCENTFREO CU100.0097.7597.7575.2835^.9614.6110^112.25
HISTOGRAM FOR COLUMN
XX
11 ( SCO)
1.0E+01 XXXXXXXXXXXXXXXXXXXXXX1.5E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
7.n.E + 01 XX
N0
0.00
Ln
o.on
T 0
0.00
ANALYTICAL (? VALUES 0 39
0.00
MAXIMUM s 7.00000E+01MINIMUM * 5.nooonE+ooGEOMETRIC MEAN = 1.66786E+OT GEOMETRIC DEVIATION * 1.66898E+00
51
2G+3GQGOO*l =
00*0 u9
OQ'GUU*G0
UG'G Gft
XXX XXXxx X
xxxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
( JDS
20+3G*t
66'*
trot
UU'ULHOG'GGlOO'OGi00*001,OU'OGl
GG'GGt
21*1
GO'G OG*C
00-G CC'C
u»
££ 2G U G G G G
£ £ 21 £1
i£2G G G G G G
2G + 32M
iG+39'S
10+32 -
- IG+39'S
- lG+32'l
S 9 S 0 -
S ^o UOLdllli
> 1VDIK3HDC39
A470 GEOCHEMICAL SUMMARY - U S G S STATPflC (01/23/78)
NMaqTITLE
Frac 11on of Seds
FREQUENCY TA3L* FOR COLUMN
LIMITSLOWER - UPPER
3.8F+On - 5.6P+00 5.6E+00 - 8.3E+00 H.3E+00 - U2E+01 1.2F+01 - 1
2.6F+01
FREQ
1t1730U76
FREQCUM1128587?7985
scu)
PPRCEMTFREQ
1?»3619.1D33.7115.737.876.74
PERCENT
95.5183.1564.0430.3414.616.74
HISTOGRAM FOR COLUMN ( scu)
5.1E+03 XXXXXXXXXXXX7.0E-»-00 XXXXXXXXXXXXXXXXXXXr.^E+ni xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx1.5E+01 XXXXXXXXXXXXXXXX2.0E-»-01 XXXXXXXX3.0E+01 XXXXXXX
Nn
n.on
L 4
4.49
ANALYTICAL G VALUES 0 85
0.00
GEOMETRIC MEAN * 1 .04120F+OT GEOMETRIC DEVIATION * 1.63325E+00
53
A470 GEOCHEMICAL SUGARY - U S G S STATPAC (01/75/78)
TITLE Fraction of Seris
FRP.3UF-NCY TA^LE FOR COLUMN
LIMITSLOWER - UPPFiR
1.8E+01 - 2.6E*Q1 2.6E*01 - 3
5.6E+01 - 8.3 P*01 •* 1 ? E*02 ^ U8E*02 -
5.6E*0? -
8.3E*01 1.2E*02 1.«E"*02
8.3E+02 1.2E*03
REO
00000006
162310
FREQCD*
00000006
7?4555
sla)
FRET0.000.000.000.000.000.000.006.74
17^9825.8411.24
PERCENTFREa cu*100.00100.00100.00100.00100.00100.00100^00100.009T.2675.2849.44
HISTOGRAM FOR COLUMN 14 (
3.1E+02 5.0?*02 7.0E*02
sla)
XXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXX
Nn
0.00 n.on
ANALYTICALT G VALUES 0 54 55
0.00 38.20
.OODOOE+03
GEOMETRIC ^EAM = 6. 1 7461 E+02C DEVIATION » 1.41568E+00
54
A473 GEOCHE*ICAL SUGARY - U S G S STATPAC (01/23/78)
TITLE Fraction of Seds
FREQUENCY TA9LF FOR COLUMN
LIMITS LOWFR -
1.3E+01 - 2..6E + 01 2.6E+01 - 3.8E+01
5.6E>01
16 (
FRF0 FRE9 CUM
19 1917 ^630 669 752 77
snh)
PERCENTFRE3
21.3S 19.10 33.71 13.11 2.25
PERCENTFREQ CUM
86.5265.1746.0712.362.25
HISTOGRAM FOR COLUMN 16 C snb)
XXXXXXXXXXXXXXXXXXXXXxxxxxxxxxxxxxxxxxxx
5.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7.nE+ni xxxxxxxxxx1.0F+02 XX
N 4
4.AO 8.99
ANALYTICAL G VALUES 0 77
0.00
3EOMETRIC GEOMETRIC
2.00000E*01 ^F.AN = ?.77308E*01 DEVIATION « 1. 53*216+00
55
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC C n 1/23/78)
TITLE Fraction of Seds
FREQUENCY TA3LE FOR COLUMN 17 (
LIMITSLOWER - UPPER
3.8E+00 - 5.6E>00 5.6E+00 - 3.3E+00 - 1.2P+01 - 1.8E+01 - 2.6F+01 - 3.8E+01 - 5.6E+01
1.2E+01
FREQ
235
2013772
FRE3CUM23284861687577
sni)
PERCENTFREQ2S.845.62
22.4714.617. 877.872.25
PERCENTFREO
86,52 60.67 55.06 32.58 17.98 10.11 2.25
HISTOGRAM FOR COLUMN 17 ( sni)
0E+00 0E+00 0E+01 55*01 0E+H1
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXxx
3.37
L9
10.11 0.00
Ga
o.oo
ANALYTICAL VALUES
77
GEOMETRIC GEOMETRIC
5.00000E+015.00000E+00
ME«N s 1.04388E+01 OEVI^TION » 1.8^759E+00
56
A 4 70 6EOCHFMICAL SUGARY - U S S S STATPHC (01/23/7?)
TITLEFraction of Seds
FREQUENCY TA3LE FOR COLUMN
L LOWER3E+00 2E+01 8E + 01 6E+01 8E*01 6E*01 3E*01
1.2E*02 -
2.6E+02 -
FRE3
5.6E+02
00027
372316
201
00o20
466985878788
sob)
PERCENTFRE30.300.000.302.257.87
41.5725.8417..982.250.301.12
PERCENT FREQ CUM98.8898.8898.8898.8896.6388.7647.1921.353.371.121.12
HISTOGRAM FOR COLUMN 18 ( spb)
XXxxxxxxxxXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
1.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXX 1.5E+02 XXXXXXXXXXXXXXXXXX 2.0E+02 XX 3.0E+02 5.0E+02 X
M1
1.120
o.on
T 0
0.00
ANALYTICAL G VALUES 0 88
n.oo
GEOMETRIC GEOMETRIC
5.000005+023.00000E*01
MEAN a R.82760E+01 DEVIATION * 1 . 53099E+00
57
N011VIA30 01*13*035
ocro6fe U
sarnv/i 9TV3I1A1VNV
OG'u
G1
UO'U
uM
XXXXXXXXXX LG+3C*Zxx io+ays
XXXXXXXXXX lG+3L"ixxxxxxxxxxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXXXXXX IC+3C"1XXX OU*3L'Z XXX 00+30'S
(OSS) 6t
U'Oill'U
£9*96 UG'GGt
68Ob
69
6?91
6
6
£^£
ddddfi -
316V1
.31111
s a s n -
A470 GEOCHE*ICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fraction of
FREQUENCY TA3LE FOR COLUMN
LIMITS LOWER - UPPER
1.2E+01 1.8E+OT 2.6E+01
8E+01 6F+01 3E+01 2E+02
1.3E+02 -
20 (
FREQ FREQ
55
1128293000
5102149788181818t
ssn)
8?
PERCENTFREQ5.625.6212.3431.46.32.583.370.000.000.002.25
PERCENTFREQ CUM
93.2687.6482.0269.6638.205.622.252.252.252.25
HISTOGRAM FOR COLUMN 20 ( ssn)
1.0E+01 1.5E+01 2.0E+01 3.0E+01
7.0E+01 1.0E*02 1.5F*02
3.0E*02
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXX
XX
N 6
6.74
Ln
0.00
T 0
0.00
ANALYTICAL 6 VALUES 0 83
0.00
GEOMETRIC
3.00000E*02I.OOOOOE+OI
MEAN * 3^32520E*01 DEVIATION * 1 »82529E*00
59
09
QO+302GV**l - MOI1V1A3Q DIdl3kG33 &. 20+30QUUO' I =
UO'O 09
OO'u 01
XXX
XXXXXxx
XXXXXXXXXXXXXXXXXXX
(JSS)bud
66%
*n:>
/£'£
se-a S2-aCl'6i
(JSS
I
£ZzLi
2U+39
£'£
I' I
d3ddn -
tiOd BlbVi
•s'£
' I "I
31111
It) DvdlVIS S S S fl -lVDiK3h0033
19
00+3660^0*2 = KGI1VIA3U DIdi3fcC3S
20+300000*1 = £0+300000*2 -
OO'U U9
OG*G
U1
uO*0 U1
06*8
XXXXXXXX
XXXXXXXXXXXX XXXXXXX
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXX
XXXXXXX
)
£0+30*1
£U+3f£
S2*2 29'S 9£*2l
18
£9
82
S2*2
10*16
) 22
2SU962Ul929
£0+39*2 £0+38*1
20+39*S 20+36*£ 20+39*2
20+32*1
NMniOD
- £0+32'l
- 20+3»*£- 20+39'2- 20+38*1- 20+32*1
Silkll
dlbVi
II
OvdiVlS S 9 S n -
A470 GEOCHEMICAL - !J S S S STATP«C (01/23/78)
TITLE fraction of Seds
FRE3UEMCY TA3LE FOP COLUM N 23 (
LLOWER
S.3E+OT
2.6E+01 3.8E+01 5.6E+01
1.2F+02 1.8E+02
TS UPPER
1.2E+01
3.8E+01
2.6E*02 3.8E*02
sv)
FREQ
000012
214Q1312
FRE9CU*
000013
24647?
89
PERCEMTFRE3X030.000.000.001.122.25
23.6044.9414.6113.48
PERCENTFRE9 CUW100*00100.00100*00100.00100.0098.8?96.6373.0328.0913.48
HISTOGRAM FOR COLUMN
XXX7.0E*01
1.0E+02 1 .5E>02 2.0E-I-02
23 ( sv)
XXXXXXXXXXXXXXXXXXXXXXXXXXX XXX XXXXXXXXXXXXX XXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
M 0
0.00
L0
0.00
T0
0.00
G0
a.no
ANALYTICAL VALUES
89
SEO^ETRIC GEOMETRIC
5.00000E+01 MF.AN * 1 . 51 559F+02 DEVIATION » 1.4610 <'E*00
62
A473 GEOCHEMICAL SUMMARY - U S G 5 STATPAC (01/23/78)
TITLENMag Fraction o
FRE3UEMCY TA3LF
LIMITSLOWER - UP
8.3E+00 -1.2E+01 -1.8E+31 -2.6F+T1 -3.8E+01 -5.6E+01 -8.3E+01 -1.2E+02 -
2.6E+0? -3.«E+02 -
8.3E+02 -1.2E+03 -
f Seds
FOR COLUMN
1.2E*011. 8E+012.6E*at3.8E+015.6E*Ot8. 3F+011.2E*021.8E*02
3l«E*025.6E*0?
U2E + 031 . 8E*03
24 (
FREO
0000039
12
FREQ CUM000003
12 24 51 55
606162 :
sy)
PFRCENT
0.003.303*333*003.303.3713.1113.4830.344.403.37'2.251*121.12
PERCENTFREQ100.00lorr.ao ton.oo 100.00100.00100.0096.63 86.52 75.03 42.70 38.20 34.83 52*58 31.46
HISTOGRAM FOR COLUMN 24 (
7.3E+01 1.0E*02 1.5E*H22.0E*02
sy)
7.TE+02
XXXxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxXXXXXXX
N0
o.ooL 0
0.00
ANALYTICALT G VALUES 3 27 62
0*30 30.34
"fAXIMU* 1.50000E+03
GEOMETRIC MEAN » 1V92594E+02 GEOMETRIC DEVIATION * 1.81066E+00
63
A470 GEOCHEMICAL SUMMARY - U S S S STAT&AC (01/23/78)
TITLE Fraction of Seds
FRE3UEMCY TABLE FOR COLUMN
LIMITS LOWER - UPPER
szn)
RE3CUM293436
PERCENTFREO
32.. 5 85.622.25
PERCENTFREQ CUM
40.457.872.25
HISTOGRAM FOR COLUMN ( szn)
2.r)E+H2 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx3.TE+12 XXXXXX
XX
N42
47.19
L11
12.36 0.90
ANALYTICAL 6 VALUES 0 36
0.00
"AXIMU* * 5.00000E+02 MINIMUM = 2.30000E+02 GFOMFTRIC V EAN » 2.22636E+02 GEOMETRIC DEVIATION * 1.27660E+00
64
A470 GEOCHEMICAL SUMMARY - U S G S STATIC (01/23/78)
TITLE Fraction of Seds
FREQUENCY TA3LE FOP COLUMN
LIMITSLOWER - UPPER
3.3E+00 - 1.2E+01 1.2E+01 - 1.8E+01
5.6E+01 -
2.6E+023.8E+0? 5.6F+0?
3.8E+01 5.6E+01 8.3E+01 1.2E*02 1.8E*02 2.6E*02
5.6E+02
26 (
0000000059
192816
FREOCUM
000000005
14316177
szr)
PERCENT FRE9 0.00o.oo0.000.00o.on0.00o.on o.oo5.6? 10.11 21.55 31.46
"ERCENTFREQ100.001QO.OO1-00.00100.00100.00100.00100.00100.00100.0094.38«4.2762.9231.46
HISTOGRAM FOR COLUMN 26 ( szr)
2.0E+02 XXXXXXT.OE>02 XXXXXXXXXX5.0E*02 XXXXXXXXXXXXXXXXXXXXX7.TE+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.0P+03 XXXXXXXXXXXXXXXXXX
Mn0.00
L0
0.00 0.00
ANALYTICAL G VALUES
12 7713.48
3E01ETRIC GEOMETRIC
2.00000E+02 MEAN »- 5.79280E+0? DEVIATION a 1.57621E+00
65
A4
7T
GF
OC
HF
MC
AL
S
- U
S 6
S S
TA
T»»C
(0
1/2
3/7
8)
DAT*
1/16/80
TITLE
NMaq Fraction of
IN THE COMMUTATIONS PERFORMED TO PRODUCE THE FOLLOWING TABLE OF GEOMETRIC MEANS
ANf)
DEVIATIONS/ ALL ELEMENTS ARE IGNORED WHERE
ONE OR MORE OF THF UNQUALIFIED DATA VALUES IS LESS THAN THF ANALYTICAL LIMIT OF DETECTION SPECIFIED ON INPUT OR WHERE ANY DATA
VALUES ARF (HIAtlFIEn WITH THE G
(GREATER THAN) CODF.
*)ATA
VALUES QUALIFIED WITH 8
OR H
ARE NOT USED IN THE COMPUTATIONS.
WHERE
NONE OF THF DATA VALUES FOR AN ELEMENT ARF QUALIFIED THE MEAN AND DEVIATION SHOULD 9E THE SAME AS THOSE GIVEN IN THE PRECEDING
SECTION.
WHFRF nATA ARE QUALIFIED WITH THE CODES N, I, OR 1, THE ESTIMATES OF GEOMETRIC MEAN AND DEVIATION ARE BASED ON A
METHOD
9Y A. J. COHFN FOR TREATING CENSORED DISTRIBUTIONS.
THE APPLICATION OF THIS METHOD TO GEOCHEMICAL PROBLEMS IS DESCRIBED IN
USGS PROFESSIONAL PA»FR 574-B.
THE ESTIMATES ARE UNBIASED IN A
STRICT SENSE ONLY WHERE THE DATA ARE DERIVED FROM
A LOGNORMAL
PARENT POPULATION, RUT EXPERIMENTS HAVE SH3JN THAT LARGE DEPARTURES FROM THIS REQUIREMENT MAY NOT GREATLY INVALIDATE THE RESULTS
ACCEPTANCE ANA |»
SF OF THF ESTIMATES, HOWEVER, IS THE RESPONSIBILITY OF THE INDIVIDUAL.
ELEMENT
snot
sea*
sHt
smn
sha
she
SCO
scr
scu
sla
snb
sni
snb
ssc
ssn
ssr
sth
$v
sy
sin
s zr
n n n n n 2 n14 o n 4 n 8 o n o n
14n n n 11 n
3 3 368 0 3 3 3 3 3 0
34 3 0 3 3 3 f) 0 3
27 3
12
ANALYTICAL
VALUES
8989
89
89
2289
368989
85
5577
77 88 89
83 27
81 89
62 36
77
L
A470
SUMMARY -
|| S
G S
STATPAC (T1/73/78)
DATE
1/16/80
FLEMFMT
sun*
scat
stir
smn sb
sba
sb«
SCO
sc r
scu
sla
snb
sni
sob
s sc
ssn
ssr
sth
s v
sy
4.749A87
0^690904
s zr
MEAN
DFVTATION
17.0
6074 R
1
.50
0.1
67707
?.1
40.1
83^
6
?.3
3********
******
1.6
7
1.7
7
1.7
?******
1.7
6
U64
1.9
?
?]7
7
1.4
6******
1.4
4******
RFM1RKS
9.8SA494
********
37.794053
R.6
45407
R5.9
0041?
17.4
?86*4
********
********
»9
68
»9
67
«9
515
H9
«9 4
^4
1?
1? 1 80 6
6? 889
77
S4H0LFS AMD
SA«IPLFS AND
SA1PLFS AND
GREATER THAN
SAMPLES AND
NOT DETECTFD,
SAHPLFS AND
NOT DFTFCTED,
AMD
AND
NOT DFTF.CTED*
GREATER THAN
NOT DETECTED,
NOT DETECTED*
NOT DETECTED*
SM«»LFS AND
NOT DETECTED*
NOT DETECTED*
NOT DETECTED*
SAMPLES AND
GREATER THAN
NOT DFTECTFD*
GREATER THAN
«9 ANALYTICAL VALUES.
89 ANALYTICAL VALUES.
89 ANALYTICAL VALUES.
VALUES. NO COMPUTATIONS.
89 ANALYTICAL VALUES.
LESS THAN* OR TRACE VALUES,
89 ANALYTICAL VALUES.
LESS THAN* OR TRACE VALUES,
89 ANALYTICAL VALUES.
89 ANALYTICAL VALUES.
LESS THAN* OR TRACE VALUES,
VALUES. NO COMPUTATIONS.
LESS THAN* OR TRACE VALUES,
LESS THAN* 3R TRACE VALUES,
LESS THAN* 3R TRACE VALUES,
89 ANALYTICAL VALUES.
LESS THAN*
Oft
TRACE VALUES,
LESS THAN* OR TRACE VALUES,
LESS THAN* DR TRACE VALUES,
89 ANALYTICAL VALUES.
VALUES. NO COMPUTATIONS.
LESS THAN* OR TRACE VALUES,
VALUES. NO COMPUTATIONS.
?? REPORTED VALUES.
36 REPORTED VALUES.
85 REPORTED VALUES.
77 REPORTED VALUES.
77 REDORTED VALUES.
88 REPORTED VALUES.
83 REPORTED VALUES.
27 REPORTED VALUES.
81 REPORTED VALUES.
36 REPORTED VALUES.
J
A470
GEOCHEMICAL SUMMARY -
U S
6 S
STATPAC (01/23/78)
DATE
1/15/80
TITLE
Mag
Fraction of Se
ds
THE 1AX AND MfN
0.10000E+02 FOR VARIABLE NO.
8 ARE THE SAME.
THEREFORE THIS VARIABLE WILL BE SKIPPED.
VARIABLE NO.
IS CONTAINS NO VALID DATA POINTS.
THEREFORE THIS VARIABLE WILL BE SKIPPED.
VARIABLE NO.
21 CONTAINS NO VALID DATA POINTS.
THEREFORE THIS VARIABLE WILL BE
SKIPPED.
VARIABLE NO.
22 CONTAINS NO VALID DATA POINTS.
THEREFORE THIS VARIABLE WILL BE SKIPPED.
00
A470 GEOCHEMICAL SUMMARY -US G S STATPAC (01/23/78)
TITLE *ag Fraction of Seds
FREQUENCY TABLE FOR COLUMN 3 C sfe%>
LIMITS FREQ FREQLOWER - UPPER CUM
3.8E-02 —5.65-02 -5.3E-02 -••1.2E-01 -t.SE-OT -2.6E-01 -3.8E-OT -5.6E-OT -*.3E-01 -1.2F.+00 -1.SE+00 -2.6E+00 —3.8E+00 -5.6E+00 —8. 3E*00 —1.2E+01 -1.8F*01 -•
5.6E-Q28.3E-02T.2E-OT1 .8E-012.6E-OT3.8E-OT5.6E-OT8". 3E-011 . 2E+00t. 8E*002.6F*003.8E+OC5.6E*008. 3E*00T. 2E"+ 0 1t> . 8E+ 0 T2.6E*01
0000000000a0001
3534
00000000000or001
3670
PERCENTFREOcr.ooO.OQ
, 0.000.000.000.0 aa. ooo.trao^; oo0.000.000.00ovoua. ooT.I?
39.3338.20
PERCENTFREQ CUMTOO. 00TOO. 00TOO. 00100.00100.00100.00100.00TOO. 00100.00100.00100.00100.00TOO. 00100.00100.009^.8859.55
HISTOGRAM FOR COLUMN 3 < sfeX)
1.0E+01 X1.SE^OT XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX2.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
N0
0.00 0.00
ANALYTICALr G VALUES 0~ 19 70
0.00 21.35
MINIMUM*GEOMETRIC GEOMETRIC
2.000aOE+01T.OOOOOETOT
MEAN » t.ri49ST*Ot DEVIATION » 1.17117E+00
69
A470 GEOCHEMICAL SUMMARY -US G S STATPAC (31/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITS LOWE* - UPPER
1.3E-CT2 2.6E-02 3.3E-02 5.6E-0? 8.3E-Q2 1.2E-01
2.6E-0? 3.&E-02 5.6E-02 «.3E-02 T.2E-OT
4 (
FREQ FRETT CUlf
T4 27 tT 17
3
smgX)
27
679487
PERCENTFREQ
14.6'T 15.75 37.34 14.61 19.1 Q 3.37
PERCENT FREfi CUM 97.75sr.1567.42 3T.OS 22.473.37
HISTOGRAM FOR COLUMN 4 ( smgt)
2.0E-02 XXXXXXXXXXXXXXX3.0E-02 XXXXXXXXXXXXXXXX5.0E-02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7.QE-02 XXXXXXXXXXXXXXX1.0F-01 XXXXXXXXXXXXXXXXXXX1.5E-01 XXX
Na
o.ooL 2
2.25
T 0
0.00
G0
0.00
ANALYTICAL VALUES
87
MAXIMUM « 1.50000E-OT MINIMUM « 2.nOOOOE-02 GEOMETRIC MEAN a 5.02247T-OZ GEOMETRIC DEVIATION * 1.76619E+00
70
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TABLE FOR COLUMN 5 ( ScaX)
LOWER 3.8E-G^ 5.6E-02 8.3E-02
UPPER5.6E-0^ 8.3F-02 U2E-01
REQ
413<J10
FREQCUM4t7t81
PERCENTFREQ
46. OT3T.7111.24
PERCENTFREQ CUM
9T.0144.9411.24
HISTOGRAM FOR COLUMN 5 ( scaX)
5.0E-02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 7.0E-02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 1.0E-01 XXXXXXXXXXX
N0
0.00
L 9
8.99
T 0
0.00
ANALYTICAL G VALUES 0 81
0.00
MINIMUM s SGEOMETRIC ME'AN « 6.T6958E-02GEOMETRIC DEVIATION » 1.27172E+00
71
A47T GEOCHEMICAL SUMMARY - US G S STATPAC C01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TA3LE FOR COLUMN
LIMITS I LOWER - UPPER
1.8E-03 - 2.6E-03 2.6E-03 — 3-.8F-OT 3.8F-03 - 5.6E-U3- 5.6E-03 - 8.3E-03
1.2E-021.8F-022.6E-0?3.8F-025.6E-Q?8.3F-021.2E-01 1.8E-012.6E-013.8F-015.6E-018.3F-01
-—•---••
-•• -— '----
t.8E-022.6E-023.SE-025.6E-028 . 3E-02t.2E-011.&E-01 2.6F-at3.8F-(Tt•s.de-ar8". 3F-OT1.2E+OQ
6 ( stiX)
REQ
0aa000a00a0r
TTrr46
FREQCUM
a0'
0a00a0000T
12T9222632
PERCENTFREQovaoa.ooa. ooo;ooo.ao0*00o.aoff'.OO-
0.00o-.oo0.00U12
T?.I67.STr.374.496.74
PERCENTFREQ CUMtao.oo100.00100.00100.00rao.oo100.00100.00tocr.oo100.00100.00100.00100.0098.588-6.5278.6?75. 2 870.79
HISTOGRAM FOR COLUMN 6 C
1.5B-OT-X"2.0E-01 XXXXXXXXXXXX 3.0E-01 XXXXXXXX 5.0E-01 XXX 7.06-01 XXXX" 1.0E+00 XXXXXXX
StiX)
N0
0.00
L0
0.00
T 0
0.00
G57
64.04
ANALYTICAL VALUES
32
MAXIMUM a t.QOOOOF+OtTMINIMUM » r.50ooo£-crrGEOMETRIC M?AN * 3.73266E-OrT' GEOMETRIC DEVIATION « 1.91627E+00
72
A473 GEOCHEMICAL SUMMARY ~U S G S STATPAC (01/23/78)
TITLE Wag Fraction of Seds
FREQUENCY TABLE FOR COLUMN 7 ( smn)
LIMITS FREQLOWER - UPPEfr
8.3E+00 —T.2E+01 •-•1.8E+01 ••2.6F+01 —3.8E+01 -5.6E+01 -8.3E+01 *T.2E+02 -1.8E+32 -2.6E+02 —3.8E+02 -5.6E+0/2 -8-.3E*02 -1.2E*03 -
r.2E+011.8E*012 . 6E"+013.8E*Ot5.6E+0-18.3F+0-11.2F+02t.8F*022.6E+0"23.8E^O?5.6E+0^2fr. 3E+0 21.2F+O51.8E*03
a0000000a6
202434"
5
FREQCUM
$0000 .0"
0006
26508489
PERCENTFREQ0.000.00a. oomoo0.00a. oo0.00o;oo0.006.74
22.4726.9738.20
5.62
PERCENTFREQ CUM
1 0CT. 00100.00100.00100.00100.00100.00roo.ooTOO. 00TOO. 00100.0093.2670.7943.82
5.62
HISTOGRAM FOR COLUMN 7 < smn)
XXXXXXX" 5.0F+tJ2 XXXXXXXXXXXXXXXXXXXXXX 7.0E*02 XXXXXXXXXXXXXXXXXXXXXXXXXXX 1.0E+03 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 1.5E+Q3 XXXXXX
N 0
0.00
L0
0.00
90
T 0
0.00
ANALYTICAL G VALUES 0 89
0.00
MAXIMUM = r.sootjar+arMINIMtJM « T.OOOOOE-KT?GEOMETRIC MEAN » 7.3320?r+OZGEOMETRIC DEVIATION * 1.48181E+00
73
A470 GEOCHEMICAL SUMMARY -US G £ STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TA9LE FOR COLUMN
LI MITT LOWER - UPPER '
r.8E*OT - 2.6e+at3.8E*OT5.
5. 6 6*01 •— 8. 8.3E+01 - 1.2E*02
FREQ
2fr3"
201t
7
9 C
FRE-ffCUM2831ST6269
sba)
PERCENTFR?Q
3T..463.37
22.4712.T67.87
PERCENTFRES CUM
7r.5346.074?. 7020^27.87
HISTOGRAM FOR COLUMN 9 < sba)
2.0E>Ot XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3.0E+OT XXX5 . OEVffT XTX XTXX XTX^XKXX X X X XX X X X7.0E*OT XXXXXTXXXXXX1.06*02"XXXXXXXX
N20
22.47
L 0
0.00
T 0
0.00
ANALYTICAL 6 VALUES 0 69
0.00
2.000QOE>Ot MEAN * 3.81660T+OT-
GEOMETRIC DEVIATION * 1.80839E+OQ
74
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE"
Mag Fraction of Seds
LIMITSLOWEfr - UPPEr
8.3E-01 - 1V2E+00 1.2E+00 — U8E+00
sbe)
EQ
62
FREQCUM1
68
PERCENTFREQ6.742.25
PERCENTFREQ CUM
fr.992.25
HISTOGRAM FOR COLUMN 10 ( sbe)
XTCXXXXX1.5E+00 XX
N68
76.40
Lrr
14.61
H 0
90
ANALYTICAL VALUES
80.00 0.00
MAXIMUM a t.50QOOE*00 MINTMUM a 1.OOOOOE*00 GEOMETRIC MEAN » T.10668r*0a * GEOMETRIC DEVIATION » 1.20646£*00
75
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER - UPPER
T.8E+00 - 5.6E+00 5.6E+00 - 8.3E+00
11 (
1.2F+01 — T.8E+01 -
5.66*01 -
FREQ
0a459"
2320t
FREQCUM004638683$389
seo)
PERCENTFREQ0.00a. oo4.49
66,2925.842.250.001.12
PERCENTFREQ CUM
TO 0.00100.00100.0095.5129. ?1
3.371.12U12
HISTOGRAM FOR COLUMN 11 ( SCO)
r.OE+OT XXXXT.5E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX2.0E*01 XXXXXXXXXXXXXXXXXXXXXXXXXX3.0E*01 XX5.0E*017.0E*01 X
N
00.00
La
0.00
r0
0.00
ANALYTICAL G VALUES 0 89
0.00
GEOMETRIC GEOMETRIC
1.00000E+OT WHAN » T.63963F*OT' DEVIATION » 1.27488E+00
76
A470 GEOCHEWICAL SUWWARY - US G S STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TA3LE FOR COLUMN
LIWITSLOWER - UPPER
8.3E+00 - 1.2E+OT 1.2E+01 — USE*OT
12 (
2.6E+01 — 3.8E+Q1 - 5.6E+01 - 8.3E+01 — 1.2E+02 — 1.8E+92 -- 2.6E+02 —
SCP)
1.2E*03 - U8E+03
REQ
00aa00t6
20TS151496
FREUCUPt000000172T456074S3-
89
PERCENTFREQ(UOO0.000.00a. ooo;ooo.oaT.1^6.T42^.472o.2^16. S51 5. 7310^tT6.74
PERCENTFREQ CUM. 100.00100.00100.00100.00too. oo100.00100.0098.8892.1369.6649.4432.5816.856.74
HISTOGRAM FOR COLUMN 12 ( scr>
U5E*02 XXXXXXX"2.0E*02 XXXXXXXXXXXXXXXXXXXXXX 3.0E+02 XXXXXXXXXXXXXXXXXXXX 5.0^*02 XXXXXXXXXXXXXXXXX7.or*02 xxxxxxxxxxxxxxxxt.aE+03 XXXXXXXXXX 1.5E*03 XXXXXXX
N0
0.00 o.oo
T 0
0.00
ANALYTICAL G VALUES 0 89
0.00
GEOMETRIC GEOMETRIC DEVIATION U99459E*00
77
004-389399*1NOI1V1A30 3I«A3«039
00+300£00*S '» iO+3.00GOO*S =
6Z00*0
09
00*0 ,01
•WOI1A1VNV
00*0 0 N
X X
XXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXX. .XXXXXXXXXXXXXXXXX 004-30 */
XXXXXXXXXXXXXXXXXXXXXXXX 00+30*5
(H3S
WOD 038:1
(HDS
9S
1 -Is91
$±
- 1 0*3 9*^- lfl+38't
00+3£*8
318V1
$pa$
s n~
A470 GEOCHEMICAL SUMMARY - U S 6 S STATPAC C01/23/78)
TITLE'
Fraction of Seds
FREQUENCY TABLE FOR COLUMN 14 (
LIMITS FREQ FREQ
sla)
PERCENT PERCENTLOWER - UPPER
i.8E+crr -2.6F+OT —3.8E+OT -5.6E+OT -8". 3"E>Ot — •1 .2E+02 -1.8E+02 -2.6E+Q2 *3.8E+02 -
HISTOGRAM FOR
2.0E+OT3.0E*OT5.0E+017.0E*Ott.OE>021.5E+022,OE+023.0E*025.0E*02
N
00.00
2. 6E1* 0 1.T.8F*Ot5V6E+CT^.3E"+01T. 2E*021V^E"*02"2.6E*023.8E*0?5.66*02
COLUMN
XXXXXXXXXX
2t1?
283415
21
14 f
CUMZT49
377186S$89
sla)
FREQ2V ?5t»T2T. 1'2S.62
3T.4638.20T6V&S2i25"1.12
FREQ CUM10TT.OO97.759-6. 6.T95V 51£9". 895"8". 4 32ff»2?y.371.12
XXXXXXXXXXXXXXXXXXXXXXXX XXXXXX XXXXXXX XXXXXXXXXXXXXXXX XX XX XXXXXXXXXXXXxxxxxxxxxxxxxxxxxXXX
L0
0.00
H0
30
T0
0.00
ANALYTICALG VALUES0 39
0.00
MINI-MOM * 2.00000E*OT * tSEOMETRIC MEAN «" T.26740E-KT2 GEOMETRIC DEVIATION » 1.62131E*00
79
A479 GEOCHEMICAL SUMMARY - U S 5 S STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TABLE FOR COLUMN 16 C $nb)
LIMITS' FREQ FRES PERCENT PERCENTLOWER - UPPER CUM FRE& FREQ CUM
1.5E*OT - 2.6E*0t 18~ T8~ 20.22 77.552.6F+Ot — 3.8E*Ot 13 ST 14.61 57.303.8E*01 — 5.6E*Ot 24 5* 26.97 42.705.6E*01 - 8.3E+01 1T 66 12.36 15.738.3E+Q1 - 1.2E*02 3 69 3.37 3.37
HISTOGRAM FOR COLUMN 16 ( snb)
2.0E+OT XXXXXXXXXXXXXXXXXXXX3.0E+01 XXXXXXXXXXXXXXX5.0F+01 XXXXXXXXXXXXXXXXXXXXXXXXXXX7.0E*Ot XXXXXXXXXXXX1.0E+02 XXX
N12
13.48
B 0
8.99
T 0
0.00
ANALYTICAL S VALUES* 0 69
0.00
1AXTMUM « 1.00000E+02 MINIMUM a 2.00000E+01 GEOMETRIC MEAN a 3.88818"E*Ot GEOMETRIC DEVIATION « 1.64453E+00
80
A470 6EOCHEMICAL SUMMARY - U S 6 S STATPAC <01/23/78)
*ag Fraction of Seds
FREQUENCY TA9LE FOR COLUMN 17 (
LIMITS LOWER - UPPER
3.SE+00- 5.6E+00 —
5.6E+00
U2T+OT
2.6E+01 - 3.8E+OT
FREQ FREQ CUM
sni)
PERCENT PERCENTFREQ FR€Q CUW
1009
44?510
rT1
TO547789
r;t20.000»ffO~
1 0'.TT47.4428.091t*24
100.009^.8898^889^.888ff. 7639.3311.24
HISTOGRAM FOR COLUMN
5.Of*00 X
sni)
1.5E*Ot XXXXXXXXXX" ~2.0E*01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXX3.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXX5.QE+01 XXXXXXXXXXX
N 0'
0.00 0.00
r0
0.00
ANALYTICAL G VALUES 0 89
0.00
MAXIMUM s 5.00000E>01 ^INHUM a 5.00000E*oa GEOMETRIC MEAN » 2.r7579E*Ot GFOMETR1C DEVIATION s 1.45849E+00
81
A470 GEOCHEMICAL SUMMARY - US 6 S STATPAC (01X23/78)
TITLE Mag Fraction of S«ds
FREQUENCY TABLE FOR COLUMN
LIMITS* I LOWER -• UPPE-R
S.3E+00 - 1.2E*at
U8E+01 - 2-!6r*OT
REG
243T14
1
18 (
I- FREQCUM24ST7T*
72
spb)
PERCENTFRE9
26;9r3T.O?T5.75
1.12
PERCENTFREQ CUM
TO.9Q53.9116.85
1.12
HISTOGRAM FOR COLUMN 18 C $pb)
r.or+or xxxxxxxxxxxxxxxxxxxxxxxxxxxt.5E*ai xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx2.0EfOt XXXXXXXXXXXXXXXX 3.0E*01 X
M
1.12t6
17^98
9 Ta
0*00
ANALYTICAL G VALUES a 72
0.00
MINIMUM » 1.00000E*tT1 SEOf?T»rC MEAN » 1.399T6T+<rr SEOMETRIC DEVIATION » 1.31202E*00
82
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/25A78)
TITLE-Wag Fraction of Seds
FREQUENCY TABLE FOR COLUMN 19 (
LIMITS LOWER - UPPER"
3.8E*00 — 5.6E*00 -• 8.3E+00 - 1.2E+OT - 1.8E*01 —
5.6E+00
2.6E+01
FREQ FREQ CUM
7a
5*17
3
7 T5
8689
ssc)
PERCENT PERCENTFREQ
60.67T9.TO3.37
FREQ CUM
. 13 83.15 2?. 47 3.37
HISTOGRAM FOR COLUMN 19 ( SSC)
5".OE+00 XXXXXTXXXXTXTXXXXXXXXXXXXXXXXXXXXTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
1;5E*01 XXKXXXXXXXXXXXXXXXX2.0E*01 XXX
Na
0.00
La
0.00
ff 0
ff0
r(T
0.00
ANALYTICAL G VALUES 0 89
0.00
MAXIWJM *' 2.00000E>01 ^INI^IU^ * 5.00000E*00 GEOMETRIC WEAN s 1.01434T*af" GEOMETRIC DEVIATION » 1.36697E*00
83
A47T GEOCHEHICAL SUMMARY -US S S STATPAC (01/23V78)
TITLE Wag Fraction of Seds
FREQUENCY TA9LE FOR COLUMN 20 ssn)
LIMITS'LOWER --UPP
8.3E+03 —1.2E+01 -t. 86*0-1' -2.6E+01 -3.8E+01 -5.6E+OT — •S.3E+01 *
1 . 2E^+OT1 .8E"+0"1?.66+Ot3.8E*(T15.6E*OT8.3E*011 ^2E*02
FREQ
T418-
3411
001
FREQCUM143?6677rrrr78
PERCENTFREQ
T5.7T20. 2TIff. ?012.3-60.000.00U12
PERCENTFREff CUM
87.647T. 915T.69TT.48
1.-121.T21.12
HISTOGRAM FOR COLUMN 20 ( ssn)
i.OE>or xxxxxxxxxxxxxxxx1.5E+01 XXTXXXXXXX XXXXXXXXXX2.0E*Ot XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3.0E+OT XXXXXXXXXXXX
1.0E+02 X
N11
12.36
L 0
0.00
T 0
0.00
ANALYTICAL G VALUESrr 78
o.oo
T.OOOOOE>0^r»ooooor*ot
GEOMETRIC I«IEAN » 1.78633l'*0f GEOMETRIC DEVIATION » 1.47470E*00
84
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TABLE FOP COLUMN
LIMITSLOWER - UPPER
8.3E+00 - 1.2E*OT t.2E+01 - 1.8F+OT
23 C
2.6E+01 -3.8E+01 -5.6E+01 —B.3E+01 -
2.6E+02 - 3.8E*02'-
3..8E+01 5.6E+Ot 8-.3E+OT
3.8E*0? 5.6E*02
FREQ
a000000••<r
T8 61 10
FREQcu*
00
0 0 0 0"
a18
sv)
89
PERCENTFREQ0.000.000^000.000.000.000.00'0.00
20. 2268.54
. 11.24
PERCENTFREa CUMroa.oo100.00TOO. 00100.00100.00100.00100.00TOO.OOloa.oo79.7811.24
HISTOGRAM FOR COLUMN 23 ( sv)
?.OE*0? XXXXXXXXXXXXXXXXXXXX3.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5.0E*02 XXXXXXXXXXX
N0
0.00
L 0
0*00
Ta
o.oo
ANALYTICAL G VALUES 0 89
0.00
MINIMUM * GEOMETRIC GEOMETRIC
5.00000E+0?2.00000E*0?
MEAN « 2.92708E*Or DEVIATION » 1.28446E*00
85
A470 GEOCHEMICAL SUMMARY - U S S S STATPAC (01/23/78)
TITLE Wag Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER --UPPER
S.3E+00 - 1. 1.2E+Q1 - 1.8E*Ot - 2.6E+01 - 3.8E+G1 -••5.6E+01 -
t.ar-Krr2.6E+0T 3.5E+OT 5.6E+OTx.
1.2E+02 -
24 (
FREQ FREQ COM
25 25
TO 15451
5T-
61795T5839
sy)
PERCENTFRE«
3U46
25.54Tt.2420w224.495.621.12
PERCENTFREQ CUM100.Off68.5468.5442.7031.4611.246.741.12
HISTOGRAM FOR COLUMN 24 ( sy)
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxx3.0E>Ot XXXXXXXXXTX5.0E>OT XXXXXXXXXXXXXXXXXXXX7.0E*OT XXXX1.0E*02 XXXXXX1.5E+02 X
N 0
0.00
L 0
0.00
K
0B 0
T 0'
0.00
ANALYTICAL VALUES'
89
MAXIMUM « T ->50QOflE'+a?MINIMUM » t.ooaQOE*0rGEOMETRIC MEAW * 2.39963¥>OT~ GEOMETRIC DEVIATION s- 2.13373E*00
86
A479 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE *ag Fraction of Seds
FRE3UENCY TABLE FOR COLUMN 25 (
LIMITSLOWER — UPPPIT
t.8E*02 — 2
3.8E+02 -5.6E+02 -S.3E+02 - 1.2E*03
FREQ
T?5018
41
CUM T2 6? SO8485
szn)
PERCENT
4.491.12
PERCENT CUM
25.845.621.12
HISTOGRAM FOR COLUMN 25 C szn)
2.0E+&2 XXXXXXXTXXXXX3.0F*02 XXXXXXXXXXXXTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5.QF+02 XXXXXXXXXXXXXXXXXXXXT-.OE*O? xxxx1.0E+03 X
N0
0.00
L 4
4.49 0.00
ANALYTICAL G VALUES (T 85
0.00
MINIMUM ar 2.00000E"*Or GEOMETRIC MEAN'* 3.3320'3'r-fa? GEOMETRIC DEVIATION » 1.41336E*00
87
A470 GEOCHEMICAL SUMMARY — U S S S STATPAC (01/23/78)
TITLE Mag Fraction of Seds
FREQUENCY TABLE FOR COLUMN 26 C
LIMITSLOWEff - UPPER
8.3E+00 — T.
T.SE+01 -
3V8E+0-T - 5.6E+OT - 3.3E+01 -
t.8E*02 - 2.6E+02 - 3.8E+02 - 5.6E+0? - 8.3E+02 -
FREQ
00a oTr
25ra^o r32
FREQ CUM
<Ja a o34
6T83"
8T 89
szr)
PERCENT FREfJ
a. doa^ao3V37r.r^
26.97
UT2
2^25
PERCENT FREQ CUM TOO.00
100.00100.00100.0096.63
29.216 . 74
2^25
HISTOGRA* FOR COLUMN 26 C
XXX X
r.OE+o? xxxxxxxrxxxxxxxxxxxxxxxxxxxxT.5E+0^ XXXXXXXXXXX2.0E+02 xxxxxxxxrxxxxxxxxxxxxxxxxxx3.0E+02 XXXXXXXXXXXXXXXXXXXXXX 5.0E+0? X 7.0E+02 XXX 1.0E*03 XX
Na-0.00
Lo-0.00 0.00
ANALYTICAL G VALUES 0 89
0.00
GEOMETRICMEAN » 1 DEVIATION 1^84014E+00
88
A470
GEOCHEMICAL SUMMARY -
U S
G S
STATPAC (01/23/78)
DATE
1/15/80
TITLE
Mag Fraction of
Seds
IN THE COMPUTATIONS PERFORMED TO PRODUCE THE FOLLOWING TABLE OF GEOMETRIC MEANS AND DEVIATIONS, ALL ELEMENTS ARE IGNORED WHERE
ONE OR MORE OF
THE UNQUALIFIED DATA VALUES IS
LESS THAN THE ANALYTICAL LIMIT OF DETECTION SPECIFIED ON INPUT OR WHERE ANY DATA
VALUES ARE QUALIFIED WITH THE 6
(GREATER THAN) CODE.
DATA VALUES QUALIFIED WITH B
OR H
ARE NOT USED IN THE COMPUTATIONS.
WHERE
NONE OF THE DATA VALUES FOR AN ELEMENT ARE QUALIFIED THE MEAN AND DEVIATION SHOULD BE THE SAME AS THOSE GIVEN IN THE PRECEDING
SECTION.
WHERE DATA ARE QUALIFIED WITH THE CODES N,
L,
OR T, THE ESTIMATES OF GEOMETRIC MEAN AND DEVIATION ARE BASED ON A
METHOD
9Y A. J.
COHE1 FOR TREATING CENSORED DISTRIBUTIONS.
THE APPLICATION OF THIS METHOD TO GEOCHEMICAL PROBLEMS IS DESCRIBED IN
USGS PROFESSIONAL PAPER 574-B.
THE ESTIMATES ARE UNBIASED IN A
STRICT SENSE ONLY WHERE THE DATA ARE DERIVED FROM A
L06NORXAL
PARENT POPULATION/ BUT EXPERIMENTS HAVE SHOWN THAT LARGE DEPARTURES FROM THIS REQUIREMENT MAY NOT GREATLY INVALIDATE THE RESULTS
ACCEPTANCE AND USE OF THE ESTIMATES/ HOWEVER/ IS THE RESPONSIBILITY OF THE INDIVIDUAL.
ELEMENT
sfeX
00
VD
scat
stIX
sun
sba
she
SCO
sc r
scu
sla
snb
sni
spb
ssc
ssn
sv
sy
szn
szr
N 0 n o n o20
6ft o o o o
12n i o 11 n o n n
o 2 8 o o o13o o 10 o 8 0
16 n 0 0 0 4 n
190 0
570 a o o o o o o o o 0 0 0 0 0 0
ANALYTICAL
VALUES
70
87
81
52
89
69 8
8°
89
79
89
69
89
72
89
78
89
89
85
89
L
A470
6E9CHEMICAL SUMMARY -
U S
6 S
STATPAC (01/23/78)
DATE
1/15/80
TITLE
ENT
sfeX
smqX
scaX
stIX s«n
sba
she
SCO
ser
scu
sta
snb
sni
spb
ssc
ssn sv Sy
sin
s?r
GEOMETRIC
MEAN
********
0.0487
980.
0584
29********
733.
2029
6529
.059
727
0.37
3373
16.3
96315
404.
730999
8.00
4924
126.7403
1429
.903
762
23.75785
812
.174
692
10.143369
15.775738
292.
7077
6423.996306
321.5907
1717
9.93
0571
GEOMETRIC
DEVI
ATIO
N
****
**1.
811.34
****
**1.
482.
111.81
1.27
1.99
1.84
1.62
1.96
1.46
1.47
1.37
1.64
1.28
2.13
1.46
1.84
REMARKS
19 GREATER THAN
2 NOT DETECTED*
8 NOT DETECTED,
57 GREATER THAN
89 SAMPLES AND
20 NOT DETECTED,
81 NOT DETECTED,
89 SAMPLES AND
89 SAMPLES AND
10 NOT DETECTED,
89 SAMPLES AND
20 NOT DETECTED,
89 SAMPLES AND
17 NOT DETECTED,
89 SAMPLES AND
11 NOT DETECTED,
89 SAMPLES AND
89 SAMPLES AND
4 NOT DETECTED,
89 SAMPLES AND
VALUES. NO COMPUTATIONS.
LESS THAN/ OR TRACE VALUES.
LESS THAN, OR TRACE VALUES.
VALUES. NO COMPUTATIONS.
89 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
LESS THAN/ OR TRACE VALUES.
89 ANALYTICAL VALUES.
89 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
89 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
89 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
89 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
89 ANALYTICAL VALUES.
89 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
89 ANALYTICAL VALUES.
87 REPORTED VALUES.
81 REPORTED VALUES.
69 REPORTED VALUES.
8 REPORTED VALUES.
79 REPORTED VALUES.
69 REPORTED VALUES.
72 REPORTED VALUES.
78 REPORTED VALUES.
85 REPORTED VALUES.
A470
GEOCHEMICAL SUMMARY -
U S
G S
STATPAC (01/23/78)
DATE
1/16/80
TITLE
Fine Fraction of Seds
VARIABLE NO.
25 CONTAINS NO VALID DATA POINTS.
THEREFORE THIS VARIABLE WILL BE SKIPPED.
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE
Fract ion of Seds
FREQUENCY TABLE FOR COLUMN
LIMIT SLOWER - UPPER
3.8E-02 -5.6E-02 -8.3E-02 -1.2E-01 -1.8E-01 ~2.6E-01 -3.8E-01 -5.6E-01 -8.3E-01 -1.2E+00 -1.8E+00 -2.6E+00 -3.8E+00 -5.6E+00 -
5.6E-028.3E-021.2E-0.11.8E-012.6E-013.8E-015.6E-018.3E-011.2E+001.8E+002.6E+003.8E+005.6E+008.3E+00
3 (
FREQ
0000000002
1454164
FREQCUM0000000002
16708690
sfeX)
PERCENTFREQ0.000.000.000.000.000.000.000.000.002.22
15.5660.0017.784.44
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.00100.00100.00100.00100.0097.7882.2222.22
4.44
HISTOGRAM FOR COLUMN sfeZ)
1.5E+00 XX2.0E+00 XXXXXXXXXXXXXXXX3.0E+00 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5.0E+00 XXXXXXXXXXXXXXXXXX7.0E+00 XXXX
N 0
0.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM = 7.00000E+00 MINIMUM s 1.50000E+00 GEOMETRIC MEAN = 3.15380E+00 GEOMETRIC DEVIATION » 1.40019E+00
92
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/33/78)
TITLE Fine Fra-ction of Seds
FREQUENCY TABLE FOR COLUMN 4 ( smgX)
LIMITS FREQLOWER - UPPER
1.8E-02 - 2.6E-02 02.6E-02 - 3.8E-02 03.8E-02 - 5.6E-02 05.6E-02 - 8.3E-02 08.3E-02 - 1.2E-01 01.2E-01 - 1.8E-01 01.8E-01 - 2.6E-01 12.6E-01 - 3.8E-01 123.8E-01 - 5.6E-01 355.6E-01 - 8.3E-01 288.3E-01 - 1.2E+00 121.2E+00 - 1.8E+00 2
HISTOGRAM FOR COLUMN 4 (
2.0E-01 X3.0E-01 XXXXXXXXXXXXX
FREQCUM
0000001
1348768890
smgX)
PERCENTFREQ0.000.000.000.000.000.001.11
13.3338.8931.1113.332.22
5.0E-01 X XXX XX XX XXXXXXXXXXXXXXXXXXXXX XXX
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.00100.0098.8985.5646.6715.56
2.22
xxxxxxx7.0E-01 XXXXXXXXXXXXX XXX XX XXXXXXXXXXXXX1.0E-»-00 XXXXXXXXXXXXX1.5E+00 XX
N L H000
0.00 0.00
MAXIMUM s 1 .500QOE+OQMINIMUM « 2.00000E-01GEOMETRIC MEAN * 5.76993E-01
80
-
T0
0.
G0
00 0.00
GEOMETRIC DEVIATION a 1 .47564E+00
ANALYTICAL VALUES
90
93
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/33/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER * UPPER
3.8E-02 -5.6E-02 -8.3E-02 -1.2E-01 -1.8E-01 -2.6E-01 -3.8E-01 -5.6E-01 -8.3E-01 *1.2E+00 -
5.6E-028.3E-021.2E-011.8E-012.6E-013.8E-015.6E-018.3E-011.2E+001.8E+00
FREQ
000006
323217
3
5 (
FREQ CUM
0 0 0 0 0 6
38 70 87 90
scaZ)
PERCENTFREQ0.000.000.000.000.006.67
35.5635.5618.893.33
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.0093.3357.7822.22
3.33
HISTOGRAM FOR COLUMN 5 C scaX)
3.0E-01 XXXXXXX5.0E-01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7.0E-01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.06*00 XXXXXXXXXXXXXXXXXXX1.5E+00 XXX
N0
0.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM s 1.50000E+00 MINIMUM = 3.00000E-01 GEOMETRIC MEAN » 6.44024E-01 GEOMETRIC DEVIATION * 1.42605E+00
94
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN 6 ( stiZ)
LIMITS FREQLOWER - UPPER
1.8E-03 -2.6E-03 -3.8E-03 -5.6E-03 -8.3E-03 -1.2E-02 -1.8E-02 -2.6E-02 -3.8E-02 -5.6E-02 -8.3E-02 -1.2E-01 -1.8E-01 -2.6E-01 -3.8E-01 -5.6E-01 -8.3E-01 -
2.6E-033.8E-035.6E-038.3E-031.2E-021.8E-022.6E-023.8E-025.6E-028.3E-021.2E-011.8E-012.6E-013,8E-015.6E-018.3E-011.2E-»-00
000000000000
14283113
4
FREQCUM
000000000000
1442738690
PERCENTFREQ .0.000.000.000.000.000.000.000.000.000.000.000.00
15.5631.1134.4414.444.44
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.0084.4453.3318.894.44
HISTOGRAM FOR COLUMN 6 ( StiZ)
2.0E-01 XXXXXXXXXXXXXXXX3.0E-01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5.06-01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7.0E-01 XXXXXXXXXXXXXX1.0E+00 XXXX
N 0
0.00
L 0
0.00
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
90
MAXIMUM » 1.OOOOOE+00 MINIMUM » 2.00000E-01 GEOMETRIC MEAN s 4.00438E-01 GEOMETRIC DEVIATION » 1.56820E+00
95
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE
Fracti on of Seds
FREQUENCY TABLE FOR COLUMN
LIMLOWER -3E+00 -2E+01 -8E+01 -6E+01 -8E+01 -6E+01 -3E+01 -2E+02 -8E+02 -6E+02 -
3.8E+02 -5.6E+02 -8.3E+02 -1.2E*03 -
ITS UPPER
1.2E*01 I.SE-^01
3.8E+01
8.3E+01
U8E+02
5.6E*02 8.3E*02
7 (
1.8E+03
FREQ
0000000025
422911
1
FREQCUM0000000027
49788990
smn)
PERCENTFREQ0.000.000.00Q.OO0.000.000.000*002.225.56
46.6732.2212.221.11
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.00100.00100.00100.0097.7892.2245.5613.331.11
HISTOGRAM FOR COLUMN 7 < sron)
2.0E+02 XX3.0E+02 XXXXXX5.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.0E+03 XXXXXXXXXXXX1.5E+03 X
N 0
0.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM » 1.50000E+03 MINIMUM * 2.00000E+02 GEOMETRIC MEAN » 5.84766E+02 GEOMETRIC DEVIATION s 1.41102E+00
96
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN 8 ( sb)
LIMLOWER -
8.3E+00 -1.2E+01 -1.8E+01 -2.6E+01 -3.8E+01 -5.6E+01 -8.3E+01 -1.2E+02 -
ITSUPPER
1.2E+011.8E+012.6E+013.8E+015.6E+018.3E+011.2E+021.8E+02
FREQ
331616
72121
FREQCUM3349657274757778
PERCENTFREQ
36*6717.7817.787.782.221.112.221.11
PERCENTFREQ CUM
86.6750.0032.2214.446.674.443.331.11
HISTOGRAM FOR COLUMN 8 ( Sb)
1.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.56+01 XXXXXXXXXXXXXXXXXX2.0E+01 XXXXXXXXXXXXXXXXXX3.0E+01 XXXXXXXX5.0E+01 XX7.0E+01 X1.0E+02 XX1.5E+02 X
N 1
1.11
L 11
12.22
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
78
MAXIMUM a 1.50000E+02 MINIMUM a 1.OOOOOE+01 GEOMETRIC MEAN a 1.62243E+01 GEOMETRIC DEVIATION a 1.81589E+00
97
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE
Fract ion of Seds
FREQUENCY TABLE FOR COLUMN 9 <
LIMITSLOWER - UPPER
1.8E+01 -2.6E+01 -3.8E+01 -5.6E+01 -8.3E+01 -1.2E+02 -1.8E+02 -2.6E+02 -3.8E+02 -5.6E+02 -
2.6E+013.8E+015.6E+Q18.3E+011.2E+021.8E+022.6E+Q23.8E*025.6E+Q28.3E+02
FREQ
0000000
135126
FREQCUM0000000
136490
sba)
PERCENTFREQ0.000.000.000.000.000.000.00
14.4456.6728.89
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.00100.00100.0085.5628.89
HISTOGRAM FOR COLUMN 9 ( sba)
3.0E+02 XXXXXXXXXXXXXX5.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXX
N
00.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM * 7.0QOOOE-KJ2 MINIMUM * 3.0000QE+Q2 GEOMETRIC MEAN = 5.11847E+02 GEOMETRIC DEVIATION s 1.3Q442E+QO
98
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fi ne Fraction of Seds
FREQUENCY TABLE FOR COLUMN 10 (
LIMITS LOWER - UPPER
8.3E-01 1.2E+00 1.8E+00 2.6E+00 3.8E+00
2E+00 8E+00 6E + 00 ,8E+00 6E+00
FREQ
8333991
FREQCUM8
41808990
sbe)
PERCENTFREQ8.8936.6743.3310.001.11
PERCENTFREQ CUM100.0091.1154.4411.111.11
HISTOGRAM FOR COLUMN 10 ( sbe)
1.0E+00 XXXXXXXXX1.5E+00 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX2.0E+00 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3.0E+00 XXXXXXXXXX5.0E+00 X
N 0
0.00
L 0
0.00
r0
0.00
G 0
0.00
ANALYTICAL VALUES
90
MAXIMUM * 5.00000E+00 MINIMUM » 1.00000E+00 GEOMETRIC MEAN * 1.78029E+OQ GEOMETRIC DEVIATION * 1.34133E+00
99
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER - UPPER
3.8E+00 - 5.6E+00 5.6E+00 - 8.3E+00 8.3E+00 - 1.2E+01 1.2E+01 - 1.8E+01
1 1 (
1.8E+01 - 2.6E+01
FREQ
92
57193
FREQCUM9
11688790
SCO)
PERCENTFREQ
10.002.22
63.3321.113.33
PERCENTFREQ CUM100.0090*0087.7824.44
3.33
HISTOGRAM FOR COLUMN 11 ( SCO)
5.0E+00 XXXXXXXXXX7.0E+00 XX1.OE+01 XX XX XX XXXXXXXXXX XX XX XXXX XX XXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXX1.5E+01 XXXXXXXXXXXXXXXXXXXXX2.0E*01 XXX
N 0
0.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM » 2.00000E+01 MINIMUM «• 5.00000E*00 GEOMETRIC MEAN = 1.03196E*01 GEOMETRIC DEVIATION = 1.37570E*00
100
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN 12 (
LIMLOWER -
8.3E+00 - 1.2E+01 - 1.8E+01 - 2.6E+01 - 3.8E+01 - 5.6E+01 - 8.3E+01 - 1.2E+02 - 1.8E+02 -
ITS UPPER
1.2E+01 1.8E+01 2.6E+01 3.8E+01 5.6E+01 8.3E+01 1.2E+02 U8E+02 2.6E+02
FREQ
0052
23181724
1
FREQCUM
0057
3048658990
scr)
PERCENTFREQ0.000.005.562.22
25»5620.0018.8926*67
1.11
PERCENTFREQ CUM100.00100.00100.00'94.4492.2266.6746.6727.78
1.11
HISTOGRAM FOR COLUMN 12 ( scr)
2.0E+01 XXXXXX3.0E+01 XX5.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXX7.0E+01 XXXXXXXXXXXXXXXXXXXX1.0E+02 XXXXXXXXXXXXXXXXXXX1.5E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXX2.0E+02 X
N 0
0.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM s 2.00000E+02 MINIMUM * 2.QOOOOE+01 GEOMETRIC MEAN a 7.79724E+01 GEOMETRIC DEVIATION * 1.75304E+00
101
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE Fraction of Seds
FREQUENCY TABLE FOR COLUMN 13 (
LIMITSLOWER
3.8E+005.6E+008.3E+001.2E+011.8E+012.6E+013.8E+015.6E+018.3E+01
- UPPER5.6E*008.3E+001.2E+011.8E+012.6E+013.8E+015.6E+018.3E+011.2E+02
FREQ
016
173424511
FREQCUM017
245882878889
scu)
PERCENT FREQ 0.001.116.6718.8937.7826.675.561.111.11
PERCENTFREQ CUM
98.8998.8997.7891.1172.2234.447.782.221.11
HISTOGRAM FOR COLUMN
7.0E+00 1.0E+01 1.5E+01 2.0E+01 3.0E+01 5.0E+01 7.0E+01
13 ( scu)
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxX
1.QE+02 X
N1
1.11L 0
0.00
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
89
MAXIMUM « 1.OOOOOE+02 MINIMUM = 7.00000E+00 GEOMETRIC MEAN = 2.16549E+01 GEOMETRIC DEVIATION * 1.55463E+00
102
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE
Fract i on of Seds
FREQUENCY TABLE FOR COLUMN 14 (
LIMITS LOWER - UPPER
1.8E+01 -2.6E+01 -3.8E+01 -5.6E-M31 -8.3E+01 -1.2E+02 -1.8E+02 -2.6E+02 -3.8E+02 -5.6E+02 -
2.6E+013.8E+015.6E+018.3E+011.2E*021.8E+022.6E*023.8E+025.6E*028.3E*02
FREQ
00006
25251913
2
FREQCUM
00006
3156758890
sla)
PERCENTFREQ0.000.000.000.006.67
27.7827.7821.1114.442.22
PERCENTFREQ CUM100.00100.00100.00100.00100.0093.3365.5637.7816.67
2.22
HISTOGRAM FOR COLUMN 14 ( Sla)
1.0E+02 XXXXXXX1.5E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXX2.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXX3.0E+02 XXXXXXXXXXXXXXXXXXXXX5.0E+02 XXXXXXXXXXXXXX7.0E+02 XX
N 0
0.00
L 0
0.00
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
90
MAXIMUM = 7.00000E+02 MINIMUM * 1.OOOQOE+02 GEOMETRIC MEAN « 2 .25425E+02 GEOMETRIC DEVIATION » 1.62238E+00
103
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
Fi neTITLE
Fract ion of Seds
FREQUENCY TABLE FOR COLUMN 15 (
LIMITS LOWER - UPPER
5.6E+00 8.3E+00 1.2E+01 1.8E+01
8E+00 6E+00 3E+00 2E+01 8E+01 2.6E+01
FREQ
75641
FREQ CUM7
12 182223
SfflO)
PERCENT FREQ 7.78 5.56 6,67 4.44 1.11
PERCENTFREQ CUM
25.5617.7812.225.561.11
HISTOGRAM FOR COLUMN
OE+00 OE+00 OE + 01 5E+01
2.0E+01
XXXXXXXX XXXXXXxxxxxxx xxxxX
15 ( smo)
N65
72.22
L 2
2.22
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
23
MAXIMUM * 2.OOOOOE+01 MINIMUM * 5.00000E+00 GEOMETRIC MEAN * 8.28744E+00 GEOMETRIC DEVIATION = 1.55803E+00
104
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER - UPPER
1.8E+01 - 2.6E+01 2.6E+01 - 3.8E+01
16 (
FREQ FREQ CUM
9 9 4 13
snb)
PERCENTFREQ
10.004*44
PERCENT FREQ CUM
1 4.44 4.44
HISTOGRAM FOR COLUMN 16 (
2.0E+01 XXXXXXXXXX 3.0E+01 XXXX
snb)
N62
68.89
L15
16.67
T 0
0.00
ANALYTICAL G VALUES 0 13
0.00
MAXIMUM * 3.00000E+Q1 MINIMUM = 2.00000E+Q1 GEOMETRIC MEAN * 2.26575E+01 GEOMETRIC DEVIATION s 1.21504E+QO
105
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE Fraction of Seds
FREQUENCY TABLE FOR COLUMN 17 (
LIMLOWER -
3.8E+00 - 5.6E+00 - 8.3E+00 - 1.2E+01 - 1.8E+01 - 2.6E+01 - 3.8E+01 - 5.6E+01 - 8.3E+01 -
ITS UPPER
5.6E+00 8.3E+QO 1.2E+01 1.8E+01 2.6E+Q1 3.8E+01 5.6E+01 8.3E+Q1 1.2E+02
sni)
FREQ
63
14262513
10' 1
FREQCUM
69
23497487888889
PERCENTFREQ6.673.33
15.5628.8927.7814.44
1.110.00U11
PERCENTFREQ CUM
98.8992.2288.8973.3344.4416.67
2.221.111.11
HISTOGRAM FOR COLUMN 17 ( sni )
5.0E+QO 7.0E+00 1.0E+Q1 1.5E+01 2.QE+01 3.0E+Q1 5.QE+Q1 7.0E+01 1.0E+02
xxxxxxxXXXxxxxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXXXXXXXXXxxxxxxxxxxxxxxxxxxxxxxxxxxxx xxxxxxxxxxxxxxX
N 0
0.00
L1
1.11T 0
0.00
G 0
0.00
ANALYTICAL VALUES
89
MAXIMUM s 1 .OQOQOE+02 MINIMUM = 5.0QOOQE+QQ GEOMETRIC MEAN * 1.58222E+01 GEOMETRIC DEVIATION » 1.69304E+OQ
106
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE Fract ion of Seds
FREQUENCY TABLE FOR COLUMN 18 (
LLOWER
8.3E+001.2E+011.8E+012.6E+013.8E+015.6E+018.3E+011.2E+021.8E+02
IMI---------—
TSUPPER
1.2E+011.8E+012.6E*013.8E*015.6E*018.3E+011 .2E+021.8E*022.6E>02
FREQ
004
113439
101
FREQCUM004
154988898990
spb)
PERCENTFREQ0.000.004.44
12.2237.7843.331.110.001.11
PERCENTFREQ CUM100.00100.00100.0095.5683.3345.56
2.221.111.11
HISTOGRAM FOR COLUMN 18 (
2.0E+01 3.0E+01 5.0E+01 7.0E+01 1.0E+02 1.5E*02 2.QE+02
spb)
XXXXxxxxxxxxxxxx xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX X
N 0
0.00
L 0
0.00
T 0
0.00
ANALYTICAL G VALUES 0 90
0.00
MAXIMUM = 2 .OOOOOE+02 MINIMUM a 2.OOOOOE+01 GEOMETRIC MEAN = 5.33981E+01 GEOMETRIC DEVIATION * 1.45807E+00
107
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER - UPPER
3.8E+00 - 5.6E+00 5.6E+00 - 8.3E+00 8.3E+00 - 1.2E+01 1.2E+01 - 1.8E+01
19 C ssc)
1.8E+01 - 2.6E+01
FREQ
179
491 1
3
FREQCUM1726758689
PERCENTFREQ
18.8910.0054.4412.223.33
PERCENTFREQ CUM
98.8980.007Q.OO15.56
3.33
HISTOGRAM FOR COLUMN 19 ( ssc)
5.0E+00 XXXXXXXXXXXXXXXXXXX7.0E+00 XXXXXXXXXX1.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1 .5E+01 XXXXXXXXXXXX2.0E+01 XXX
N1
1.11L 0
0.00
T 0
0.00
G 0
0*00
ANALYTICAL VALUES
89
MAXIMUM * 2.00000E+01 MINIMUM ^ 5.00000E+00 GEOMETRIC MEAN « 9.09383E+00 GEOMETRIC DEVIATION = 1.44131E+00
108
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
Fi neTITLE Fract ion of Seds
FREQUENCY TABLE FOR COLUMN
LIMITS I LOWER - UPPER
2E+01 ,8E+01 6E + 01 .8E+01
5.6E+01 8.3E+01
20 (
8.3E+00 -1.2E+01 -1.8E*01 -2.6E*01 -3.8E+01 -
11235
5.6E+01 - 8.3E+01 -
ssn)
1.2E+02
REQ
12650301
FREQCUM12182323262627
PERCENTFREQ
13.336.675*560.003.330.001.11
PERCENTFREQ CUM
30.0016.6710.00
4.444.441.111.11
HISTOGRAM FOR COLUMN 20 (
1.OE+01 1.5E+01 2.0E+01 3.0E+01 5.0E+01 7.0E+01 1.0E+02 X
xxxxxxxxxxxxxxxxxxxxxxxxxx
XXX
ssn)
N 55
61.11
L8
8.89
T 0
0.00
G0
0.00
ANALYTICAL VALUES
27
MAXIMUM « 1.OOOOOE+02 MINIMUM » 1.OOOOOE+01 GEOMETRIC MEAN = 1.62024E+01 GEOMETRIC DEVIATION s 1.86926E+00
109
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
Fi neTITLE
Fracti on of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER - UPPER
8.3E+01 - 1.2E+02 1.2E+02 - 1.8E+02 1.8E+02 - 2,
21 ( ssr)
2.6E+02 - 3.8E+02 -
6E+02 3.8E+02 5.6E+02
FREQ
331036
91
FREQCUM3343798889
PERCENTFREQ
36.6711.1140.0010.001.11
PERCENTFREQ CUM
98.8962.2251.1111.11
1.11
HISTOGRAM FOR COLUMN 21 < ssr)
1.OE+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.5E-I-02 XXXXXXXXXXX2.0E+02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3.0E+02 XXXXXXXXXX5.0E+02 X
N1
1.11L 0
0.00
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
89
MAXIMUM » 5.OOOOOE+02 MINIMUM « 1.00000E+02 GEOMETRIC MEAN = 1 .57635E-M32 GEOMETRIC DEVIATION s 1.48925E+00
110
A470 GEOCHEMICAL SUMMARY - U S 6 S STATPAC (01/23/78)
FineTITLE Fraction of Seds
FREQUENCY TABLE FOR COLUMN 22 ( Sth)
LIMITS FREQ FREQLOWER - UPPER CUM
8.3E+01 - 1.2E+02 8 81.2E+02 - 1.8E+02 6 141.8E+02 - 2.6E+02 2 16
PERCENTFREQ CUM
17.788.892.22
HISTOGRAM FOR COLUMN 22 (
1.0E+02 1.5E+02 2.0E+02
xxxxxxxxx xxxxxxxXX
sth)
N73
81.11
L 1
1.11
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
16
MAXIMUM » 2.00000E+02 MINIMUM * 1.OOQCOE+02 GEOMETRIC MEAN * 1.26959E+02 GEOMETRIC DEVIATION * 1.3Q053E+00
111
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
TITLE Fine Fract ion of Seds
FREQUENCY TABLE FOR COLUMN 23 (
LIMLOWER -
8.3E+00 -1.2E+01 -1.8E+01 -2.6E+01 -3.8E+01 -5.6E+01 -8.3E+01 -1.2E+02 -
ITSUPPER
1.2E+011.8E+012.6E+013.8E+015.6E*018.3E*01U2E+021.8E*02
FREQ
00006
46326
FREQCUM00006
528490
sv)
PERCENTFREQ0*000.000.000.006.67
51.1135.566.67
PERCENTFREQ CUM100.00100.00100.00100.00100.0093.3342.226.67
HISTOGRAM FOR COLUMN 23 ( sv)
5.QE+01 XXXXXXX7.0E+01 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.OE>02 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX1.5E+02 XXXXXXX
N 0
0.00
L 0
0.00
T 0
0.00
G 0
0.00
ANALYTICAL VALUES
90
MAXIMUM * 1.50000E+02 MINIMUM » 5.OOOOOE+01 GEOMETRIC MEAN s 8.17521E+01 GEOMETRIC DEVIATION = 1.29836E+00
112
A470 GEOCHEMICAL SUMMARY - U S 6 S STATPAC (01/23/78)
TITLE Fine Fraction of Seds
FREQUENCY TABLE FOR COLUMN 24 (
LIMITSLOWER - UPPER
8.3E+00 -1.2E+01 -1.8E+01 -2.6E+01 -3.8E+01 -5.6E+01 -8.3E+01 -1.2E+02 -1.8E+02 -2.6E+02 -
1.2E+011.8E+012.6E+013.8E+015.6E+018.3E+01U2E+021.8E+022.6E+023.8E*02
FREQ
90
150
182413641
FREQCUM99
2424426679858990
sy)
PERCENTFREQ
10.000.00
16.670.00
20.0026.6714.446*674.441.11
PERCENTFREQ CUM100.0090.0090.0073.3373.3353.3326.6712.22
5.561.11
HISTOGRAM FOR COLUMN 24 (
OE+01,5E + 01OE+OT,OE+01
sy)
OE + 01
,5E*02 ,OE + 02
3.0E*02
XXXXXXXXXX
xxxxxxxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxX
N 0
0.00
L 0
0.00
T 0
0.00
60
0.00
ANALYTICAL VALUES
90
MAXIMUM » 3.00000E+02 MINIMUM = 1.OOOOOE+Q1 GEOMETRIC MEAN * 5.15717E+01 GEOMETRIC DEVIATION » 2.31829E+00
113
A470 GEOCHEMICAL SUMMARY - U S G S STATPAC (01/23/78)
FineTITLE Fract ion of Seds
FREQUENCY TABLE FOR COLUMN
LIMITSLOWER - UPPER
8.3E+00 - 1.2E+011.2E+01 - U8E+011.8E+01 -2.6E+01 -3.86+01 -5.6E+01 -8.3E+01 -1.2E+02 -1.8E+02 *2.6E+02 -3.8E+02 -5.6E+02 -8.3E+02 -
26 (
8.3E+01 1.2E+02
8.3E+02
szr)
REQ
000000201
13101620
FREQCUM
000000223
16264262
PERCENTFREQ0.000*000.000.000.000*002.220.001 .11
14*4411 .1117 .,7822.22
PERCENTFREQ CUM100.00100.00100.00100.00100.00100.00100.0097.7897.7896.6782.2271.1153.33
HISTOGRAM FOR COLUMN
1.0E+02 U5E + 02 2.0E+02 3.0E+02 5.0E+02 7.0E+02 1.0E+03
XX
26 ( szr)
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxXXXXXXXXXXXXXXXXXXXXXX
N 0
0.00
L 0
0.00
ANALYTICALT G VALUES 0 28 62
0.00 31.11
MAXIMUM » 1.QOOOOE+03 MINIMUM » 1.OOQOOE+02 GEOMETRIC MEAN * 5.73T98E+02 GEOMETRIC DEVIATION » 1»76462E*00
114
AA70
GEOCHEMICAL SUMMARY -
U S
G S
STATPAC (01/23/78)
DATE
1/16/80
TITLE
Fine
Fraction of
Se
ds
IN THE COMPUTATIONS PERFORMED TO PRODUCE THE FOLLOWING TABLE OF GEOMETRIC MEANS AND DEVIATIONS/ ALL ELEMENTS ARE IGNORED WHERE
ONE OR MORE OF THE UNQUALIFIED DATA VALUES IS
LESS THAN THE ANALYTICAL LIMIT OF DETECTION SPECIFIED ON INPUT OR WHERE ANY DATA
VALUES ARE QUALIFIED WITH THE
G (GREATER THAN) CODE.
DATA VALUES QUALIFIED WITH B
OR H
ARE NOT USED IN THE COMPUTATIONS.
WHERE
NONE OF
THE DATA VALUES FOR AN ELEMENT ARE QUALIFIED THE MEAN AND DEVIATION SHOULD BE TH
E SAME AS THOSE GIVEN IN
THE PRECEDING
SECTION.
WHERE DATA ARE QUALIFIED WITH THE CODES N/ I, OR T, THE ESTIMATES OF GEOMETRIC MEAN AND DEVIATION ARE BASED ON A
METHOD
BY A. J. COHEN FOR TREATING CENSORED DISTRIBUTIONS.
THE APPLICATION OF THIS METHOD TO GEOCHEMICAL PROBLEMS IS DESCRIBED IN
USGS PROFESSIONAL PAPER 574-8.
THE ESTIMATES ARE UNBIASED IN A
STRICT SENSE ONLY WHERE THE DATA ARE DERIVED FROM A
LOGNORMAL
PARENT POPULATION/ BUT EXPERIMENTS HAVE SHOWN THAT LARGE DEPARTURES FROM THIS REQUIREMENT MAY NOT GREATLY INVALIDATE THE RESULTS
ACCEPTANCE AND USE OF THE ESTIMATES/ HOWEVER/ IS
THE RESPONSIBILITY OF THE INDIVIDUAL.
ELEMENT
sfeX
smgX
scaX
stiX smn sb
sba
sbe
SCO
scr
scu
sla
smo
snb
sni
spb
ssc
ssn
ssr
sth sv
sy
szr
N 0 0 0 0 0 1 0 0 0 0 1 065 620 0 1
551
73 0 0 0
0 0 0 0 0 11 0 0 0 0 0 0 215
1 0 0 8 0 1 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 028
ANALYTICAL
VALUES
90
9090
9090 78
90 9090
90 89 90 23 13 89 90 89 27 89 16 90
90 62
A470
GEOCHEMICAL SUMMARY -
U S
6 S
STATPAC (01/23/78)
DATE
1/16/80
TITLE
EN
T
sfe
Xsm
gXscaX
stiX
smn
sb
sb
ash
eS
CO
scr
scu
sla
Sff
lO
sn
bsn
isp
bssc
ssn
ssr
sth sv sy
Sir
GE
OM
ET
RIC
G
EO
ME
TR
ICM
EA
N
DE
VIA
TIO
N
3.1
53799
1.4
00
.57
69
93
1
.48
0.6
44024
1.4
30
.40
04
38
1
.57
584.7
65671
1.4
114.0
906
18
1
.96
511.8
47130
1.3
01
.78
02
93
10
.31
96
25
77.9
72433
21.2
171
65
225.4
24795
1.8
33
99
722.6
58587
15.5
45038
53.3
98067
8.9
93
90
6
.34
.38
.75
.62
.62
.21
.22
.73
.46
.46
4.5
13
76
3
3.0
6156.2
040
52
1.5
042.2
77738
2.0
98
1.7
52
08
4
1.3
05
1.5
71
74
3
2.3
2********
******
REMARKS
90 SAMPLES AND
90 SAMPLES AND
90 SAMPLES AND
90 SAMPLES AND
90 SAMPLES AND
12 NOT DETECTED/
90 SAMPLES AND
90 SAMPLES AND
90 SAMPLES AND
90 SAMPLES AND
1 NOT DETECTED/
90 SAMPLES AND
67 NOT DETECTED/
77 NOT DETECTED/
1 NOT DETECTED/
90 SAMPLES AND
1 NOT DETECTED/
63 NOT DETECTED/
1 NOT DETECTED/
74 NOT DETECTED/
90 SAMPLES AND
90 SAMPLES AND
28 GREATER THAN
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
90 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
LESS THAN/ OR TRACE VALUES.
LESS THAN/ OR TRACE VALUES.
90 ANALYTICAL VALUES.
LESS THAN/ OR TRACE VALUES.
LESS THAN/ OR TRACE VALUES.
LESS THAN/ OR TRACE VALUES.
LESS THAN/ OR TRACE VALUES.
90 ANALYTICAL VALUES.
90 ANALYTICAL VALUES.
VALUES. NO COMPUTATIONS.
78 REPORTED VALUES.
89 REPORTED VALUES.
23 REPORTED VALUES.
13 REPORTED VALUES.
89 REPORTED VALUES.
89 REPORTED VALUES.
27 REPORTED VALUES*
89 REPORTED VALUES.
16 REPORTED VALUES.
