UNITED STATES DEPARTMENT OF THE INTERIOR 

GEOLOGICAL SURVEY

Analytical data and sample locality map for

aqua-regia leachates of stream sediments analyzed by TCP, and 

emission spectrographic and ICP results for many NURE stream 

sediments from the Killik River quadrangle, Alaska

By

J. M. Motooka, B. M. Adrian, S. E. Church, 

C. M. McDougal, and J. B. Fife

Open-File Report 89-12

This report is preliminary and has not been reviewed for 

conformity with U.S. Geological Survey editorial standards and 

stratigraphic nomenclature. Any use of trade names is for 

descriptive purposes only and does not imply endorsement by the 

USGS.

1989
CONTENTS

Page

Studies Related to AMRAP..................................... 1

Introduction................................................. 1

General Geology.............................................. 1

Methods of Study ............................................ 3

Sample Media............................................ 3

Sample Collection.......................................3

Sample Preparation...................................... 3

Sample Analysis using ICP Methods....................... 4

Sample Analysis using Emission Spectrographic Methods...6 

Rock Analysis Storage System (RASS).......................... 6

Description of Data Tables................................... 6

References Cited............................................. 7

ILLUSTRATIONS 

Figure 1. Index map of the central Brooks Range, Alaska......2

Plate 1. Sample locality map of the DSGS stream-sediment 

samples from the Killik River quadrangle, 

Alaska...................................... in pocket

Plate 2. Sample locality map of the NDRE stream-sediment 

samples from the Killik River quadrangle, 

Alaska...................................... in pocket
TABLES

Table 1. Minimum determinate values and recommended values 

of N for aqua-regia leachate data from stream 

sediments from the Killik River quadrangle, 

Alaska............................................. 9

Table 2. Limits of determination for emission spectrographic 

analysis of stream sediments...................... 10

Table 3. Aqua-regia leachate data for minus-30-mesh stream 

sediments from the Killik River quadrangle, 

Alaska............................................ 11

Table 4. Aqua-regia leachate data for minus-80-mesh stream 

sediments from the Killik River quadrangle, 

Alaska............................................ 26

Table 5. Aqua-regia leachate data for NDRE stream

sediments from the Killik River quadrangle,

Alaska............................................ 30

Table 6. Emission specrographic analyses of NDRE stream 

sediments from the Killik River quadrangle, 

Alaska............................................ 54
STUDIES RELATED TO AMRAP

The U.S. Geological Survey, is required by the Alaska 

National Interests Lands Conservation Act (Public Law 96-487, 

1980), to survey certain Federal lands to determine their mineral 

values, if any. Results from the Alaska Mineral Resource 

Assessment Program (AMRAP) must be made available to the public 

and be submitted to the President and the Congress. This report 

is one in a series of publications that presents geochemical and 

mineralogical data determined during the mineral assessment study 

of the Killik River quadrangle, Alaska. In this report, we 

present analytical results of aqua-regia leach studies of the 

stream sediments collected during the geochemical reconnaissance 

of the Killik River quadrangle, Alaska. In addition, we have 

included the emission spectrographic results obtained from MORE 

stream-sediment samples collected from the quadrangle generally 

south of 68<> 45- N. latitude.

INTRODUCTION

The Killik River quadrangle is located in the central Brooks 

Range and the Arctic foothills of northern Alaska about 250 mi 

north of Fairbanks (figure 1). Access is by chartered aircraft 

into privately owned gravel air strips from Bettles, Alaska. 

Sampling in the quadrangle began in 1981 field season and 

continued intermittently through 1986. Field teams from the U.S. 

Geological Survey collected stream-sediment samples from the 

southern part of the quadrangle. Semiquantative spectrographic 

results, along with some analyses by atomic absorption, from 

samples collected in 1981 are reported in Barton and others 

(1982) and for samples collected in 1983 and 1984 are reported in 

Sutley and others (1984).

The topographic relief in the Brooks Range portion of the 

study area exceeds 4000 ft with a maximum elevation of 7,420 ft. 

North of the Brooks Range, the Arctic foothills slope gently 

north with little relief. The climate is arctic.

GENERAL GEOLOGY

The southern boundary of the quadrangle is approximately 

coincident with the Brooks Range continental divide. Rocks of 

the Hunt Fork Shale, the Noatak Sandstone, the Kanayut 

Conglomerate, the Kayak Shale, the Lisburne Group, and the 

Siksikpuk, Otuk, and Shublik Formations form the Brooks Range in 

the southern Killik River quadrangle. These rocks, which are 

dominantly marine, range in age from Devonian through Jurassic. 

Early geologic mapping was reported by Brosge' and others (1960, 

1979). The rocks of Killik River quadrangle in the Brooks Range 

have been severely deformed by thrusting. These rocks form the 

southern third of the quadrangle. North of the mountains, the 

Arctic foothills consist of Cretaceous to Tertiary age deltaic 

rocks derived from the Brooks Range. The clastic rocks of the
Figure 1. Index map of the central Brooks Range showing the

location of the Brooks Range and Arctic foothills province 

and the outline of the Killik River quadrangle.
Arctic foothills were deformed into east-west trending anticlines 

and synclines and underlie the northern part of the quadrangle.

METHODS OF STUDY 

Sample Media

Geochemical results presented in this report are from 

stream-sediment samples that were collected from active channels 

of perennial first-order (unbranched) streams and second-order 

(below the junction of two first-order) streams, as determined 

from topographic maps (scales 1:250,000 and 1:63,360). Sampling 

density was approximately 1 sample site per 2 mi 2 in the 

mountainous areas and 1 sample per 5 mi 2 in the foothills. The 

sample localities are shown on plate 1. Analyses of the 

stream-sediment samples represent the chemistry of the rock 

material eroded from the drainage basin upstream from each sample 

site. Such information is useful in identifying those basins 

which contain concentrations of elements that may be related to 

mineral deposits.

In general, the northern half of the Killik River quadrangle 

was not sampled by the U.S. Geological Survey because this area 

had been sampled previously during the National Uranium Resource 

Evaluation (NURE) program (Los Alamos National Laboratory, 1982). 

We have analyzed the samples located south of about 68°45' N. 

latitude by both direct current-arc emission spectrographic 

methods (Grimes and Marranzino, 1968) and by aqua-regia leach 

methods for comparison with previously published results. The 

sample localities are shown on plate 2; samples analyzed are 

indicated by the field numbers. Only the last four digets of the 

field number are shown on the plate to simplify the map.

Sample Collection

The stream-sediment samples collected in the Killik River 

quadrangle (Barton and others, 1982; Sutley and others, 1984) 

were used for the ICP determinations. A total of 336 streamsediment samples were collected by the U.S. Geological Survey in 

the quadrangle. The samples were wet-sieved on site to minus 2.0 

mm (10-mesh) using a stainless steel sieve and a 14-inch gold 

pan. Composite samples within individual streams were collected 

whenever possible. At all sites, a representative portion of the 

sediment was taken directly from the gold pan and saved as the 

stream-sediment sample. The samples were air-dried in the field 

and then shipped to the laboratory for analysis.

Sample Preparation

In the laboratory, the stream-sediment samples were sieved 

using either a 30-mesh (0.59 mm) or an 80-mesh (0.177 mm) 

stainless steel sieve. The portion of the sediment that passed
through the sieve was saved. This minus-30-mesh or minus-80-mesh 

sediment was then ground to approximately minus-100-mesh (0.15 

mm) and used for chemical analysis.

Sample Analysis using TCP Methods

One gram of prepared stream-sediment sample was weighed into 

a 50 mL beaker for digestion. Sample weights were determined to 

a precision of ±2 percent. The sample was first wetted with a 

small amount of 10 percent HC1 (v/v) to react any carbonate 

minerals present. Following the completion of this reaction, 15 

mL of aqua regia (1:3; HNOs:HC1) was added to each sample. 

Initial oxidation of the nonsilicate phases present in the sample 

usually occurred as an immediate, vigorous reaction. When 

necessary, this reaction was contained by quenching with 

distilled water from a squirt bottle. The samples were then 

placed on a hot plate that was set at a constant temperature of 

approximately 80°C. The oxidation reaction was usually complete 

after the samples had been gently heated for approximately ten 

minutes. The low temperature of the hot plate is necessary to 

prevent spattering of the samples during the evaporation process. 

The solution was then taken slowly to dryness. Several mL of 20- 

percent HC1 (v/v) were added to the sample residue and the sample 

was gently heated. Sample solutions were then filtered through 

Whatman no. 41 filter paper that had been previously wetted with 

10 percent HCL (v/v) and the samples were diluted to constant 

final volume, usually 10 mL. These sample solutions were 

aspirated directly into the plasma for analysis.

The Inductively Coupled Plasma (ICP) instrumentation used is 

commercially available from Applied Research Laboratories. Two 

instruments were used, the earlier measurements were made on the 

ICPQ model and the later measurements on a model 34000 ICP. The 

two instruments have very similar spectral arrays, but the 34000 

also had the capability of measuring sone of the alkali elements 

(sodium, potassium, and lithium), and zirconium.

Corrections for spectral interferences and determination of 

qualifiers designating lower limits of determination and trace 

concentrations were determined using the procedures described by 

Church (1981) and Church and others (1983). Because the 

chemistry of each sample is different and analytical results from 

ICP utilize a fixed spectral array, the effect of spectral 

interferences on each element in each sample must be evaluated. 

This requires that the lower limit of determination for the 

elements in each sample be checked for possible spectral 

interferences. The lower limit of determination (N) will also 

vary because dilutions of the solutions analyzed may be required 

during analysis. This condition occurs when the sample must be 

diluted, usually so that the calcium or iron concentrations in 

the solution analyzed would be within the calibration range of 

the instrument, so that corrections for possible spectral 

interferences could be applied. This problem was particularily 

accute in this study because of the presence of high
concentrations of calcium from the limestones and the phosphatic 

members of the Lisburne Group. In table 1, we report the minimum 

determinate concentration for each element in ppm in column 2. 

He have summarized, in column 3 of table 1, the recommended value 

of N to be used for each element in tables 3 to 5 along with the 

number of samples to which this value applies. In column 4 of 

table 1, we list the number of samples which have higher values 

of N in tables 3 to 5. Values of N that are higher than the 

recommended N are indicated in tables 3 and 4 in parentheses, for 

example N(0.8). We suggest that the values for N assigned in 

table 1 be used for this data set if a single lower limit (N) is 

needed. Qualified values (<, trace concentrations) indicate that 

less than half, but more than one tenth of the total signal 

measured by the ICP remained after correction for spectral 

interferences (Church and others, 1983). Analytical results for 

336 samples reported in tables 3 and 4 are expressed in parts per 

million and all values are rounded to two significant figures. 

Analytical results for 454 MORE samples reported in table 5 also 

are expressed in parts per million and all values are rounded to 

two significant figures. The major elements are listed first, 

followed by the minor and trace elements listed by group as shown 

on the periodic chart of the elements.

Previous studies of stream-sediment leachates analyzed by 

ICP have shown that the aqua-regia leach procedure can be 

effectively applied in regional geochemical exploration. 

Replicate analysis of geochemical exploration standards (US6S, 

GXR series; Allcott and Lakin, 1974) using ICP analysis of aquaregia leachates has indicated an analytical precision of 

approximately 10 percent (Church and others, 1983). They also 

demonstrated that recoveries for the ore-related metals of 

greater that 85 percent. Church (1978) evaluated different 

digestion procedures for use in exploration geochemistry and 

showed that the aqua-regia leach was the most effective in 

releasing metals bound in many nonsilicate phases. Further 

studies (Church and others, 1987) demonstrated that the aquaregia leach technique resulted in almost complete recovery of 

elements bound in the hydromorphic oxide phases. They also 

demonstrated that the application of the aqua-regia leach 

procedure resulted in high recoveries (generally greater than 90 

percent) of metals bound in many carbonate, sulfide, and 

crystalline iron- and manganese-oxide minerals. These 

observations were verified by studies of hand-picked mineral 

separates (purity generally 90-99 percent). In contrast, the 

effect of leaching rock samples that contain largely silicate 

phases (standard silicate rocks were used) indicate that much 

lower total concentrations of transition metals were released 

from the silicate phases. The aqua-regia leach procedure can 

therefore be used to enhance the contrast between mineralization 

and lithologic background in regional geochemical exploration 

studies (Church and others, 1983; 1987).
Sample Analysis using Emission Spectrographic Methods

We analyzed 457 NURE stream-sediment samples (Los Alamos 

National Laboratory, 1982) for 31 elements using a 

semiquantitative, direct current-arc emission spectrographic 

method (Grimes and Marranzino, 1968). None of the lake-sediment 

samples collected during the NURE sampling in the quadrangle were 

analyzed. The elements analyzed and their lower limits of 

determination are listed in table 2. Spectrographic results were 

obtained by visual comparison of spectra derived from the sample 

against spectra obtained from standards made from pure oxides and 

carbonates. Standard concentrations are geometrically spaced 

over any given order of magnitude of concentration as follows: 

100, 50, 20, 10, and so forth. Samples whose concentrations are 

estimated to fall between those values are assigned values of 70, 

30, 15, and so forth. The precision of the analytical method is 

approximately plus or minus one reporting interval at the 83 

percent confidence level and plus or minus two reporting 

intervals at the 96 percent confidence level (Motooka and Grimes, 

1976). Values determined for the major elements (magnesium, 

calcium, iron, and titanium) are given in weight percent; all 

others are given in parts per million (micrograms/gram). 

Analytical results are reported in table 6.

ROCK ANALYSIS STORAGE SYSTEM

These analytical results were entered into a computer-based 

file called Rock Analysis Storage System (RASS). This data base 

contains both descriptive geological information and the 

analytical data. Any or all of this information may be retrieved 

and converted to a binary form (STATPAC) for computerized 

statistical analysis or publication (VanTrump and Miesch, 1977).

DESCRIPTION OF DATA TABLES

Tables 3 and 4 lists the ICP aqua-regia leachate data for 

the two suites of stream-sediment samples collected by the USGS 

and table 5 lists the ICP aqua-regia leachate data for the NDRE 

stream-sediment samples from the Killik River quadrangle. Table 

6 lists the emission spectrographic analyses for the NURE streamsediment samples. For the four tables, the data are arranged so 

that column 1 contains the assigned field sample numbers. In 

table 6, columns in which the element headings show the letter 

"s" below the element symbol are emission spectrographic 

analyses. A letter "N" in the tables indicates that a given 

element was looked for but not detected at the lower limit of 

determination shown for that element in tables 1 and 2. If an 

element was observed but was below the lowest reporting value, a 

"less than" symbol (<) was entered in the tables in front of the 

lower limit of determination. If an element was observed but was 

above the highest reporting value, a "greater than" symbol (>)
was entered in the tables in front of the upper limit of 

determination. If an element was not looked for in a sample, two 

dashes ( ) are entered in place of an analytical value,

The spectrographic determinations for As, Au, Bi, Cd, Sb, 

Th, and W in NURE stream-sediment samples were all below the 

lower limits of determinations shown in table 2; consequently, 

the columns for these elements have been deleted from table 6.

REFERENCES CITED

Allcott, G.H., and Lakin, H.W., 1974, The homogeneity of six 

geochemical exploration reference samples, in: Elliott, 

I.L., and Fletcher, W.K., eds., Geochemical Exploration 

1974, Proceedings of the Fifth Geochemical Symposium, 

Vancouver, B.C., Canada, April 1-4, 1974, Elsevier, 

Amsterdam, p. 659-681.

Barton, H.N., Odland, S.K., O'Leary, R.M., and Day, G.W., 1982, 

Geochemical data for the Killik River and Chandler Lake 

quadrangles, Alaska: U.S. Geological Survey Open-File 

Report 82-1026, 52 p.

Brosge', W.P., Reiser, H.N., Dutro, J.T., Jr., and Nilsen, T.H., 

1979, Geologic map of Devonian rocks in parts of the 

Chandler Lake and Killik River quadrangles, Alaska: U.S. 

Geological Survey Open-File Report 79-1224, scale 1:200,000.

Brosge', W.P., Reiser, H.N., Patton, W.W., Jr., and Mangus, M.D., 

1960, Geologic map of the Killik-Anaktuvuk Rivers region, 

Brooks Range, Alaska: U.S. Geological Survey Open-File Map 

60-21, scale 1:96,000.

Church, S.E., 1978, Multielement ore analysis using the ICP-AES 

method [abs.]: Pittsburgh Conference on Analytical 

Chemistry and Applied Spectroscopy, Cleveland, Ohio, no. 

387.

__________, 1981, Multiple element determinations in geological 

reference samples an evaluation of the inductively coupled 

plasma-atomic emission spectroscopy method for geochemical 

applications, in: Developments in atomic plasma 

spectrochemical analysis, Barnes, R.M., ed., Hayden and 

Sons, Philadelphia, Pennsylvania, p. 410-434.

Church, S.E., Motooka, J.M., Werschky, R.S., Bigelow, R.C., and 

VanTrump, George, Jr., 1983, Contour maps, statistical 

summaries, and analytical data from stream-sediment samples 

collected from the Glacier Peak study area and analyzed 

using an aqua-regia leach/Inductively Coupled Plasma method: 

U.S. Geological Survey Open-File Report 83-343, 116 p.

Church, S.E., Mosier, E.L., and Motooka, J.M., 1987,
Mineralogical basis for the interpretation of multi-element 

(ICP-AES), oxalic acid, and aqua regia partial digestions of 

stream sediments for reconnaissance geochemistry: Journal 

of Geochemical Exploration, v. 29, p. 207-233.

Grimes, D.J., and Marranzino, A.P., 1968, Direct-current arc and 

alternating-current spark emission spectrographic field 

methods for the semiquantitative analysis of geologic 

materials: U.S. Geological Survey Circular 591, 6 p.

Los Alamos National Laboratory, 1982, Uranium hydrogeochemistry 

and stream-sediment reconnaissance of the Killik River NTSM 

quadrangle, Alaska: U.S. Department of Energy, Grand 

Junction Office, Report GJBX-37, 80 p., 4 pi., scale 

1:1,000,000.

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.

Sutley, S.J., Duttweiler, K.A., and Hopkins, R.T., 1984,

Analytical results and sample locality map of streamsediment and panned-concentrate samples from the Killik 

River 1° x 3<> quadrangle, Alaska: U.S. Geological Survey 

Open-File Report 84-406, 18 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, p. 475-488.

8
Table 1. Minimum determinate values and recommended values of N 

for aqua-regia leachate data from stream sediments from 

the Killik River quadrangle, Alaska.

[All concentrations in parts per million, no values]

Element

Minimum 

Determinate 

Cone. (ppm)

Recommended 

value of N 

(no. of N values)

No. of samples 

having a higher 

value for N

Na 

K 

Mg 

Ca 

Fe

Al

Ti

P

Li

Be

Sr

Ba

La

Ce

Y

Zr

Mn

V

Cr

Co

Ni

Cu

Zn

Cd

Pb

Ag

Mo

Sn

As

Sb

68 

120 

300 

250 

2700

1100

0.22

41

.63

.006

2.7

10

.97

.92

.07

.93

50

4.3

5.0

1.6

5.3

1.9

13.

.28

4.8

.9

.44

4.5

4.6

7.6

--

0.2

5.0

.20

.015

2.0

2.0

1.0

.90

.04

.90

__

1.0

2.4

2.0

1.0

--

.26

2.7

.60

.40

4.0

4.5

5.0

(212)

(177)

(2)

(215)

(167)

(3)

(42)

(229)

(104)

(27)

(167)

(30)

(2)

(167)

(762)

(190)

(763)

(637)

(704)

(294)

(281)

--

1

6

--

4

5

3

--

12

5

__

10

12

6

8

5

5

37
Table 2. Limits of determination for the spectrographic analysis 

of stream sediments, based on a 10-mg sample

Elements Lower determination 

limit

Upper determination 

limit

Percent

Magnesium (Mg)

Calcium (Ca)

Iron (Fe)

Titanium (Ti)

0.02

.05

.05

.002

10

20

20

1

Parts per million

Boron (B)

Beryllium (Be)

Strontium (Sr)

Barium (Ba)

Scandium (Sc)

Yttrium (Y)

Lanthanum (La)

Zirconium (Zr)

Thorium (Th)

Niobium (Nb)

Manganese (Mn)

Vanadium (V)

Chromium (Cr)

Cobalt (Co)

Nickel (Ni)

Copper (Cu)

Zinc (Zn)

Cadmium (Cd)

Lead (Pb)

Silver (Ag)

Gold (Au)

Mo ly bdenum ( Mo )

Tungsten (W)

Tin (Sn)

Arsenic (As)

Ant imony ( Sb )

Bismuth (Bi)

10

1

100

20

5

10

20

10

100

20

10

10

10

5

5

5

200

20

10

0.5

10

5

50

10

200

100

10

2,000

1,000

5,000

5,000

100

2,000

1,000

1,000

2,000

2,000

5,000

10,000

5,000

2,000

5,000

20,000

10,000

500

20,000

5,000

500

2,000

10,000

1,000

10,000

10,000

1,000

10
Table 3. iqaa-regia leachate data for iiius-30-iesh streai sediients froi the lillik Biter quadrangle. Alaska 

[I, not detected; <, detected bat below the lilit of determination shown; >, deteriined to be greater than the value shown.]

Saiple Latitude Longitude Icp-la Icp-I Icp-Hg Icp-Ca Icp-Fe Icp-41 Icp-Ti Icp-P

I8001S 68 17

[8002S 68 18

U1003S

[B004S

[ 005S

; 006S

: oo7S

008S

; 009S

IB010S 1

nous i

B012S

B013S

B014S

B015S

[I016S

[B017S

[B018S

[I019S

II020S 1

IB021S 1

KB022S

[BD23S

[B024S i

[BD25S

1026S

1027S

1028S I

IBD29S i

>8 17

>8 16

>8 15

>8 15

18 14

>8 14

>8 11

18 12

18 19

>8 20

18 19

18 21

18 16

18 16

18 17

18 17

>82D

1823

1823

822

1820

I 20

18 22

18 22

18 23 i823

18 24

KB030S 68 22

IB031S 68 21

HD32S 68 21

[B033S 68 17

[B034S 68 15

[B035S 68 20

[B036S 68 20

[B037S 68 21

[B038S 68 20

[B039S 68 20

II040S 68 18

IBD41S 68 16

[80 2S i

[80 3S

[BO 4S

[80 5S

[B0< 6S

[BO 7S

[BO'85

[B049S

IB050S i

>8 12

8 14

i 10

i 12

= 1.

;, i

i'

8

1859

IB051S 68 2

1052S 68 2

153S 68 2

154S 68 3

B55S 6817

1 56S 68 15

157S 6813

158S 6812

B59S 6812

IB060S 68 12

35 155 56 0

15 155 47 20

0 155 48 0

35 155 50 50

30 155 51 10

50 155 57 25

50 155 57 55

45 155 57 0

50 155 53 25

27 155 41 0

35 155 32 10

20 1552 10

50 155 2 40

5 155 1 50

25 155 I! 55

10 55 i 20

8 55 I 20

20 545 0

50 545355

15 154 53 20

55 154 48 25

45 544655

0 544415

35 54 47 35

20 154 27 45

20 154 20 25

10 154 20 0

37 154 18 25

15 154 14 0

12 154 15 0

15 154

10 5

57 :5<

34 5:

28 15

30 15'

48 15!

16 15;

20 15;

32 m

17 35

18 10

1225

58 15

755

730

58 0

58 10

56 25

51 10

45 153 54 55

2 15'

8 15!

0 151

10 15!

20 15'

32 15'

o is:

33 15;

225

51 35

5350

55 45

< 55

: 5

51 15

4855

32 153 51 50

36 154 6 55

28 154 3 55

52 15'

46 15'

50 15'

0 5'

28 5'

25 5'

16 15

22 50 i 25

30

45

12 35

7 541620

2 154 2 25

100

000

500

640

800

300

100

400

790

1,200

2,500

90

3,310

3,310

2,510

2,400

1,700

1,500

7,000

5,600

2,! 

3,101

2

r 

r ,

5,|

2l!oO( 

4,600 

6,800

22,000 

2,400

3,400

3,300

4,700

4,100

4,300

1,900

1,800

2,900

3900

2,700

3,100

4,400

S'f ! ; 

,,

2,500 

4,700 

3,300 U"

2,08

I:! 

1:1

1,400

940

730

1,200

1,000

980

1,200

1,200

840

1,100

,501

,40

,201

,60

1,700

1,100

1,800

2,200

8,400

32,000

9,800

4,200

13,000

160,000

7,100

5,200

4,200

1,600

1,400

5,900

6,700

2,700

1,500

2,700

1,000

1,100

1,600

1,210

1,600

1,4( 1,51 

1,200 

1,500

100 j

1J300

1,400

1,200

950

35,000

34,000

51,000

45,000

31,001

45,001

37,001

41,00

35,00

54,000

34,000

81," 34,01 

27,

69,01

5 ,0 I"6i,OI

27,000

32,1100

1100

000

000

000

000

2,700

5,800

34,000

32,000

41,000

26,000

34,000

6,100

7,400

25,000

39,000

30,000

26,000

36,000

20,0110

0,0110

1,0110

1,000

8,000

35,000

36,000

33,000

36,000

27,000

50,000

39,000

29,000

44,000

39,000

36,000

2

1

1

1

8

7,40

500

900

50

30

20

13,00

5,30

160

2,70

5,60

3,101

11,00!

8," 8,201

7,300

6,100

5,700

13,000

11,000

5,500

8,100

9,100

8,100

11, 00

20,100

10. 00

11. 00

1,100

2,200

11,

1,600

2,2011

70011

9,0011

6,200

7,100

9,200

7,300 I

100 15;

15,000

5,500 II

oo

0

0

0

00

.24 

1.1 

.47 

I

.6

.86

.68

I

I

.55 

2'

4.8

2.5

8.8

7.5

5.3

12

2.4

1.9

1.3

4.7

1.2

100

.96

2

2.8

.65

4.2 

.94 

6.6 

3.6 

3

I

1.5 

9.9 

1.9

3

2.2 

12 

I

.35 

2.5 

1.9 

1.2

.64 

3.3

.86 

.26 

1.3 

.74 

2.1 

3.5 

7.8 

.46 

.57 

.34

350

330

20

10

80

34

36

42

61

33

321

350

360

50

4

if

231 2!

1,4! I 

IIO 

220

260

280

140

250

380

260

330

;4 

uo

370

380

380

370

11
Table 3. iqna-regia leacbate data for iiBas-30-iesh Btreal sediients froi tbe lillik iher quadrangle, Alaska continued

Saiple Icp-Li Icp-Be Icp-Sr

B001S 

S002S 

S003S 

1Q04S 

1005S 

S006S 

[BOOTS 

1008S 

8009S 

1010S

IB011S 

IS012S 

II013S 

II014S 

ISQ15S

110 

ISO 

II0 

II0 

IS01

IB021S 

II022S 

II023S 

II024S 

IB025S

1802

1102

1802

1802

1103

K

H

18031S

ISO 

ISO 

ISO 

ISO 

IS! 

IS! 

IS! 

IS 

ISO

32S ;3s

!4S ;ss 

;es

37S 

38S 

39S 

40S

II041S 

1042S 

8043S 

1044S 

B045S 

IQ46S 

1047S 

I048S 

I049S 

1050S

II051S 

IIQ52S 

IB053S 

IIOS4S 

IBQ55S 

IB056S 

IB057S 

IR058S 

IB059S 

IIQ60S

26

.17

4.4

5.5

5.6 

5.8 

5.8 

5.7 

6.5 

6.1 

4.9 

5.1

5.4

10

11

25

5.8

10

6.3

13

10

6

2

9

3

29

29

130

10

14

11

6.6

8.7

9.4

5.9

3.7

6.4

8.6

7

8

9.2

8.1

9.2

8.8

8.6

10

12

9.7

14

7.8

11

8.3

7.6

8.6

12

7.4

10

8.8

8.6

Icp-Ba Icp-La Icp-Ce Icp-T Icp-Zr Icp-Hn Icp-f

39

18

230

66

110

100

130

86

240

190

40

230

48

310

41

50

25

54

110

120

120

60

46

11

25

59

71

87

53

60

49

25

7

2

2;

2

2

66

40

43

40

25

120

55

150

170

i

A

,

m

t

.

,

t

..'

1.4

L.T

1.5

!.3

1.3

L.5

1

1

3.3

3.3

2.6

1.6

1.8

i.2

1.2 

1.6

1.4

1.9

1.8

1.8

1.9

1.9

1.7

1

1

L.6

1.9

1.7

L.7

1.9

1.1

L.5

1.8

1.3

1.5

!.l

1.6

1.7

1.5

1.9

1.5

1.3

1.7

1.2

!

I

1.8

1.5

2.4

2.7

1.2

2.2

1.8

1.1

1

1.9

2.4

2.2

1.9

1.6

1

3.3

1

1

1

1

3.8

5.9

5

4.2

1

3.9 "if

1.5

2.2

1(7.2)

.92

1.3

1.6

2

3.2

1.1

1

1

1.9

1.6

2.5

3

1.9

4.1

1

2.9

1

1

1

2.3

1

1.5

2

3.4

1.2

1

2.2

2.7

2.4

2.7

1.9

1

1

1

1

1

1

1

1

1

1

1

1

1

1.9

1

1

1

1

1.1

1

1

.59

1

8.9

2.6 

.69

1

8

3.7

1.9

.75

.91

1

1.5

1

.64

.34

1

1

.27

.51

1

1.9

1

1.2

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

780

990

1,300

870

520

930

530

850

620

1,100

730

1.400

150

90

1,400

13

12

15

13

15

16

18

16

9.9

13

14

15

30

33

3

32

25

1,309

720

1,100

1,390

750

640

1,100

570

53

220

620

530

560

300

450

150

120

350

660

400

470

460

200

390

730

530

400

410

330

490

610

400

520

380

600

410

260

780

850

1,100

14

18

28

32

24

60

20

27

6.7

6.9

31

29

30

17

20

4.3

5.6

16

23

20

16

18

16

19

15

1

1

1

1

2

15

17

16

13

29

26

24

17

13

13

12
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8! 01 

81 01 8 6 68

0119

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8! tl 8 Cl 8 tl 8 SI 

8! 81 8 ZI 

8! 6 8 1 8 8 

81 tl 

SOZI8] 9 

S6II81 ) 

S8II81 ) 

S11I81 1 

S9II81 ) ssnai > 

StII81 ) 

8CII81 9 

SZII81 ) 

8II181 9 

80II81 9 

S60I81

S80I81

S10I81

S90I81

SSOI81

StOI81

SCOI81

SZOI81

SIOI8I 9 

S00181 9 

S66081

S8608]

S16081

S96083

S56083

6081 SI 1 

816081 1 

16081 S 1 

6081 S 9 

S0608I

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S9808

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sesoa i 

SZ808 > 

SI8081 ) 

S08081 3 

S6108]

S8108]

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801081 3 

S6908oa: 88! 

08! Si! 8 89! a: ss! 

a: st! 

a: se! 

a: sz! i 

819081 3 
Table 3. Aqoa-regia leachate data for iinnB-30-iCBh streai sediients froi the lillik lifer quadrangle, Alaska--continued

Saiple Icp-Li Icp-Be Icp-Sr Icp-I

II061S 

IB02S 

IE03S 

IB04S 

IE05S 

IIOI6S 

OO 75 

IIOi8S 

IIOI9S 

II070S

Icp-La Icp-Ce Icp-T Icp-Zr Icp-Hn Icp-Y

II080S

I1081S

II082S

II

II

IE

IE

li

II

II

III

J3S

4S

55

IS

5

5

5

OS

IEO

II

II

II

II

II

II

91S

25

35

45

55

65

97S

II098S

II099S

II100S

H101S

025 

035 

045 

05S 

065 

07S 

08S 

09S 

IDS

lilllS 

111125 

111135 

II114S 

111155 

1165 

1175 

118S 

1195 

120S

026

.91

.25 

.22 

1.2 

.81 

.58 

.3 

.79 .00{ 

.33 

.2

7.9

LI

9.4

13

13

6.3

6.7

4.9

9.8

6.9

LI

6.7

L2

7.5

LI

6.8

7.6

6.9

7.3

L2

L2

[5

7

5

8

2

L3

6.3

L6

L2

L2

9.1

7.6

8.6

8.2

7.5

6.6

7.7

9.5

9.3

8.7

9.8

7.6

L2

I

.5

.2

.9

1.4

6.4

7.4

6.4

5.3

5.3

7.7

10

6

13

19

7.9

170

2fi

21

21

41

8S

18C

77

58

140

170

45

4fi

61

51

7!

47

76

61

27

24

l(

11

27

40

45

21

71

4{

25

225!

5

1

1

1

2

2

2

25

25

2f

If

l(

2S

24

35

31

47

26

37

77

74

75

7!

181

13(

24

61

42

L.6

!

L.2

[.6M

[.4

L.2

1

1.7

L.4

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.7

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L.2

l.l

1

1

L.4

1.5

[.6

[.6

[.6

[.6

i.4

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.6

1.5

1.2

!

l.T

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5.3

L.6

[.5

[.4

I

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1.1

l.l

1.4 

i.3

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L.3

1.2

I

1

1.6

1.4

1.6

1.7

1

1

1.8

1

1

1

1

1

1

2.6

1.3

.94

1

1.4

1

1

1

1

1

1

1

1

1

1

1

1.4

1

1

1

3.6

3.2 1

1.9

2.2

1

1.3

1.8

1.5

8.8

1.6

1

1

1

1

2.

2.

2.

2.

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i

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64

46

2

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360

800

330

360

510

540

460

350

590

620

530

940

1,000

610

420

400

560

660

800

360

270

520

440

460

460

600

620

340

560

560

470

560

52

39

54

48

53

31

350

180

450

25

18

21

22

23

23

19

19

22

19

14

9.3

16

15

17

18

20

18

18

21

22

2

1

2

22

19

24

19

21

17

15

13

20

16

23

25

23

9.4

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20}
Table 3. Aqua-regia leachate data for ihos-SO-iesh streal sediments froi the lillik lifer quadrangle, Alaska continued

Saiple Latitude Longitude Icp-Ia Icp-I Icp-Bg Icp-Ca Icp-Fe Icp-Al

II121S C

II122S

I123S

1124S i

I125S

1126S i

I127S i

8 1

8

8

8

8

8 1

6 25 154 3

55 154!

30 154!

3 28 154 :

5 37 154 :

3 32 154 I

18 8 15 154 2

1128S 68 8 22 154 I

1129S 68 9 42 154 <

II130S 68 9 50 154 I

III

[11

[11

[11

[11

[11

[11

[11

[11

620

750

737

835

2 40

1 5

8 32

8 0

2 5

5 55

31S 68 7 45 154 50 58

I2S 68 832 155 0 12

;ss

;4S ;5s i

I6S i ;7s i

8 8 12 154

8 1

8

8

8 1

;8S 681

39S 68 1

4 0 52

42 52

40 15!

28 15!

47 15i

1 22 152

II140S 68 13 30 152

III

[1

tl

[1

41S 68 11 13 152

42S 68 9 15 15!

43S 68 9 45 15!

44S 68 8 2 152

[I145S 68 7 42 152

[I146S 68 7 47 15!

[I147S 68 16 55 152

[I148S 1

[I149S 1

II150S C

1

1

111

[I

LIi

i

i

;n;ii ;ii in

in[ii [ii [ii [iii

i

i

i

8 16 20 152

i 3 33 15!

802 152

51S 68 450 152

52S 68 6 2 152

J3S 68 1

54S 68 1

55S 68 1

56S 68 1

57S 68 2

35 152

28 15:

57 15:

45 15:

25 152

>8S 68 22 50 152

59S 68 21 8 151

60S 68 20 15 152

61S 68 16 32 152

52S 68 22 58 151

53S 68 18 30 15:

4S 68 20 13 152

5S i

6S i

i7S i 185

9S i

70S {

822 6 153

1 22 9 151

59 45

30 0

3035

29 0

2535

20 35

1552

15 0

4 58

525

9 0

927

i

i

i

\

955

2 8

250

4 0

655

2455

11 2

i

\

i

i

i

\

9 55

525

635

137

3 20

5 25

2 0

33 7

23 55

15 2

225

7 5

235

11 57

1723

i 12 42 155 5 7

i 14 32 155 12 35

I 12 47 155 9 52

8 11 37 155 10 35

71S 68 9 45 155 11 58

2S 68 8 50 155 6 28

3S 68 9 20 155 6 2

4S 68 5 8 155

5S 68 5 10 155 4

65 68 58 155 4

75 i

8S 1

79S 6

8 4 54 155 4

8 1 23 155 4

8 1 31 155 5

2

8

10

10

; o

2

180S 68 0 10 155 32 35

2,400

7,700

1,600

2,700

3,100

740

,200

,500

,400

11,000

6,900 2,sr

4,6 

801 

52 

45 

56 

7,1 

6',900

7,100

13,000

4,000

8,300

K?»!

6fO 

2,300

320

840

7,300

3,700

3,600

3,000

1,700

1,700

1,400

2,000

5,700

940

4,500

12,000

35,000

5,100

3,100

1,200

4,300

2,100

5,10

3,30

O

,40 

,20

2,500

1,200

900

1,100

1,400

1,906

780

1,000

930

1,200

1,000

2,000 

1,700 

2,000 

i!§ 2,0 

3,6

21

2.2

2,100

00

1,100

1,100

1,400

9 I

r»

'5 

1,3

ill

3,400

1,700

9,700

93,000

260,000

6,200

1,200

1,300

1,600

1,100

1.1

1.2

1,1 l,6i

1,5!

120

1,10

1,50

170

1,100

26,000 

30,000 

26,0 31,000 ' 

34,

30, 

30, 

26, 

54,

42,000

39,000

33,000

39,000

47,000

48,000

48,000

40,000

46,060

49,000

19,000

26,000

28,000

33,600

33,0

36,0

26,0

17,0 20,i

12,'

25,<

41,

24,

6,1 

7,1

4,601

,7

5,51

22,000

15,000

5,300

11,000

18,000

7,400

9,900

12,000

15,000

14,000

16,000

11,000

8,000

16,000

15,000

16,000

7,800

5,400

1,600

5,400

1,700

2,700

13,000

7,700

7,300

6,200

3,400

3,800

3900

4,800

8,900

2,600

9,000

3,600

4,700

5,600

6,900

3,800

9,600

5,100

37,000

36,000

53,000

i6,000

37,000 12;

'7,000 13, 

7,000 4, 

0,000 8, 

7,000 5, 50,000 2,

11,000 ''

Icp-Ti 

4.6

2.5 

3.7 

3.4 

2.3 

1.4 

3.4 

3

5.6 

3

U 

1.9 

1.1

1.1 

1.4

1.1

1.2 

2 

.9

5.8

.59 

2.8 

4.1

.46 

(.45

.69 

2

5.4 

2.5 

9.6 

2.7 

6.1 

6.1

.76

2.9 

2.1

Icp-P

.36

2.6

2.7

.57 

1.5 

.81 

.53

I

23'

32

32

37

400

390

470

320

420

360

340

320

400

380

60

20

250 

3:0 

210 

400

130

210

340

300

530

260

250

260

280

280

240

330

17
Table 3. iqua-regia leachate data for iiBUB-30-ieBh Btreal BediieitB froi the Cillik liver quadrangle, AlaBka coitiiued

Saiple Icp-Li Icp-Be

KI121S 

KI122S 

KI123S 

KI124S 

11255

1121 

112 

112 

112 

J13

KI131S 

32S 

335 

34S 

35S 

36S 

37S 

385

KB

395 

40S

U141S 

II142S

1114

in

II147S 

1148S 

1149S 

1150S

KI151S 

IB152S 

KI153S 

KI154S 

U155S 

KI156S 

KI157S 

KI158S 

U159S 

KI160S

II161S 

KI162S 

KI163S 

II164S 

KI165S 

KI166S 

U167S 

U168S 

KI169S 

KI170S

KI171S 

U172S 

KI173S 

KI174S 

KI175S 

KI176S 

KI177S 

KI178S 

KI179S 

KI180S

.43 

.61 

.81 

.34 

.62 

.94 

.56

1.4

049

26

04

p-Sr Icp-Ba

7

5

6

5

7*

i1

.6 69

.5 !

.3

.8

.3

.6

.6

.1 I

)2

5

3

2

3

9

10

74

7

10

1

0

0

7

!0

2

4

6

14

16

19

13

16

11

16

7

7

9

.4 75

31

29

43

65

45

28

73

53

25

35

39

30

27

25

27

25

.4 47

.6 50

.1 16

8.1 15

5

10

15

9

6

5

2

8

4

5

16

6

22

)0

7

6

6

6

8

6

.5 18

25

50

.6 84

.8 52

.2 76

.7 38

.3 150

.9 92

.2 58

67

.5 100

96

1,700

.3 39

.8 55

.2 1

.6

.4

11

.0V

:!

10

8.1 31

.5 26

.4 44

L 33

.7 27

1.2 27

.3 46

9

10

13

.6 33

34

47

Icp-la Icp-Ce Icp-T Icp-Zr Icp-Ha Icp-T

1

1

1

1

1

1

i 2 <1 (!94 ' 91

i

i

i

[..

 »

1.6

1.6

L5

L6 

1.7 3

1.7 3

!.2 3

(.96 1 

1.6 <2

1.9 <1 

2.2 3

1.8 3

1.9 3

(.98 <2

! 3

1.8 3

1.8 2

2.2 2

1.9 3

I 1(3

1 17

3

1.8 2.

1 1

L 1

L.I 1

1 1

1.4 1

1.3 1

1 I

2.2 3

1.7 1.

j.8 12

L.5 1.

1.9 2.

!.5 3.

2.2 2.

1

3

2

3

1

1

8

6

6

4

3

6

6 )

2' 9

4

1

i

i

1

1

I

2

5

9

1

8

2

25

1 2

1 4

3.1

2

1

.49

.86

<.04

.69

1

1

.35

5.6

2.9

2.1

.4

1

.5

1

1

1

1

1

1

1

1

1

1

1

71

61

6

3

10

570

820

830

450

550

570

410

420

480

410

530

510

460

600

380

260

510

500

370

410

780

580

110

81

21

56

61

34

690

640

630

990

610

20

50

00

50

00

1,200

1,

18

18

15

15

17

19

11

9.4

9.5

24

23

17

12

23

26

14

28

24

21

22

24

27

16

25

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250 7.9

61

4

2!

1!

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0 8

0 19

0 19

0 15

I 17

! 9.8

1! 17

1! 22

10 16

23

26

47

32

26

17

16

22

6

9

15

13

14

18
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si : 
Table 3. Aqua-regia leachate data for inos-SO-iesh strew sediieats froi the lillik liver quadrangle, Alaska-continued 

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-T Icp-Zr Icp-to Icp-Y

I181S

82S

83S

84S

85S

S

S

S

IS

LB191S

J192S

11

11

81

81

81

11

81

[120

3S

4S

5S

S

S

S

S

OS

II201S 

II202S 

II203S 

II204S 

II205S 

1120 S 

1820 S 

1120 S 

1120: S 

II210S

1121

112

112

112

112

112

112

112

US

25

3S

4S

5S

6S

75

L8S

II219S

II220S

II221S 

B222S 

1223S 

B224S

II225S

II22C 122' 

122 

122

18231

231S 

232S 

233S 

234S 

235S 

236S

IB237S 

B238S 

B239S

H240S

1 7.5

1 9.2

.33 8.8

1 11

1 6

1 6

.092 5.7

1 5.

1 6.

1 5.1

.057 9.9

1 6.6

1 5.8

.58 5.5

1 7.8

1 8.3

1 7.1

1 5.2

.067 4.8

1 11

1 8.8

1 5.7

1 4.4

1.4 3.9

1 5.8

.26 5.7

.14 4.3

1 7.3

1 5.2

1 13

1 4.8

1 14

.94 81

1 5.2

K.4) 15 

1 5.8

.36 5.1

1 5.3

.025 5.6

.63 5.8

1 7.2

.75 .7

.88 .5

.33

1.3 .9

1 .3

1 .1

1 .4

1 .9

1 8.8

.098 12

1 8.3

.64 9.7

1 10

1 5.8

1 5.5

1 6.1

1 6.6

1 5.7

1 7.6

27 1.3 1

25 2.2 1.8

18 2 2

23 2.3 1.9

8 1 1

13 1.2 1

12 1.1 1

81 1 1

111 1.3 1

100 1 1

23 1.8 2.5

22 .2 1

31 .3 2

52 .1 1.5

42 1.4 1.7 1

'0 1 1

'7 1.1 1

32 1.1 1

!7 1.4 2.1

32 1.3 1

40 1.4 1

75 1.1 1.4

7 1.1 2 1

5 1.3 2.2

17 1.8 1.5

6 1.1 2.6 2

5 1.2 1.5

62 1.9 1.9

60 1.3 2 1

54 1.4 1

97 1 1

70 1.5 1

180 8.2 6.3 2

74 1.3 1.9 1

120 1(4) 1(3.6) 2 

62 ft 1

87 1 1

39 1 1

140 1 1

43 1 1

31 1.2 1

27 2.4 2.8

36 1.3 1

22 1.3 1

33 1.5 1.3

31 1.8 2.2

34 1.5 1

24 2 3.1

26 2 2.3

31 2.1 2.1

31 1.9 2

26 2 .9

23 2.7 : .8

24 2.7 : .6

120 1.2 .5

81 1. 1.1

100 I.!! 1

91 1.' 2 1

98 Ui 1.3

21 1.9 2.3

38

69

25

3

94

7

18

52

2

4

6

4

071

3

600

640

520

530

790

760

400

530

1,300

1,900

530

630

380

350

550

l.!

1,

271

45

390

540

50

0

690

17! 

0 

01 

8 120

90

150

760

1,1

660

670

380

560

610

740

330

640

12

3

3

25

25

25

24

25

28

17

16

14

20

23

19

21

14

9.5

21

1!

1

2

12

17

20

14

23

22

22

29

15

21

22

25

17

38

18

14

15

18

13

13

17

17

11

15

15

5

5

22

22

25

26

25

14

21
Table 3. Aqna-regia leachate data for iinas-SO-iesh streai sediiente froi the lillik Him quadrangle, Alaska continued

Saiple Icp-Cr Icp-Co

IR181S 1

1182S 1

1183S <

1184S <

1185S <2

ill

ill

ill

111

1119

6.7) 11

.9 12

8.1

8.7

1 11

6S 22 8.4

S <20 13

S <21 10

S 23 6.7

OS 24 7.9

IE191S 25 13

11

11

11

11

11

11

Ul

Ul

2S 2

38 2

4S !

ss :

es :

7S <2

8S <1

9S <

3 11

: 3

8

7

2

14

I 9.9

9.5 10

U200S 26 9.7

II201S 2

1202S <

1203S

1204S

1205S <1

121

U2(

U2(

U2(

1121

121

[2

L2;2

;2

2 ;2; 2

6S <

8

8.2

2.9

5.8

9.5

.7 3.3

S <12 6.2

S <12 9.6

S 13 3.8

OS 23 8.3

IS <15 3.9

2S <12 7.5

3S 1 14

4S 12 2.8

5S 14 1(8) 

6S <4 12

7S <

8S <

9S 1(1

4 10

3 8.8

1) 11

I 220S <12 13

II221S <1

U222S 1

U223S If 

U224S 1

U225S <

[I226S 3

U227S <2

U228S <2

U229S <2

II230S <1

1 9.3

5.7) 13

)) 4 

3.2) 2

2 1

3

4

3

5

15

II231S <21 17

121

121

12!

12!

12!

121

121

121

1124

2S <20 16

3S <19 15

4S <19 14

5S 27 10

6S 24 13

7S 28 13

8S 29 15

9S 36 11

OS <22 13

Icp-Ii Icp-Co Icp-Ztt Icp-Cd Icp-Pb Icp-Ag Icp-Ho

30 18 7

;4 24 7

1:5 15 4

1:9 21 6

!!9 27 8

25 22 3

28 26 16

28 32 11

23 21 3

21 22 3

30 23 230 <

28 20 57

30 21 i

36 19

36 21

31 23

32 29 1

26 18

0

2 l(

2

4

0

7

25 13 29

27 24 58

24 18 51

4 19 63

5 7.8 28

3 7.6 35

9 2 72

5 1 35

9 1 40

25 2 61

17 ! .7 30

27 26 60

20 19 37

24 23 56

49 27 110 l(

17 11 29

24 12 75 l( 

28 38 290

28 31 220

27 24 130

25 28 46

30 28 110

28 19 120

31 21 63

34 26 94 

29 19 55

25 14 50

30 20 63

32 24 93

30 22 62

36 24 88

35 23 76

34 24 7

6 23 1

4 24 li

3 22 li

22 15 5

26 26 21

28 27 5

<

30 36 45

26 21 50

27 17 100

1J.I

<5.8

<3.3

<3.2

<6.2 <; 1.1

10

21

<,

1

3.1

96 35

1

28)

<

3

.5

.7

.9

.7

.8

.5

1.9

<5.7

<51

<:r

Ll

<3.3

<6.5 i f

<3.7 i i 6

<2.7

<4.5

<2.8

<4.3

4) 22 K

1

8) 1(8) 1(1 

40

20

16

<5.9

10

15

lii

i <

.6

.4

.7

i.7

121

1

f.l

1.3

<7

11.3

10

i

!

1

i.8 i.S

1.3

42 14

<4.6

<5.5

<3.9

20

6) K

2) 1(1

8)

6)

Icp-Sn lop-As

K )

<3

<4

22
Table 3. Aqna-regia leachate data for linas-BO-iesh streal sediieots froi the lillik lifer quadrangle, Alaska continued

Saiple Latitude Longitude Icp-la Icp-I Icp-Hg Icp-Ca Icp-le Icp-Al Icp-Ti Icp-P

U241S 68 6 32 155 38 2

1242S 68 7 47 155 48 25

1243S 68 9 35 155 57 38

I244S 68 1

1245S 6

1246S 6

1247S 6

I248S 6

I249S 6

KI250S 6

I 251S 6

[ 252S 6

[ 253S H

[ 254S H

[ 255S H

[ 262S H

[ 263S H

[I300S 6

[I301S 6

LI 56 155 36 45

4 2 155 36

5 32 155 35

7 28 155 33 5

8 25 155 41

0 58 155 23 5

11 48 155 24 5

L3 47 155 21 2

5 28 155 22 2

7 22 155 21 35

8 2 155 19 3S

L5 48 155 1 18

2 15 153 3 5

1 58 153 12 2J

9 35 155 22 8

10 50 155 25 58

H302S 68 12 15 155 27 25

KI303S 6

IB: 04S 6

li; 05S 6

li:06S H n;i5S n

n; 16S n

H414S 6

1432

1557

1647

17 50

2 0

2 8

7 5

55 27 48

55 26 5

55 26 ! 5

55 26 2

53 10 5

53 15 35

53 2 5

1,500 1,

770

I

I''

3 1

2,

1 1

i

30

00 1,

0 1,

0 1

0

0

0

2,000 1, 1,800 : ,

1,200 1.

2, i

1,

30 1,

00 1

400 46,000 3,200 1 5

930 40,000 2,000 1 4!

510 62,000 2,600 1 5

500 38,000 4,300 1 5

}50 35,000 13,000 .46 3

200 34,000 9,100 .58 3

100 26,000 6,000 .32 37

940 42,000 2,800 .65 45

540 39,000 3,000 .9 42

640 72,000 2,300 .97 65

100 52,01

000 8,0

200 :2,OI

)00 '7,01

200 36.01

90 910 25,01

00 1,200 27.01

10 6,500 8.5 43

I 6,70 '.7 3!

I 3,40 .3 !

I 2,00 .6 £

I 4,80 5.8 !l

I 1,50 2 <5

10 1.900 3.7 47

6,00 1,200 39,000 12,000 1.2 51

6,00 1,200 36,000 12,000 1.1 47

5,700 1,300 37,000 12,000 .92 51

3,200 1,

7,100

2,000

1,100 1

580

1,400 1,

3,600 1,

100 31,000 9.200 .44 33

80i 36,il

20i 36,1

10 56.il

J6 28.il

10 26,1

300 47,01

10 14,000 2 49

0 4,400 1 4i

0 3,100 1.1 4!

0 1,700 1 5!

0 2,900 1 45

10 8,500 2.3 35

23
Table 3. Aqua-regia leachate data for iimiB-30-ieBh streai sediients froi the lillik iher quadrangle, Alaska-continued

Saiple Icp-Li Icp-Be

[824 

124! 1124;

124

I245S

1246S

1247S

1248S

I249S

I250S

H251S 

II252S 

I253S 

I254S 

I255S 

I262S 

I263S 

I 300S 

I 301S 

II302S

II303S 

II304S 

II305S 

II306S 

IE315S 

18316S 

U414S

Icp-Sr Icp-Ba

7.

5j7.;

9.1

7.

5.!

4.1

6.1

6.

5.1

5,1 4.;

5.

5.5.;

11

9

8.1

8.

7.(

6.!

6.

5.1

5

13

7.i

8.S

22

30

55

30

5

i

t

i i

<

I 3

i 97

130

41

47

! 120

13

13

) 39

36

I 35

! 44

42

I 37

61

18

i 10

) 22

Icp-la Icp-Ce Icp-T Icp-Zr Icp-Ba Icp-?

4.1

1.7

1.7

2.3

1

1.4

1.1

1.8

1.2

1.6

1.3

1

1

1

1.3

1.8

2.1

1.4

1.2

1.7

1

1.5

1.2

1.2

1.2

1.6

1.7

7

2.2

1

3

1

1.5

1.1

2.5

1.5

1.8

1

1

1.4

1

1.4

3

3.2

.92

1

2

1

1.9

1.9

.93

1.4

2

.97

21

750

890

1,700

670

700

590

520

1,100

830

1,800

1,100

860

1,400 ?;o

4!0 

310 6;o

6!0 

690

640

86

1,10

551

39

531

16

14

22

18

20

17

14

15

20

26

34

31

14

17

25

9.8

8.3

19

16

19

17

24

17

18

6.4

7.1

23

24
Table 3. Aqua-regia leachate data for iiauB-30-ieBh streai sediieats froi the lillik liver quadrangle, Alaska-coitinaed

Saiple Icp-Cr Icp-Co Icp-Ii Icp-Cu Icp-Za Icp-Cd Icp-Pb Icp-lg Icp-Ho Icp-Sa

II241S

12 2S

12 3S

!2<4S ; 12- 5$

U2' S

[R2< S

[12' S

[12' S

II250S

II251S

1252S

I253S

I254S

I255S

1262S

I263S

8i DOS i:ois

II302S

II303S

U304S

[8305S

[I306S

[I315S

U316S

KI414S

<21 1!

<20 I!

<21 1!

24 I!

34 1!

26 I!

21 I

<23 1!

24 1!

<18 U

<29 1!

32 11

<18 1!

<18 11

24 1

<11

<11

31 1

25 1

27 1

26 S

31 1-

<n i;

<15 11

<13 i

<10 i

29 11

i 33

i 29

i 35

31

36

: 2?

.5 22

38

1 28

1 39

. 29

33

2?

35

28

.9 24

.5 25

33

32

32

.8 28

32

29

34

.7 28

.5 24

39

22

11i;2<

25

li

15

2i2<

30

31

32

22

32'

i;

1

25

25

24

21

2(

!2

!5

5

5

37

69

54

56

0

10

5

0 i;o'8

38

70

80

150

490 <1

54

55

52

79

72

85

50

4!

21 l(

28

72

46

86

7

6

fl

6

27

<5

<3

24

6

<5

<7

9

13

7 47

<5

7

8

19

13

<8

<6

29) 45

16

8

6

8

.2

.1

.1

.4

.6

.9

.4

.3

.3

.1

.2

.9

.3

.2

.2

.9

11

25
Table 4. Aqoa-regia leachate data for linus-SO-iesh streai sediients froi the lillik lifer quadrangle, Alaska 

[1, not detected; <, detected bat below the lilit of determination shorn; >, determined to be greater than the Take shown.]

Saiple Latitude Longitude Icp-la Icp-I Icp-lg Icp-Ca Icp-Fe Icp-Al Icp-Ti Icp-P

821851

n 15

n 15

32 15

32 15

1215

32 15

32 B5

52 15

82IB51

821851

12 15

32 15

12 15

32 15

32 15

12 15

12 15

32 15

OS 68

IS 68

2S 68

3S 68

4S i|8

vV fw

6S 18

7S 18

8S »8

9S 68

[OS 68

IS 18

2S 18

3S 18

4S 18

5S 68

6S 68

7S 68

8S 68

82U519S 68

82II520S 68

J2II521S 68

I2II522S 68

2II523S 68

2II524S 68

2II525S 68

2IB526S 68

2II527S 68

2II528S 68

82U529S 68

82U530S 68

121531S 68

I21532S 68

32B533S 68

32B534S 68

32B536S 68

121537S 68

I21538S 68

I2B539S 68

B2II540S 68

B2I1541S 68

21542S 18

21543S 18

21544S 18

21545S 18

21546S 18

I21560S 68

121561S 68

12 1562S 68

B2I1563S 68

B2U5C

12115

I2IB5

I2IB5

12115

12051

121151

4S 68

5S 61

S 61

S 61

S 61

S 6

IS 68

I2II572S 68

12O573S 68

B2IR574S 68

24 3

24 19

24 0

24 18

2421

22 9

2i 9

25 1 47

7 26

7 19

2 45

25

2

25

2' 1!

22!

2425;

2237

2244

26 9

24 4

2528

23 36

3524

;e 19

It 0

18 12

30 1 1

154

5

5

5

5

5

5

55

55

[55

0 7

02(

4M

4!)

05

0 ^ 5 <4

6ii 7;«

0 55

15532 6

55 24 2

5525

55 26 37

55

55

55

55

55

33 7

ii 1

3! 1

51 2!

49 48

155 42 51

[55 46 12

55 39 4f

55 33 2i

5529 5

55 26 30 5.

5

5'

5'

15 1

[0 4f

L3 51

[531

15 53

30 5 154 20 55

2829

27 13

27 3

29 6

2525

2521

25 35

28 18

2422 1

2439 1

2443

2253

23 4

23 0

24 5

23 5

2738

27 7

25 48 1

[54 24 44

5425 6

5428 5

54 32 1

54 39 1

5440

54 48 3

54 52 3!

154 55 10

154 59 54

55

55

55

050

3 5

6 11

55 11 39

55 15 2

54 0 0

53 42 19

53 48 34

53 36 53

27 43 153 28 44

2' 54

3 2

3 23

3; 30

22 15

3559

53 25 23

53

53

54

54

54!

40 24 154

47 35 154

7 48

1 31

15!" 

15

! 47

16 32

49 7 154 20 58

290

320

1817'

14

29

3

5 

150

140

34

29

27

33

301

231

170

120

270

120

200

230

180

50

50

60

30

40

130

180

210

160

200

140

50

50

30

30

170

720 

620 

40 

40 

HO 

90 

50 

20 

30 

320

260

1,100

570

690

640

630

600

450

320

570

270

480

47

59

37

19

32

17

27

31

560

0

0

0

0

70

10

240

200

330

7,100

6,000

11,000

9,500

2,600

9,200

10,000

2,200

4,900

3,800

1,900

7,900

2,40

3,100

0

0

,800

5,100

1,300

4,300

3,600

3,110

2,110

6,300

3,8 

2,01

3,000

3,700

,800

ip 0

0

0

,600

,600

930

790

,700

300

!,501 ;,8oi 3,r ,50- 

2,: 1,1

2,900 ;,4 o ;,2 o

5,7 0

2,1 0

3,6 0

2,910

6,2 0

21,010

20,000

3,800

3,100

5,900

4,200

41,

,100

2,200

36,001

f

,500

,300

,500

2,500

1,400

2,800

2,000

1,61

3,31

M i:"

2,600

,700

,800

,000

970

1,500

1,500

1,600

1,600

1,200

2,300

2,500

3,400

1,100

690

2,000

1,100 

1,00 

2,00 ',4iO 

,20

.: o

,20

,500

,400

38' 

«2«

25,000 M linn A«,VVV ;6,000

< 1,000 

'5,000 

42,000

58,1

19,1

65, 00

34,000

47,000

47,000

46,080

42,000

; 1,000 ;9,ooo 

; 5,000

35!000 

31,000

38,000 

' 5,000 'i,r0,L, 

50,000 4; ,00

4 r

2;,I

2<,L 

26,000

53,000

42,000

67, 

65, 

4.1,

00

39,000

28, 

72,1

29,000

30,000

46,000

35,000

33,000

38,000

43,000

72,000

39,000

33,000

11,000

13,100

7,000 14,000

9,000 14,100

6,300

8,501

13,001

3,50

9,90

7,800

3,300

2,900

3,300

3,400

£,!««

6,800

3,200

4,500

9,300

8,500

8,600

6,000

9,610

8,710

5,510

7,40

8,400

13,000

18,000

7,500

12,000

5,800

6,000

6,500

3,200

2,900

4,600

15,000 i; ,000

!,700 

!,6 0 ' "0

45,000 14,000

31,000 12,000

8,700

9,200

8,800 

11,000 

14,000 

15,000 !" 

13, 

12, 

21, 

18,000 

17,000

!7

50

490

2.1

11

160

.96

2.2

1.9

.81 

7.4 

2.7 

4.3 

5.8

5

3.9

1.5

34

1.5 

7.7 

2.9 

3.9

390

21

2.9

20

72

40 

2 

j.3

2i8

1.7

1.8 

2

2.3 

3.2

20

6.2

4.5

5.2

3.9

49

4.6

3.1

12

3.5

190

17

62

850

6.3

17

9.9

120

370

510

190

190

89

120

240

4,600

150

210

4,

180

160

990

500 

i:700 

3,500 

1,400

220 

51

190

170

350

180

260

210

180

260

220

180

240

210

30

20

50

10

130

55

130

120

710

760

40

50

180

'500

430

1,200

480

450

690

7 0

90

60

80

4,1 0

630

650

26
Table 4. Aqua-regia leachate data for iinas-80-iesh streai sedilents froi the lillik Rim quadrangle, Alaska continued 

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-Y Icp-Zr Icp-Mn Icp-f Icp-Cr

B2IR5005 19 .56 29

2KR501S 20 .78 32

2IR502S 12 .46 16

2KR503S 11 .47 13

2KR504S 8.2 .3 7.3

2IR505S 14 .61 60

2KR506S 14 .48 22

2IR507S 5.4 .63 11

2I1508S 15 .64 13

B2IR5095 12 .53 9.1

B2KR510S 4.7 .61 9.9

121 5

I2K 5

1215

I2KR5

IS 2.3 .4 45

25 2.6 .46 :0

35 3.4 .41 15

45 3.4 .47 37

I2KR515S 3.1 .4 36

)2IR516S 2.9 .26 3!

I2KR517S 7.8 .73 1-

I2KR518S 2.7 .79 i

B2KR519S 13 .59 20

B2KR520S 3 .76 7

1215215 12 .73 17

1215225 9.9 .61 12

1215235 8.9 .79 18

1215245 5 .56 14

12 1525S 7.3 .49 12

1215265 11 .49 11

1215275 6.4 .24 5.9

1215285 6.9 .56 15

B2KR529S 10 .44 7.5

B2KR5305 20 .65 18 12115;

I2IR5!

I2IR5!

IS 35 .71 17

25 8.9 .66 4

35 19 .8 21

I2IR5345 5.5 .75 7.4

1205365 4.1 .65 7.1

I2IR5I

1205: 12115:

B2IR54

75 3.5 .68 6.8

85 2.6 .36 5.1

95 1.8 .38 4.4

OS 4.3 .47 14

B2IR541S - .75 18

12IR542S - .58 23

I2IR543S -- .87 9.3

I2IR544S - .82 9.5

1215455 -- .69 25

H! 15465 - .63 25

1!! 15605 - .36 16

H! 15615 -- .44 8.5

1215625 - .23 5

B2KR5635 - .86 8.4

B2IR564S - .29 6.5

J2 151

12 15i

12 15i

M 15i

12 15

12 15'

12 15'

12 15'

55 -- .31 7.7

65 -- .47 24

5 -- .37 3

5 -- .5 17

5 -- .41 8

5 -- .37 1

5 -- .69 16

5 -- .37 13

B2KR574S -- .3 14

270 5.8 11 7.4 2.2 790 35

270 2.6

240 5.1 f

350 3.5 i

62 1.9

480 24 1

1.9 6.5 1.3 970 35

.9 6.8 5.6 690 48

i.l 6.3 5.5 I

1 4.1 1.3 '!

1.4 44 1 1,3(

280 5.9 11 7 3.3 71

22 2.4

29 2.1

21 1.9

29 2.1

260 15

1 5.9 3.9 6i

1 5.5 4.5

I 4.7 4.3 6(

10 47

.0 ;"

0

0

0 !!

0 25

10 20

1 6.2 5.3 780 25

f.l 28 1 330 30

58! 9.4 13 16 .97 1,300 38

76! 10 ! 1.4 17 1.5 1,000 27

18

22

18

17

12

21

19

8.8

18

14

9.8

8.6

10

8.3

49! 7.9 10 15 1.5 1,400 33 10

48! 12

18 5.5 !

510 2.7 (

240 .97

740 3.3 f

210 1

790 3.1 i

240 2.7 I

1 24 1 750 34

i.8 11 1.9 300 14

1.2 5.9 1.9 2,000 25

1 5.7 2 2,400 24

i.3 4.7 2.9 2,700 36

1 4.6 1.8 3,100 22

1.2 7.2 2.6 2,20 34

i.3 5.5 3 1.700 26

920 3.1 11 6.1 2.9 81900 36

1,100 2.5 I

170 3.1 [

360 3 1

39 1.8

510 3.1 (

95 2.9 !

i.3 4.1 1.9 5,500 26

1.7 5 4.9 1,70 52

f.l 4.8 2.4 2,30 32

1 2.6 1.1 250 15

i.5 5.3 2 10,000 27

».9 3.9 2.2 1,700 29

630 5.1 10 5.8 2.1 2,800 45

520 4. 12 7.6 2.9 1.300 55

320 2.; !

500 3.;

300 2.

490 2.3 (

350 2

130 1.6

110 1.6 (

570 2.5 1

260 4.3 11

140 3.6

280 <2.2 <

170 <2 !

:30 3.7 !

1.4 6 2.5 2,400 27

.6 7.6 1.9 3,900 33

f.9 5.1 2.9 2,500 28

i.7 5.9 2.6 4,890 26

1 5.1 2.4 3,900 6

1 2.5 2.1 730 7

1.5 2.5 2 840 7

f.4 4 2.6 1,909 23

1 - 3,300 37

.4 1.2 -- 2,900 38

.4 1 - 1,390 36

.4 1 -- 1,41

1 2.9 -- 8,8t

^50 5.4 12 1.8 - 5,9(

'20 4.4

40 <2.1 !

1.5 3.4 -- 1,31

1.3 <.098 -- 7«

20 <1.6 <2.1 1 -- 1.21

300 4.1 1

130 4.2 f

150 3.4 i

240 3.7

270 5.4 !

f.6 .31 -- 2,2«

1.2 1 -- 1,1«

i.l 1 -- 1,21

.5 1 -- 2,41

1.5 1.6 -- l.ll

66 5.6 12 8.3 - 5,61

640 3.2 6.3 1 - 4.11

420 <2.5 1 I -- 1,41

350 8.9 17 4.3 -- 2.6(

240 5.1 1 1.7 .61 -- 73

250 5.9 11 1.8 - 71

10 35

0 35

0 46

0 29

0 23

0 20

10 34

10 33

33

42

57

40

35

26

100

53

56

10

7.5

13

9.1

16

; j

1 '

5

8

1

4

17

26

;s

6

:i

5

4

15

8.9

9

9

<23

43

27
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ZZ 

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9 

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6! 

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61 

i! 

Ii

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il

ti 

ZS 

8S

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SS

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61

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8'8SZ9

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SS! 

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1SIIZ8 

SI1Z8

isnza

SIIZ8 

SIIZ8

mm

SIIZ8 

SIIZ8

SC9SHZ8 

SZ9SHZ8

SI

so

S9 

SS

se 

sz

SI

s 

s 

s 

s 

s 

s 

s 

sze

ISIIZ8

mm 

itsnza

;!SI1Z8 

ISI1Z8

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ez

si

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81

oz

82

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S8

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mm:snz8

SSIIZ8

S9ZSIIZ8

SSZSHZ8

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SOi

SSIIZ8

IS81Z8

ISIIZ8

ISHZ8

SSIIZ8

S8 ll 

S61SIIZ8

SIIZ8 

SI1Z8 

SI1Z8 

SIIII8 sn;:8 

sn;:8

SI1Z8 

SI1Z8

SOISIIZ8

S60SIIZ S8osn;: 

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10}
Table 4. Aqua-regia leachate data for iinus-80-iesh streal sediients froi the lillik Ki?er quadrangle, Alaska continued

Saiple Latitude Longitude

82II575S 68 49

2115

2IK5

2IK5'

2115

2115

2IK5

2IK5

82115

6S 68 52

75 68 55

85 68 57

95

OS

IS

2S

>859

1851

1851

>850

35 68 30

59 154 1

43

45

53

45

56

50

58

11 1

L54 1

54

54

7 34

329

1 11

5 9

54 25 18

54 36 7

54 33 34

5435 4

154 42 15

Icp-la Icp-l Icp-lg

6,500

3,800

:: :: |-

3,. 00

Icp-Ca 

1,500

iio

5,100 2,11

Icp-Fe

26,000

37,000

70,000

45,000

51,000

41,000

48,000

37,000

38,000

Icp-Al 

12,000

Icp-Ti Icp-P

,000

,200

13,000

5.6 

6.5 

4.5 

3.3

3.6

3.7 

6.4

510 600

82

6!

6

5

5!

5

590

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-T Icp-Zr Icp-to Icp-f Icp-Cr

82 

82 

82 

82 

82 

82 

82 

82 

82

[157 

15 

15 15' 

15 

15 

15 

15 

[15

5S 

6S 

7S 

85 

IS 

S 

S 

S 

3S

.28 

.29 

.64 

.42 

.5 

.42

J 

.48

1 

1 

1

i

i;

1.3 1

i.3 :

;

i

.4

.3 ' 

1 !

[71 ,71 

5 

8 

3 

5 

11 

5 

.91

i ;

I

i

5.2 

.2

!5

j

.9 

L5 

i.l

5.9 <. 

5.1 

5.8 

5.5 

7.5 

6.6 

7.1 

6.7 

13 2|500

30

26

34

32

28

23

26

24

45

Saiple Icp-Co Icp-Ii Icp-Cn Icp-Za Icp-Cd Icp-Pb Icp-Ag Icp-lo Icp-Sn Icp-Af

115 

IKS 15' 

15

2IK5

82

82

82

115 

15 

15 

IKS

55

65

S

S

5

S

S

2S

3S

13

17

17

16

24

18

24

20

20

93

38

55

83

60

120

96

50

.4 44

53

89

74

96

64

62

60

78

.5 

.8

I 

I

I 

I

<.63
Table 5. Aqua-regia leackate data for IOKI etreai eediientB froi tke lillik liver quadrangle, Alaska 

[I, not detected; <, detected bat belov tke lilit of determination fikown; >, detenined to be greater tkan tke value ekovn.]

Saiple Latitude Longitude Icp-la Icp-I Icp-Hg Icp-Ca Icp-fe Icp-Al Icp-Ti Icp-P

(62C

62

12

12

12

12

12

12

12

462(

79 68 24 4

80 68 24 4

81

82

83

84

85

58244 18 25;

3

6

7

6

18 24 25

18 24 47

58 22 52

86 68 23 3

87 68 20 53

88 68 20 53

154 43 22 11

5

5

5'

5-

5

5

5

5

I 42 54 U

3

3

/

i

1

43 If

45 i

23 !

10 1

fO 440 1,3

iO 540 1.5

0 45

iO 66

>0 39

.0 49

4 330 1,00

40 230 73

51 220 79

5 33 170 43

1.4

8

.0

.2

27

3.0

28

2,50

0 1,60

0 2,30

0 ,40

0 ,00

0 ,50

0 ,50

0 2,80

0 3,00

0 3,70

0 4,20

54, 0(

87

42

43

58' i;

1'

o 8;r

i

i

1

i

i

!

1

,300 1.7

,000 2.2

,1

5

,3

,817

il

10 7,2

0 1.9

0 3

0 1.8

0 2.6

0 2.7

0 1.7

0 2.8

0 2.4

(62089 68 21 32 154 50 31 180 520 3.600 6.700 34.000 7.500 3.6

H2090

112091

112092

112093

112094

112095

HI2096

H 12097

(62098

(62099

1621

(621

1621

112:

1121

00

1

2

7

48

H 12149

H 12150

li 12151

(62152

(621

112

112

112

112

112

112

112 112:

(621

(62

162

162

162

112 Ii2

IH2 [12

1)2

(62

(621

12

H2

12

12

12

12

12

12

62

53

54

55

56

57

58

59

60

58 21 28 1

182

182

182

182

182

182

182

) 19 1

127 1

25 1

1 0 1

30 1

26

54 1

5821

5821

7 1

) 53 1

18204

18 40

1843 4

182 18 2) 4

6 1

4

7

7

) 56 1

18 22 46 1

18 23 22

18 22 59 1

58 2;\ 5 1

58 22 41

18 23 14

18 23 49

18 22 50

18 23 42

18 23 55

18 22 48

58 22 58

61 68 22 55

62 68 21

63

4 H5

16 'IT

18

19

VI "1

72 1

73 1 "4

"5

"6

77

78

79

80

81

82 1

1

5825

1825

7 1

L54 51 12 160 59

54 57 41 250 73

54 58 15 1

55 2 37 1

55 5 55 1

55 10 55 !

551016 !

10 7

0 il

0 ii;

0 ii

10 59

55 18 27 200 76

0 2,700 15,00

7,100 16,00

1,800 11,00

' 2,500 3,40

i 1,900 3,60

1,800 5,50

2,800 4,80

0 2.500 2.90

L55 18 17 190 860 3,900 4,80

L55 27 47 3f

55 28 15 : '

55 42 50 S

55 46 38 i

55 35 30 (

55 ;

55;

55;

)0 1,200 5,700 3,20

1 1,100 5,700 3,4

. 390 3.500 1.60

> 38

10 47

5 53 200 69

3 28 140 52

2 47 190 90

55 29 32 150 66

L5530 3 200 84

155 20 34 190 64

55 20 59 1!

55 10 20 11

55 1

55

55

54 5

545

545

133 2!

55 IS

25

21

! 8

428 4

154 52 32 2(

0 43

r, 4

1.0

> 5

65

48

3,90

2,70

2,70

2.4C

2,7«

211

5,80

3,10

2,3

2,3

3,2

170

20

4,1

0 18,000 7.01

i 25,000 ! l,3(

i 19,000 6:71

i 51,000

! 47,000

23,000

39,000

i 37,000

'i!,7.71

.71

21

)0 2.9

0 4.8

0 2.9

i 2.1

i 3.2

I 2.6

I 2.8

)0 3.8

0 45,000 13,000 3.2

0 37,000 15,000 3.3

^3,000 15.000 3.1 i a, oi i ;e,oi i ;2,oi

32 1

29, 1

27, 1

i 22, 1

0 32, 0(

10 !1,700 19

10,000 12

7.800 1.4

1

ii 1

1,400 1.7

1.500 1.7

5,81

12, II

10 13,01

0 2,400 3,200 51,000 J

1,600 3,800 19, 1

1,100 1,200 24, 1

3,200 3,900 29, 1

1,600 1,300 36, 1

2,000 1,900 ; 9, 1

1.900 2.300 38. £

600 1,900 2,500 35,0(

0 820 3,300 4,100 0,01

0 590 3,500 2,300 30, OC

5 154 53 25 190 78

9 15454 7 220 58

18 24 58 154 59 59 IS

18 24 55 155 0 27 11

18 24 33 155 5 35 li

18 24 37 155 5 10 1

18 25 25 155 11 7 1

18 25 41 155 15 12 1

18 25 35 155 21 18 1

58 25 35 155 20 38 1C

58 25 19 155 27 17 11

18 25 25 155 i

18 25 37 155 !

18 25 42 155 3

18 35 24 154

18 352

18 36 18 3

I83i

5831

i 1

12

13

154 15'

15'

15'

154

t

i

|

;

I

i

028 25

3 3 21

5 18 21

258 11

2 19 li

944 21

8 8 21

330 li

4 4 IS

0 394!

4

5

3

8

0 5

0 47

0 3,80

9 3,40

9 2,10

9 1.7C

9 1,40

9 2,00

9 1,30

) 5,00

l,6(

10 6,9

5,7

11,0

7,6

7,9

6,4

6.5 1

0 J

l,3(

10 4.5 ID ;

)0 19

)0 3.1

0 15

0 3.5

0 3.5

0 5.3

0 6.7

0 8.1

0 4.8

0 3

1,900 5.1

3,200 33.000 11.01

2,20

2 10

2,30

2,50

10

10

590

9 2,700 2; 0

0 2,700 2,40

0 810 4.20

7

4

4

6

5

3!

5

0 3, 0

9 2, 0

9 3, 0

1 5,0

) 3, 0

9 0

0 2. 0

450 5,50

0 630 3,20

28, OC

42 1

33, 1

200, 1

29, 1

28,01

33,01

) 35,01

0 34,01

0 9,1(

7,21

5,71

6,2

i 5,9

i 7,5

15,0

8,0

0 7,81

10 3.3

4.8

i 3.6

ii 2.7

2

0

0

97

390

24(

711

17(

301

47(

271

26(

340

500

2,64

1,8 n|

2,21

25(

261

48C

55C

311

400

280

291

40(

35(

29C

; on

4(

4(

 3(

460

330

511

191

32(

22(

29(

321

301

52(

290

240

24C

20(

0 2,200 36,000 15.000

2,700 30.01

2,4

2,5

4,2

20

1 1.3

i 2,20

4,20

0 2,70

28,01

29

42,

36,

130,

89, 1

30, I

28, C

0 ('

1

(,6(

r 5

1. ( u;o( li> ,

6, (

! l,8(

11, OC

0 (1,5!

0

0

0

0

0

0

0

0

0
Table 5. Aqaa-regia leachate data for BORE streai sediients froi the lillik Kher quadrangle, Alaska coitiiaed

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-f Icp-Cr

462079

462080

462081

462082

462083

462084

462085

462086

462087

462088

4.3

6.4

5

8.2

3.5

5.3

11

11

7.7

7.2

.53

.74

.56

.8

.49

.8

.72

.76

.69

.61

6.8

12

5.2

7.4

6.7

5.6

23

12

13

12

46201

4620!

4620

4620

4620

4620!

4620

4620

4620

4620!

9

0

1

2

3

4

5

6

7

8

6.8

5.6

14

6.5

9.7

7

5.7

10

11

17

462100

462101

462102 

4H2147 

4H2148 

4H2149 

412150 

4H2151 

462152

62153 

12154 

H2155 

12156 

4H2157 

12158 

62159

462160

462161

462162

462163

462164

462165

462166 

4621 7 -1121 8 

HI21 9 

< 121 0 <i»21'l

462172

462173

462174

462175

462176

462177

462178

462179

4621180

462181

462182

27

26

II

9.1

6.2

3.5

12

5.2

6.8

6.5

5.7

12

11

11

11

3

15

12

8.7

8.4

21

11

1.6

9

16

12

.67

.73

.58

.67

.66

.81

.5

.59

.8

.86

.58 

.62 

.55 

.47 

.74 

.55

.55 

.57 

.76 

.65 

.61 

.57 

.55 

.65 

.62 

.61

.67

.58

.48

.5

.57

.43

.55

.62

.49

.56

42

43

6.1

11

9.4

9.9

13

52

16

23

74 

5 

39

63

62

71

67

68

52

64

17 

16 

5.9

32

5.4 i

ti

3

22

.5

.4

.5

760

450

370

62

24

20

30

2

3 

2 2' 

21 

2

23

20

21

23

18

24

24

39

54

20

380

120

50

00

30

30

00

40

80

510

520

580

36

53

7

7

3111"

19

980

120

190

170

110

170

130

500

240

190

510

B60

110

220

210

160

230

120

160

120

130

730

530

210

!80

190

190

100

100

110

rso

3.6 4.8 7.9 1

16 9.9 30 1

10 8.3 20

13 11 24

2.4 5.1 5.9

2.4 4.9 7.6

3.8 6.6 9.3

3.5 5.9 9.3

2.2 5.4 6.2

3.3 7.3 9.5 2

3 8.2 6.6 1

; .1 10 7.3

.5 9.8 5.3

.6 9.7 6.4

2.2 5 5.1

2.3 5.8 5.1 !

2.9 7.3 6.4

3 6.2 5.5

3.9 11 8.4 !

6.1 14 11 2

2.6 7.5 7.6 2

2.6 1 6.3 !

2.5 6.1 4.1

.3 7.7 7.6

.1 5.7 5.2

.1 6 5.6

.4 6.6 6

.2 5.6 5.8

.3 8.9 7.9

3.9 9.8 6.8 1

3.9 11 7 2

3.5 8.4 5.1 :

2 5.7 5.6 :

2 4.7 5.4 1

1.2 1 14

2 1 4.7 1

3.4 7.2 7.7 :

5 9.5 8.1 :

2.3 5.4 5.3 1

2.3 5.6 5.7 \

5.2 13 6.7 \

3.7 8.4 6.8 !

3.1 7 5 !

3.4 7.4 5.5 !

4 9.8 7.5 !

2.9 6.7 4.5 J

2.4 1 10

3.2 1 8.5 1

5.1 11 9.2 :

3.1 7 6.2 1

1.3 610

1.1 230

1 710

1.4 460

.2 2,500

.8 1,400

.2 1,100

.2 8,400

:.l 710

\ 4,500

.9 1,8 0

.2 4,1 0

20

.3 5,10

.8 50

.7 560

.8 1,000

.5 280

.6 710

1.8 1,100

!.6 1,100

,2 26

.3 60

.7 2,00

.7 76

.7 83

.5 72

.4 67

.7 1,00

1.8 1,100

! 8,800

.8 790

.8 990

1.4 710

1 6,500

1.7 510

.7 820

.2 490

.3 710

1.4 1,000

1.7 1,400

1.1 1,200

1.5 460

.4 490

.5 1,200

.5 870

1 50

1.5 3,700

.6 1,200

1.9 1,300

26 22

56 34

40 25

46 3!

30 26

26 21

22 li

26 2(

26 24

34 3d

4 27

4 21

3 2:

3 22

li

21

! li

14

3 22

48 29

25 22

16 li

18 21

30 21

24 21

24 21

25 2(

23 21

33 IS

29 21

32 19

26 2(

26 21

22 11

15 1!

11

li

25

IS

19

28

2(

1!

1!

2

2

1 ! 1:9

19

31
Table 5. Aqua-regia leachate data for IOIE streai eediiente froi the Killik Iher quadrangle, Alaska continued

Saiple Icp-Co Icp-Ii Icp-Cu Icp-Zn Icp-Cd Icp-Pb Icp-Ag Icp-Ho Icp-Sn Icp-As

1621

162

162

162

[12

[12

[12

162 162i

1621

162

162

162

162

162

162

162

162

162

162(

62(

>212

12

12

12

162

162

162

162

621

62

62

62

62

162

162

[62

[62

1621

1621

[62:

[62:

[62:

[62

162

112 [< 12: [112: 1621

1621

:12

112:

12

1 12! 12

12 62:

62!

1621

79 1

80

81 1

82

83 I

84 1

85

86 :

87 :

88 1

89 1

90

91 1

92

93 1

94 1

115

1)6 2

117 1

98 I

199 1

00 2

01

02

47

48

49

50

51

.52 1

.53 1

54

55

56 1

57 1

58

59

60

61

162 1

163 2

64

65

66

67 I

68

69 :

70 : 71 :

172 1

.73 1

.74 :

.75

.76

.77 :

78 1

79

.80 4

.81 ] 82 1

4

9.8

1

9.5

1

2

4

6

9

2

3

8.7

1

8.7

5

7

9.9

0

4

0

8

\ i1

;

i

2

i

/

1

6.8

7.3

5

2

3

3

3

3

4

2

3

6

3

4

1

0

0

3

3

5

3

1

1

8

5

4.6

2

4

4

30

2

2

3

2

2

5!

5

65

32

36

5C

53

j8

\'t

MVil

3:1

68

58

68

29

4C

31

33

35

35

4fl

54

35

31

21

58

2!

31

3;

32

39

47

60

4

41

3

4

15

18

17

29

9.8

18

33

25

27

20

25

3

3

2

27

41

65

2

21

17

39

19;4

3 '6

:7 :i

25

24

43

35

43

29

32

25

15

20

18

27

20

21

17

19

22

3

5:2;s

29

57

56

53

85

62

79

110

96

98

76

87

180

140

150

83

130

150

210

120

130

140

75

110

70

74

87

80

93

130

110

74

53

0

10

0

00

100

86

8

6

13

11

7

88

99

73

79

110

70

63

89

120

100

13

12

3

8

8

5

3

13

L5 

6

26 

26

18

21

12

13

16

17

5

11

18

18

24

25

18

19

16

17

7

5

8.7

1

1

1

1

1

11.11

1

1

1

2.5

1.1

2.4

1

1

1.2

1

1

1

1

1

1

1

1

1

1

1

.95

1

1

1

1

1

1

1

1

1

1

.99

1

.95

1

1

1

1

.94

1

1

1

1

.9

1

1

1

1

1

1

1

.92

1

1

1

1

1

1

1.

2

2.

1

1

3. <3.

3

1.

1

2.

1.

1

2.

2.

3.

1

1

1

1

1

1

1.

2

1

1.

1.

1.

1

1

1

1

4.

2.

3.

1.

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

8

8

7

5

7

7

1

1

9

4

4

6

8

1

4

8

4

6

1

9

1 1

6.4 1

1

5.7

1

1

1 1,

28 1

23

1 !

1 i

6.4 1

1 1

1

1

1

6.5

5.7 1

5.2 11 8.5 i;

1 11

1 11

7.2 !

1 1

1 '

1 '

1

1 !

1 '

1 $

1 S

5.6 I

1 5

1 1

1 i

1 1

1 i

1 1

1 1!

1 11

1 1C

1 11

1 i

1 <

5.7 '

1 i

1 <

1 1

1 1

1 8

1 8

1 11

1 <

1 <

1 1

i

li1'

1

7

.4

.4

.5

.9

.6

.4

1.9

.7

.4

.7

.3

.8i

!

1>!

.6r .8

.7

M

1.3

'

1.6

1.7

1.2

>.2

.5

1.1

.5

.8

.7

.7

.8

.2

( M 

.3

1.4

.9

.5

.9

.7

.4

.4

.9

.8

32
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HI

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8 St Zl 8 6Zlt 8 9t 91 

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mm

66129

81

i<95

ti

El 9 

ilZ9

Z!

IZJ

Z!

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i!Z9

Z6IZ9 9 

II

0( 9 

6( 89 9£ tl 

81 89 St II 

i( 89 St II HI 

HI il 95 OH 1 

IS il H 091 il 

HI SZ 01 OSI tl 

HI sz is osi 05* oort oos'z OOO'IE oo'n 

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Table 5. Aqua-regia leachate data for IUiK streu sediients froi the lillik lifer qaadrangle, ilaska coithaed

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-T Icp-Zr Icp-Ba Icp-? Icp-Cr

462183

462184

462185 

(6218! 

4621 

4621

621

621!

6211

621

12

12

.48

.43

.22

.37

.37

.3

.57

.35

.25

.46

162193 12

1214 12

[i»21!5 4

ii 121! 6 17

1217 4.1

[621! 8 5.1

[621! 9 8.!

[622 9 7.!

[622 1 3.;

162202 2.(

162293 3.1

[12204 8.

[12205 5.!

[12206 4.!

[(22107 20

[622198 8.4

62! 09 5.1

62110 1

[62211 6.1

(62212 7.1

62213 11

62214 4.!

62215 8.!

62216 5.!

62217 8.

[62218 9J

[H2219 3.

[ii22!20 5.!

[112221 6.!

162222 9.1

(62223 7.1

[62224 16

[62225 8.1

[12226 11

112227 14

[12228 10

112229 6

I22;0 8

[12221 8

(62232 19

162233 19

62! 3 26

62! 3! 13

[62214 8.1

62! 4 5.

62! 4 5.1

162243 14

162244 12

162245 11

162246 14

.32

.39

.19

.48

1 .19 i .28

! ,27

! .42

.27

i .41

r .68

.65

! .38

! .34

.39

1 .35

I .28

.34

1 .36

1 .36

.42

i .4

! .37

.2

.22

.26

.45

.3

! .32

I .43

\ .24

.43

f .31

.36

.51

.4

.49

.59

.66

.57

.47

.53

.49

I .44

.5

I .49

.64

.47

.46

.45

1

1

1

17

1

1

1

1

6.1

9.3

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

6.8

6.3

22

16

32

25

510 3.8 7.9

510 4 8.1

26 2.2 4.7

240 3.5 7

1 0 3 6.5

2 0 2.4 5.1

20 2.' 6.4

6 2. 5.5

4 2.' 5.3

1 0 2.3 4.9

160 3.3 7

500 3.2 6.2

57 2.1 5

33 1.9 6

58 1.9 1

78 2 1

320 3.1 6.5

L10 3.5 7.6

110 2.1 5.1

200 1 1

410 4.8 9.7

20 4.2 .3

LO 3.1 .4

LO 3.3 .3

Li 0 4 1

150 2.5 .6

91 2.4 5.7

440 1 1

L50 3.4 6.5

150 4 9.7

180 4 10

L70 2.5 1

110 3.4 9

62 2 4.8

44 1.7 4.6

50 1.8 1

97 2.6 5.4

59 1.5 4.8

87 2.1 6.3

130 2.9 7.7

90 1.9 5

150 3.9 11

L50 2.4 6.8

220 2.9 8.2

60 3. 11

80 3. 6.9

70 4 11

60 4. 13

320 4. 13

280 4. 13

560 4.7 12

160 5.6 15

270 3.2 9

10 3.7 10

90 1.5 1

90 2.5 8.1

50 5.2 li

50 3.8 1.6

90 4.9 1

280 5.4 11

5.8 1.7 1,0

5.7 2 1,0

3.7 1.6 5

4.5 2.2 5

3.7 2.2 5

3.5 1.5 I

5.3 2.3 C

4.7 2.5 1

4.3 1.9 7

5.7 3 2,2

5.2 1.7 7

5.5 .8 9

2.4 .2

5.9 .6 8

1.8 .1 1

2.5 2.2 5

3.6 1.2 I

4.8 2.8 4

3.8 2.2 1

8.1 1 9

15 2.4 1,5

8.9 3.6 4

2.5

2.7

2.8

.4 2.7 3,

2.4

.7 1 19,1

.7 4 5

.3 4 2

5.4 3 8

7.4 2.3 3,1

4.8 3 S

2.4 2.1 2

2.9 2 4

3.2 1.9 1

14 1.4 1,1

5.8 2.5 1,0

3.8 2.8 l.fl

5.2 3.4 2,9

2.9 1.9 3

6 3.2 1,

3.5 2.4 1,

4.5 3.2 1,

6.6 2.7 2,

5.2 2.2

7.2 2.6 2,

8.7 2.9 4,

9 2.8 2,6

8.2 3.2 1,5

7 2.3 9

8.9 2.7 1,7

4.8 2.8 1,1

5.1 3 5

5.8 2.2 1,

6 2.9 7,

8.3 2.7 7,

5.7 2.5 1,

8.4 3.2 18,

6.4 3.3 4,2

00 1

00 1

80

40

20

20

60

80

09

90

20

00

95

80 15

0

0

0

0

0 12

50 13

00

60

40

30

90

00

50

00

30

70

20

00

20

20

40

80

00

00

00

99

60

00

90

00

09

0

0

0

0

0

0

0

0

0

0 30

0 24

0 44

00 34

00 46

00 53

1 27

I 25

14

21

21

11

21

21

If

22

212: i;

2

12

16

11

11

11

10

12

11

11

14

26

15

18

18

20

23

1$

If

14

13

11

u

i;

If

21

13

2f

11

23

21

22

2(

27

30

30

28

31

21

21

25

14

22

21

22

30

34
Table 5. Aqaa-regia leachate data for IURE streai sediients froi the Killik River quadrangle, Alaska continued

Saiple Icp-Co Icp-Ii Icp-Ca Icp-Za Icp-Cd Icp-Pb Icp-A| Icp-Bo Icp-Sa Icp-As

621 

12

4(2: 

4621

62187

462188

462189

462190

462191

462192

462193 

4:2114 

4:21! 5 

4H21I6 

412117 

462118

462199

462200

462201

462202

462203

462204

462205

462206

462207

462268

462209

462210

462211

462212

462213

462214

462215

462216

462217

462218

462219

462220

462221

462222

462223

462224

462225

462226

412227

412228

412229

412230

412231

462232

462233

462234

462239

462240

462241

462242

12

11

8.6

14

16

6.7

13

9.9

20

9.7

1

\5

12

17

12

5.6

4.6

12

51

4.7

180

15

8.6

30

39

20

6.4

6.7

8.4

27

14

23

23

46224 4622' 

4622' 

46224

8.

16

14

19

20

9

4

13

18

16

13

25

56

29

12

68

38

4

19

23

30

34

67

44

57

36

18

6

2

1

! 

L!

[3n

16

18

5.6

24

5.4

6.8

16

16

9.8

7.8

Z5

12

[318

:3

10

9.1

6.1

8.6

Ll

12

Ll

9

5.4

8.2

9.7

15

7.5

8.2

13

7.6

20

[0

[2

12

.6

7

!2:4

n

25

16

19

2

17

.7

17:l

[9

L3

74

69

47

58

49

41

75

50

52

90

61

75

26

100

27

39

46

53

49

83

56

89

44

33

82

68

53

160

60

55

7

5i

6

3

4

52

60

65

61

78

46

72

61

67

93

69

88

92

91

93

86

100

85

79

80

92

150

100

130

100

17

21

21

18

12

8.5

6.7 

6.7

5.4

5.5

5.6

5

7.8

5.7

6.1

5.4 

6 

I

9.8 

I

5.4

5

5.5

4.6

6.1

8.4

7.1

5

10

5.2

I 

I

9.6

13

5.5

I

5.3 

.6 

.7

1

4.7 

I

.2 

.9 

.1 

.3

6.8

12

10

8

12

6.5

10

6.5

35
«*>CM« ioo^»«ooc»»eo co a»o» coto CM «o CM» < < eo» ico

i« <«oa> Lr»to> io»«-4CMCMtoa>««< firs^f

10 H-l

J4

ta

^hO>CS><& tOCftOOCS>CS>tOfc*^'fc*^'O>CS>

ICM

 " ^ * » 

H

fJ 

""*

to <o o» CM ^»«k*» «* ««> to « 1« i ooro^o>» it p ao^«*«

.. .......... .......... . ........ ........

4CM tO« «O^fOOCM« (« ICMCM CMCMCM* <CM» < < 4«*tO . 4 <~ICMCMtOCM< ltOCM CMCMCMCMtOCMCMt

toeo«ot> toa>o»CMO»v>-i c»« io»tou»«**aof cokrt tOLnt> a><«t<u>*«>to

.......... .......... ........

tOCM* < < CM* ICMCM «OU» CMCM« ItOtOtOCMCMtO^t* ^t<CMCMtOU>^t<««<C

T3 «-4CM CM« IU»CM tO tO LA CM tO « LA LA ! ICM^t<CMt«»CM l^f tOLACM« 

0

10 i-l CM CM « I CM CM CM CM CM CM CM COtOtOCOtOv 1« I LAhMi^^t^tOtOtOtOCMCM « (« ( (. I LT><«*^t««* «^*tOtO«^*^t<^t<^t<Lm

«C4 tW>

o a kr>kr>Lr>u»kr>kr>kr>Lr>LOLr> Lmx»LnLnt«»u>t«»t«»LnLn ««^t«^t«^t«^t«^t"*«^t«^t«^t« «**^t««*"*«^t"*« coco coco tototototocototot

10 o

»oo 00000000000000000000 00000000000000000000 00000000000000000000 0000000000000000

>«O «O«O«OU»C0U»C0U»«O«O «O«OC0«OC0«OW»«OC0C0 «O«O«OC0W»U»«OC0«OC0 CO «O CO «O CO «O «O U

O< CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CMCMCMCMCMCMCNIC

 CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM 

(d eo eoeoeo eoeo eoeoc4ft eo eoeoeoeoeo eo eoeoeo eo eoeo C4^^o^oc4^^o^o eoeo eottoeo c^p^o^o^o^o^oco ~ ~ ~ - - - - - 
Table 5. Aqoa-regia leachate data for IORE streai sediieats froi the lillik liver quadrangle, Alaska coatianed

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-Y Icp-Zr Icp-Y Icp-Cr

162 [ii!

[ii!

[ii!

12

ii2

ii!

ii!

ii!

62

249 19 .51 9.7 370 !

250 16 .48 11 240 !

251 12 .47 9.5 270 (

>.9 17 8.3 2.6 2,300 4

>.l 14 6.2 3.5 950 4

1.2 10 4.5 2.9 860 3(

252 9.2 .77 16 590 14 31 67 2.8 270 11

!!53 4 .5 38 1,200 1

!!54 7.7 .53 36 1,200

!!55 9.8 .5 35 1,300

256 22 .53 22 580

257 8.5 .57 7.6 120

258 9.6 .6 9.7 160 !

i.5 8.8 12 2.2 530 3

.7 15 12 2.9 81

.9 15 12 2.4 1,71

.9 22 11 3.4 1,41

.9 5.7 4.8 2.2 6!

! 5.7 5.6 2.6 7(

0 3i

0 4

0 5

2

J

i

5

]

1

0 22 1

0 22 2

52259

12260

12:61 1

i2!!ii2

12;: 14 1

i2!!ii5 1

12266

12267

12268

62269

62270 1

12271 1

12272

11273

11274

i!!275

i!!276 1

IJI277

i!!278 2

52279 2

52280

i!!281

i!!282

i!!283

12:84

12::85

12:86

»2;88

i2: 89 1

52290 1

4.9 .44

7.1 .Ii

0 .18

3.9 .11

} .62

3 .48

8.9 .53

7.1 .58

7.8 .59

8.6 .58

.6

.61

.7 .74

.3 .69

.5

.6 .47

.54

7 .47

8 .47

0 .41

6.8 .32

5.4 .52

7.6 .25

2 .39

5 .52

* .47

L .25

).8 .3

L .39

4 .54

46 1,100 (

37 880 1

27 720 1

22 820 !

31 1,800 I

17 1,000 I

10 710 \

8.4 670 i

9.3 240 i

10 390 ]

22 820 (

2 40 <

1 10

.9 160

2 1, 00

1 510

10 230

8.9 110

15 300

15 270

6.6 320

5.3 300

5.8 130

I 360

1 120 1

L 88 :

.9 120 :

.5 110 1

1 430 i

11 77 2

i.7 9.7 14

i.3 12 12 !

11 12 J

>.2 7.3 15

.3 13 9.6 !

.5 9.4 4.9 :

.5 10 4.7 :

.3 1 6.7 ;

7 5 !

.9 4.7 4.6 !

.2 11 6.9 !

10 7.3 !

.3 6.6 8.2 !

.9 7.8 8 :

.2 11 7.7

.2 7.3 4.7

.4 8.2 4.9

.1 6.9 4.1

.1 11 5.6

1.5 9.9 5.4

.4 7.8 3.5 I

6.8 6.6 !

.113

.5 4.9 4.7 !

.9 1 6.9 :

.7 i 6.5 ;

.3 1 4.5 !

.7 5.3 4.1 :

.4 10 6.4 i

.2 7.7 5.5 3

1 1,8

!.6 2,t

1.7 S

1 3,1

1.7 6,2

1.2 S

.6 1,2

.5 1,4 :.2 5

1.1 5

!.8 6

:.7 8

.4 3,C

.6 4,C

.6 6,4

.4 2, i

.8

.1

:

1.5 1,9

1.8 2

.9 5

1,

.1

.4 1

.6

.5 4,!

1.4 4

00 31

00 5!

20 4-

00 2!

00 51

80 3!

00 3!

00 21

70 22

30 2;

0 31

0 2!

0 2!

0 2-

0 2^

0 1!

40 21

80 1!

60 51

10 31

00 11

70 2'

80 ll

00 2

20 2

00 2

60 H

80 1

oo 2;

20 24

I 18 ! : i :: i :;

1 !'

! 2

! 2

1 3

> 1

) 19

I 24

I 22

1 21

i 11

[ I

I 1

1 2

I 1

1 3

i 25

F 19

32

1 15

22

22' 5

(

iJ:2

23

.53 

.47 

.66 

.42 

.56 

.51 

.57 

.53 

.62 

.45

11

9.2

11

9

12

8.2

10

9.2

5.9

8.1

52 8

4 20

52 36

54

48 :

61 :

57 I

44 ]

8

6

9

0

2

37 9.8

21 6.5

99 I

220 !

380 !

140 :

210 S

82 1

77 !

300 : 170 :

610 2

480 2

400

810

980

660

860

750

110 210 :

40 1

.3 8.4 5.8 !

.3 4.9 7.3

.8 7.6 7.5

.8 7.8 4.8 :

.2 13 7.1 :

.9 5.3 5.5 :

.1 6.5 6 !

1 7.3 :

.5 8 7.3 :

.5 8.6 6.1 1

.5 8.3 6.8 !

.8 13 7.2 :

.6 9.2 8.8 I

.6 10 5.5

.6 13 6.3

.3 11 7.4

.9 12 8.6

.1 9.3 5.3

.7 8.6 4.6

.5 6 3.4 1

!.4 930 2

.9 3,300 2

.9 2,500 2

.4 470 2

.3 530 3

.5 450 2

1.6 590 2

.3 220 2

.6 320 2

1.5 210 2

! 230 2

.3 1,500 i : 11,000 ;

.6 800 : .6 1,300 ;

7,000 ;

.3 5,600 ;

.2 1,300 ;

.3 1,700 :

L.5 240 1

3 2

3 !

5 ! 5 ;

5 ;

; j

; j

!

!

2 1

4 2

8 !

5 1

J !

2 !

5 !

7 !

1 !

4 !

3 1

37
Table 5. Aqoa-regia leachate data for IDRK streai sediients froi the tillik River quadrangle, Alaska-continued

Saiple Icp-Co Icp-li Icp-Cu Icp-Zn Icp-( Icp-Pb Icp-ig Icp-8o Icp-Sa Icp-As

462249

462250

462251

462252

462253

462254

462255

462256

462257

462258

462259

412210

412211

412212

412214

412215

412266

412267

412268

462269

462270

462271

462272

462273 

4! 12274 

4i 12275 

4i 12276

462277

462278

462279

462280

462281

462282

462283

462284

462285

462286

462188

462289

462291

462292

462293

462294

462295

46229

46229

46229

46230

46230

462302

462303

462304

462305

462306

462307

462308

462309

462310

462311

16

15

12

5.6

8.8

I

6

2

14

16

15

14

17

12

II 

27 

12

11

12

12

18

26

17

26

14

7.8

13

12

13

9.2

12

15

13

9.4

11

26

13

16

39

24

9.7

11

13

13

7.7

11

6.3

7.5

15

19

13

16

io

5

19

7

45

36

32

49

44

46

56

42

31

31

76

70

61

71

56

42

34

37

32

38

38

39

41

58

32

34

25

47

42

23

30

19

38

37

35

53

33

34

30

33

30

42

32

33

29

31

23

26

63

67

37

57

38

36

19 86

L6 92

L5 66

50 70

34 130

35 180

32 150

44 95 OB 80 IV 91

21 86

49 310 3

14 iOO

56 20

5 120

1 120

9 96

7 89

5 94

!2 110

20 110

29 90

!6 91

5 95

6 99

17 110

2 74

7 81

4 55

25 79

27 74

8.8 50

21 51

7.6 46

15 75

!7 80

!6 76

15 56

8.7 64

14 110

20 68

19 75

9 68

I 115

I. '11

n ; "5 1 < Q

i . «

! 19 !:: "7

[5 "2

20 55

23 59

18 110

33 240

!3 77

!6 85

32 190

38 130

[3 69

10 71

9.1 44

86

8

12

12

13

24

10

12

11

15

15

17

13

11 

I

12

3

1

7

14

14

14

14

15

12

14

13

12

13

14

9.2

11

18

16

11

14

13

14

14

12

16

13

6

4

6

14

14

14

17

15

17

17

16

14

12

I

3.1

3.9

3.9

<1.1

I

<4.8 

6.6 

3

2.7 

<1.6

I

I 

2.6

I

I

1.8 

1.6

I

I

3.9 

1.2

I

3.7 

I

1.2

I 

I 

I 

I 

I

8

8

I 

I

1.1

1.2 

1.6 

2.2 

8 

1.1

2.1

I 

I

I 

I 

I

9.1

9.8

5.3

6.8

5.3

8.3

9.8

12

14

7.4

7.1

9.9

13

10

21

9.8

6.6

6.5

5

7.6

6.7

9.2 

8.1

6.3

6.4

7.6

9.2

7.1

7

6.5

8.7

I

11

6.5

9

13

13

8.5

4.8

7.2

6.4

6 

6.2

6.2 

5.6 

6.7 

6.2 

I

5.3 

4.9

7.2

8.4

10

9.5

8.2

6.9

8.2

6.7

6

5.1

38
Table 5. iqna-regia leackate data for IORK streai sediients froi the lillik River quadrangle, Alaska-continued

Saiple Latitude Longitude Icp-la Icp-K Icp-Mg Icp-Ca Icp-Fe Icp-Al Icp-Ti Icp-P

4623 

4i2i 412:

412; 

412; 

412;

112: 

112: 

4623

4623 

112; 

412; 

412: 

4623

462327

462328

462329

462330

462331

462332

412333

412334

462335

4623! 4123: 

4123! 4123: 4123' 

46234

462342

4623

4623

45

462346

623 12; 

12; 

12; 

623

62352

12353

12354

12355

412356

112357

12358

12359

12360

62361

462362

462363

462369

462311

462312

462313

462374

4623 

412; 

4623

68 29 55 

118 29 56 

18 30 

ii8 29 

6829 

0

68295

0 8

055

047

2940

29 49

2950

29 32

68 30 13

68 30 16

68 32 31

68 32 39

6833 0

68 32 51

68 33 36

68 33 41

6833 3

68 32 52

68 32 45

68 33 1

6833 6

68 32 52

68 33 20

3 9

3 33

3 23

47 68 33 17

2 59

1 50

9

51 68 32 35

1233

224

222

3 43

3 37

33 32

68 33 38

18 32 27

18 32 31

68 40 6

68 40 19 

i8 42 50 

6833 2 

6 7 

620 

750 

832 

746 

8 0 

757

153 1

153 1

153

7 27

254

2 49

55 11

5420

4630

45 51

41 4

4024

33 9

32 35

57

23

57

32

153 6 51

153

32

15

42

31

153 9 19

153 13 10

153 13 38

153 22

153

15321

153 2

153 3

153 3

1534

4

11

22

45

5

18

153 41 26

153 47 58

153 47 41

153 55 17

153 56

54

54 18 17

54 24 36

54 25 12

54 32 13

154 32 58

154 37 5

154 37 42

154 45 25

154 46 21

155 26 37

155 26 18

155 31 25

155 4 

155 ! 

155 ! 155' 

155 ' 

155! 

155!

14 3 

952 

9 14 

0 42 

1 1 

2 30 

2 18

160 

170 

140 

170 

150 

110 1<0

i:0 

190

170

200

230

160

230

180

230

251

241

200

200 

21 

2: 

2

2:

250

181

191

180

200

220

230

180

210

300

240

230

130

170

155 29 8

250

270

300

170

230

160

230

170

180

190

150

180

170

210

3C

4!

31

7! 3<

4;

2;

4

2

41

45

61

81

45

6!

35

45

5C

61

55

5fl

3;

6!

51

61

6!

61

3!

4;

3fi

496'

6!

4;

4; 7'

5C

91

2!

55

781

1

1 ' 1 1

I, 1 ' ^i!"1

1,OC

1,11

85

7! 7<6;

81

41

51

41

73

0 2,61 3,41

1,71

2,81

2,81

2,71

2,31

2,51

1,71

0 2,31

0 2,21

0 6,41

0 7,81

0 2,11

0 2,41

0 3,51

0 4,61

0 2,51

0 2,01

0 2,51

0 2,01

0 1,5

0 2,1

0 3,5

0 2,9

0 4,6

0 5,3

0 1,4

0 1,51

0 2,11

0 1,21

0 2,81

0 2,61

0 2,91

0 2,71

0 4,01

0 3,31

0 2,31

0 2,01

0 6'

0 4,11

0 3,

0 4,

0 2,

0 2,H

0 3,

0 2,91

0 3,81

0 2,41

0 7,81

0 6,81

0 4,11

10 4,51

0 9,01

0 5,71

3,01

4,51

5,1 5,21

10 11,01

10 2,1

10 2,9

10 1,6

10 6,i

10 2, in i,; i i

!: ' :

10 9

10 8

10 3,0

10 4,1

10 5,6

10 7,4

10 7,5

10 5,5

10 2,4

10 3,8

10 1,5

10 1,3

0 1,2

0 2,2

0 4,

0 3,

o 5,; 5 5 "

10 6

)0 1,7

10 5,5

10 2,9

10 3,5

10 1,5

10 1,9

10 3,7

10 2,6

10 1,7

10 1,2

10 2,0

10 2,2

10 1,2

10 3,2

10 4,0

10 4,1

10 5,2

10 6,7

10 2,6

10 4,0

10 5,9

10 6,5

10 5,6

10 4,4

10 10,0

10 6,0

10 4,5

10 2,6

10 2,7

10 3,2

10 5,8

00 26, (

)0 36,1

)0 14,1

00 69,1

00 25,1

)0 42,1

)0 22,1

00 38,1

)0 34,1

30 40, (

50 32,1

)0 37,1

0 33,1

0 67,1

0 39,1

0 27,1

0 '3,1

o ;o,i

0 '6,1

0 31, (

00 16,1

00 56,1

0 9,

0 '6,1

0 3,1

0 4,

0 2,

20 4,1

90 15,1

00 25,1

00 140,1

DO 27,1

00 24,1

DO 27,1

00 32,1

00 36,1

00 30,1

00 43,1

DO 23,1

00 190,1

00 27,1

00 2 ,1

00 21 ,1 DO 2: ,1

00 2i ,1

00 2 ,1

00 2 ,1

00 31 ,1

00 5 ,1

00 41,1

00 40,1

00 24,1

00 25,

00 28,

00 30,

00 35,

00 31,

DO 48,

DO 51,

00 40,1

)0(

0

0

0

0

0

0

0

0

)0(

)0( 101

101

101

101

101

101

101

101

)0(

)0( 101

101

101

101

101

101

101

101

)0(

101 101

0

10

0

101

101

101

101

)0(

)0(

10

10!

0

10

101

101

101

101

)0(

)0(

101

01

01

01

01

01

01

01

)0(

i 11<1

1

1

1

!1

1}

111

1!1

'11

i 1! i 11 i 12

I 12

1 !

i ! i i: i 11 1 I

1 11

1 ! i 1

1 i

1

li

1

i 1 1

i ! i

iI i

) 11i;1'1

1 1

1 ! i 1

i ! ) If

) li

I ! 1 I

I 12

1 ! 1 1

i 11 i i; i l: ) li

Ml >,OI

,51

,91

,91

,0

6 11

!:*

Ml

:,( >,l

,5,1

,91 ',51

,01

>,OI

!,OC

!,0(

1,71

1,31

,01

1,01

,01

,01

1,01

l.TI

1,91

1,11 ,01

,41

,51

,91

,01

,71

91

,51 Mt

Ml 1,01

,01

61

i,2l

,01

1,21

01

1,61

i,0(

i,OI

1,71

1,81

,01

1,91

i,9

,0M<

I

),0(

10 2.1

0 3

0 1.2

0 2.7

0 2.5

0 2.£

0 2.i

0 3.1

0 4.6

10 6.9

10 5.6

59

99

7.8

5.6

l.J

.1

9.!

9.4

10 2.9

10 2.9

0 3.!

0 1.4

0 1.5

0 1

0 121

0 111

o ;,T

0 2.6

10 4.4

10 11

0 4.7

0 2.

0 1.

0 1.

0

0 .9

0 11

0 .5

10 35

10

0

0

0

0

tO

0

0

0

10 4

10 6

0 3.2

f 3.1

0 3.1

0 4.2

0 5.8

0 12

0 19

0 34

0 9.7

140

210

240

190

720

450

460

400

510

440

480 

550 

540 

570 

560 

70 

40 

30 

2!0 

530

480 

60 4:0 

50 

40 

60 

610 

510 

440 

I

540

640

270

240

370

260

260

360

39
Table 5. iqaa-regia leachate data for IORE streai sediie&ts froi the lillik Hirer qoadraigle, Alaska continued

Saiple Icp-li Icp-Be Icp-Sr Icp-Ba Icp-la Icp-Ce Icp-T Icp-Zr Icp-ln Icp-Y Icp-Cr

1623

1K2!

iii2!

U Kill IK

162!

162!

12 10 .3 8.4

3 12 .52 12

4 6.8 .22 7.1

5 9.2 .32 26

6 10 .25 8.7

[7 11 .4 6.3

18 8.7 .28 4.9

162319 8.6 .34 5

162320 6.2 .47 4.1

162321 6.9 .78 4.9

162322 7.1 .61 4.7

1H2323 16 .61 15

li 12324 20 .57 27

12325 5.4 .49 16 i*23

123

623

26 8.1 .36 14

17 9.9 .14 1

28 11 .49 12

62329 8.9 .53 24

62330 8 .5 22

62331 9.6 .63 5.9

1623

162!

162!

162!

1H2!

[ii2! H 123

H 123

1H23

1623

32 8 .78 6

33 6.5 .61 5

34 8.7 .5 7.6

35 14 .54 11

6 9.4 .42 10

9.7 .56 24

13 .61 23

5.8 .32 4.3

7.5 .32 4.2

9.8 .41 6.7

162342 2.8 .4 15

162343 11 .4 15

162344 9.5 .33 17

162345 13 .31 7.2

162346 12 .34 8.3

62!

62!

62!

62!

IT 15 .35 15

18 14 .39 11

19 7.1 .37 7.7

N 7.6 .26 5.3

162351 .63 .45 11

1623

162!

[62!

[62!

162!

[62!

[ii2!

[ii2!

[ii2!

1623

52 12 .49 1

S3 12 .59

54 18 .46

55 9.4 .44

i 11 .42

5 13 .59

> 10 .52

5 9 .51

i 7.1 .6

B 27 .68 19

63 2 6.9 4.7 2.3

130 2.1 7 6.9 3.

63 1.2 1 3 1.'

320 1.2 1 4.6 1.

68 1.6 5.4 3.8 1.4

110 3 9.7 6.3 3.1

64 1.6 5.2 3.3 1.8

95 1.7 6.2 3.5 2.3

110 2.5 8.7 6.9 2.4

190 5.2 9.7 9.6 3.2

240 4.6 8.1 7.3 3.1

181 6.7 12 6.2 3.2

16 6.4 11 5.8 3.1

1,101 4.8 1 15 1

351 3.4 5.4 6.3 1

77 2.5 1 5.1 1

64 2.2 1 5.4 2.2

150 3.4 6.8 6 2.9

150 3.5 5.9 7.4 3

180 3.7 7.8 8.3 2.5

180 4.2 9.2 9.6 2.7

110 .8 7.5 8.3 ;.7

260 .3 5.9 6.5 1.4

370 .4 9.1 7.7 !.l

34 .8 7.6 6.5 2.7

38 6.6 10 11 4.1

43 8.5 14 13 5.1

14 2.6 5.2 4.5 1.7

13 2.6 4.6 3.5 1.7

190 3.6 5.8 7.5 2.9

260 2.8 9.6 1.3

540 3.5 7.7 2.9

620 2.6 5.3 2.1

58 2.2 4.5 2.7

73 2.2 4.7 2.8

52 2.7 5.1 3.4

62 2.5 4.8 2.9

170 3.1 5 6.2 2.7

97 2.5 4 2.4

480 3.7 14 1

580 4.9 8.6 6.3 2.9

950 4.5 8.9 8.9 2.4

1,100 3.9 7.1 6.2 2.2

890 5.4 8.6 12 2.7

680 4.7 7.4 9.9 2.4

1,600 8.9 15 15 3.9

980 7.2 12 17 2.9

890 4.9 9.5 6.2 2.8

1,100 4.5 10 8.4 2.9

260 3.6 7.8 9.4 1.5

310 16 21

850 20 21

350 9.4 11

7,500 14 20

620 16 18

180 23 25

140 17 21

770 20 19

180 16 22

580 37 23

390 34 24

1,100 47 32

! 50 48 30

53,iOO 25 7.5

6, 00 19 21

510 19 16

490 23 18

400 37 21

1,000 28 23

150 35 25

270 30 22

321 26 28

3,80 23 24

4,301 37 23

4,101 30 26

3,90i 51 25

3,60 57 26

87 15 23

120 14 25

210 17 23

1,100 13 14

1,600 24 26

750 19 24

290 17 20

960 17 20

' 00 21 28

! 10 19 23

3,! 00 19 23

! 80 17 14

130 33 11

500 31

800 26

2,400 2

1,300 1

1,300 2

2,200 2

1,200 1

2,300 2

3,400 2

1,300 50 30

4623 

462! 

112!

412! 

412! 412;

4121 

412! 

4623

462377

25

14

14

21

15

8.3

9.3

11

9.4

23

77

55

48

46

51

55

5

64

52

69

19

14

19

19

15

20

8.5

9.3

11

17

370

240

320

260

240

1,000

380

510

350

280

4.4

2.9

3.3

3.3

2.2

2.1

2.5

5

3.9

4.8

9.7

5

6.1

5.5

1

1

1

10

5.7

7.9

12

6.4

6.6

7.4

6

10

5

7.3

6.1

8.8

1.8

1.4

1 2

J3

1.3

1.1

2.1

3.9

3.5

2

3,000

440

900

790

550

2,800

960

520

770

580

53

25

29

34

30

25

36

48

44

68

33

19

19

23

21

32

22

27

24

37

40
It

1 Zl 

S't £1 1 SI 1 01 1 01 1 Zl 1 ll 1 £1 1 ll 1 SI SIiiiSIz I 1 1111111I 1 1 t'6 

£'8 il 1 S'l 

t'S 9'6 1 Zl 1 ll 

9't 01 1 8*8 1 S'8 

i'S Zl n zi 

9'rS'

ztIz

111

S'9 rs

6'5

6'S

6't

t'S1 9'8 

rs zi 

S'S £1 1 tl 1 91 1 ll 

8'S £1 

Z'6 SZ 

i't Zl S tl 1 SI 

6't tl 1 Z'9 1 £'9 1 S'S 1 8*6 1 6'S 

01 81 1 t'S 1 i'6 1 9 

1 116*1119'1111111111111niniiiinn9'IinnZ'l

6'nr£'rZ'l

Z'l

S'liii

riiii£'l

£'l

S'l11111111

£i 

zi 

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01

tl 

£1 

Zl£i 

zi 

si

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Sf-doj og-doi

J8ATJ

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si 

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zi

tl29

II 

S £

£'8 

Zl 

£1 

II

11 

Zl 

II 

H 

91 

tl 

Zl 

ll 

61 

tl

PO-d3I I 9 <U-*

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68

59

16

68

19

Si 

ti

ZS 

S9£i

Zi 

8i 

£i 

9i 

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98

6S

Z£

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Oil

001

98

06

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£9

89n

001

16

59

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18

98

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£t 

fit 

95 

£t 

19 

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68 

9£ 

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££ I8

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6Z

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91 

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61 

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91 

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81 ! ii : 

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8*6 : 

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91 OS

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« I'i < i'8 H 0£ 1 8'6 1 Zl ! tl 5 Z'6 t C'6 £ SI 

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S't 6'£ \ 

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r£Z9

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dieg
o>tn u>u>i»-u>u> »

1-4 COCO « ICVJ OO CO

»i .MB MB MB MB MB MB MB MB MB MB MB MB MB MB MB MB MB BMBMBBB > « 

i coe»>«-»<

O4 « I 09 C9C9

o i coco

a»o>cocoo»tncoo»u>co co» ic»o»a» co

gi ^^ ^^^^^^^^^^^^^^ ^^ ^-1^^

o - - - - - ~ _"_""__" . " ~ ?_ r r_ ~ ?_ r _ r _" r .r .r_ ? _~ .r__". ~ _~ _~ _" .r _~ _~_ r_ ? _" .r .r _~ .r__"_ ? ~ ~ 

i r » ii*»ooe*>» ie*>t ««<e*> r o>a»mco« ie»p>rr>a» co«««^t*u>i<>-e»<«(<u>aeo> cor coco c»r oor coco ^r>e»^»«iAe»r r OI

la, _.. .!«_»««» - - .»».»»» MMMMMM t. M .» »t. MMM .. MM . ........... 

C9u>u>o>< locooioco e»C9o>co««<o4o>a»c>»e « it t cocoe»cococ»r c»< ICNII icooioacsicoco < it ma»m^»«i«>CN

esjcocor eooo»eo» ico u>u>c>»c>»u>CMc>»cocoes e*>t*>co^»«t*><Nj<Nj^»«e*>^»« IAC>»I<>-COU>CO««<U>U>CO tocor co« <«*- »»co

g £

 B I U>< IU>O4O><

49 e*>oo»oooor oe» 10 e*>o« ie*>«*"t » toooot c«irow>e»0>r cor ooe» loicooaooi iu>cec9ir» co«wcoc»>o»i

^» ea«»eocaLAe»a>a>eao» c>»i ie»O4O4coco» coc>» «*"e*>e*>o»o»^r e>4^-104 u»u>o»C9t«»cou>ceo»co r «*"» i _ _ __

U>U>U>U>U»inU>U»U>U> K»ir»unir»K» ,_|,_|,_| i Ii Ii IC>4O4O4O4C>4««<ir» K»O4C>»O4O4 

o a u>u> in U>U>K»K» * * * « *« *« « ««( *« *« *« « >» e*>e*>coe*>«*>^»««*"*<«*'^»« ««<^»««*'«*'«*'«*'«*'«*'trtio u>u>u>u>u>u>u>u>

M o U>U>U>K»U>U>K»U>U>U> u>u>u>u>inu>u>ini«»i<» tntnmtntntntAiAtntn miAu.timAu.tknu.tknu> mmmmmmu>m

i t

10

 f-t

tad

.r cococococ9C90»o».. .. co«oc9C9e»C9-oo»<«(< *roe»>e»e»>^»«u.i«.»<e»>e»> «*<«.t<c>»^t*o4O4u.u>coesi e»roe»>oocor-r-

e*>e*>e*>e*> e*>«*<«*<e*> »» *> e*>e*>e*>coe*>e*>e*>i»»e*>e» c»cvic»cvic>9C<«ic>9O9c<«ic>9 c»O9C«ic<«iO9O9Cvic>9ro^»< ^»<«*'«*'«*'^»<e*> oe*

(O

O4O4O4O4O4O4O4O4O4O4 c^e>4c^c^c^c^c^c^evae» <S*<N)C4C4<Sa<Sac4<Saesi«Sa <Sa<Sa<Sac4C4C4C4C4<Sa«Sa c4C4<N)C4<Sa<Sa<Sa«Sa

c/a
Table 5. Aqoa-regia leachate data for ROBE streal sediients froi the lillik lifer quadrangle, Alaska-continued

Saiple Icp-Li Icp-Be Icp-Sr

>2;

12:

12;

12:

\L\ 12; 12:

12!

623

1623

I2j

12:

I2J

12i

123

123

124

624

1624 12'

12'

12'

12'

12'

12'

»2'

624

8

9

0

1

2

3

4

7

88

89

0

i

2

5

6

7

8

9

0

01

02

03

04

05

06

07

9

0

1

2

4.7 .;

16 .1

R

23 J

19

26

23 J

25

22

16

32

6.8

3 .!

4.6 .1

6 .!

2.9 J

2.6 .1

7,1

3.4 .I 11 .;

10 .;

14 .1

19 J

12 J

12 J

8.5 .I

1.7 .!

2.6 J

9.9 J

8.8 .!

15 65

18 13

17 14

i5

8

1

16

16

4

rs

r7[

)2

rt

)6

[2

11r3

I

15

15

>

il

[5

[2 10

16 8.3

) 21

[9 18

i 11

)8 15

'i 12' 

4624

462417

54

462458

462459

4624 412' 

412' 

412' 

412'

iffl

:25 

6251

462503

412504

412505

462506

462507

462508

462509

462510

462511

462512

9.1

7.1

15

17

5.3

14

7.4

5.1

8.6

12

7.9

2

2.6

8.5

7.9

13

6.6

4.3

1.6

5.2

6.8

12

4.5

4.3

3.9

5.4

55

47

65

62

65

67

59

6

5

56

i I 1'

3

2

i

3i i;i

1!11

.9

.5

.5

J5

.63

4

2

5

.91 

.46 

.47 

.48 

.65 

.83 

.72 

.47 

.46 

.5

16

5

2

15

8.5

14

8.2

5.1

9.3

8.6

11

11

2.8

5.5

5.9

11

7.5

5.4

8.5

5.1

Icp-1

1

J

,

1 5

3!

42'

3!

2!

5

3

6-

2! 3' 5'

1!

(

1

5!

51

3

3'

121

1! 2'

3'

21

3

3

4

i;

4!

2

3!

2

31

2!

2!

2

< i ; :

< 1 i !

-:

51

4!

la Icp-1

20 2.;

0 4.!

0 1

0 5.1

0 4.1

0 5.!

0 5

0 4.1

10 4.!

ro 5J

)0 5.

3. l.:

3.1

3.

2.!

1

3.!

2.

!2 2.!

10 2J

)0 3.!

10 3.1

0 3.!

iO 3

0 2J

9 1

0 1

iO 3.4

10 3.1

0 3.4

0 4.

0 3.

o 4.;

0 2.!

0 4.

0 2.

0 2.'

0 4.

)0 4.S

>0 4.f

0 <.,

10 '.

10 '.

0 <.

.0 <.

0 <,

o ;.' i ;.

10 5.

ia Icp-Ce Icp-T Icp-Zr Icp1 1 6.7 1 1,1

) 11 9.2 2.4 ,1

1 13 1 :.,4

5 11 9.4 3.1 ,1

\ 6.6 9.4 3.4 12,0

) 11 10 3.4 1,5

9.6 8.8 2.5 1,:

' 9.6 9.5 2.2 2,1

I 8.9 8.8 1.7 1,!

1 12 10 2.5 1,1

L 11 1 2.4 2,2

5.3 ;.5 1.9

! 1 .41

1 6.6 .4 2

[ .5 1.1 I

i 5.5 1.1 2

7.1 1 2,2

> 8.3 3.1 6,2

3.6 1.6 i

> 5.1 2.2 3

I 4.8 1.5 6

! 6 .3

! 6.9 .1 1,

) 6.4 .2 :

5.3 .5

I 4.6 1.6

6.9 1 1,'

11 1 4,2

[ 54 5.7 2.7 1

r 7.8 2 5

6.8 5.4 6

8 5 7.9 5.7 1

8.2 2 1

74 6.4 2.8 (

! 5.6 2.3 (

8 i f

5.2 1.2 1,2

4.9 6.6 1.5 ,(

4.9 5.4 2.8 :.,.

1 5.7 7.1 2.8 1,4

8.9 6.4 2.9 9

7.5 7.1 1.8 1,1

9.3 7.5 2.2 (

11 9.2 2.3 1,2

10 12 2.1 2

10 8.4 2.8 2,2

5.8 12 1

11 6.1 2.6 11,0

8.4 4.6 2.6 I

10 8.2 3.3 4

In Icp-Y Icp-Cr

00 18 15

00 44 31

0 22 1

0 32

0 27

0 34

0! 30

0! 32

0! 29

00 30

00 35

80 21

30 11

10 19

4 25

1 14

0 13

0 25

1 18

60 18

50 19

60 25

00 21

50 24

80 24 22

30 16 15

00 26 1

00 24 9

50 33 17

50 30 20

10 60 28

80 52 19

80 26 21

40 37 22

80 24 17

20 28 2

00 23 1

00 22 1

00 42 21

00 40 29

30 31 24

00 57 50

20 31 23

00 47 29

30 28 20

00 50 33

56 6.2 14

00 42 19

50 30 16

10 44 23

620

230

210

340

380

370

150

39

17

78

4.8

3

3

2

3.5

2.9

1.9

2.2

2.7

1.6

12

6.3

6.5

R

5.2

6

R

4.9

5.2

R

12

4.9

6.1

5.7

6.5

6.3

4.6

5.1

5.3

3.5

2.6

2.5

.95

2.4

1.5

1.5

1.4

2.2

3.4

1.1

380

600

63

280

220

680

1,400

530

560

330

26

16

6.6

20

25

31

16

13

16

13

16

15

9.8

21

23

30

15

9.3

11

13

43
Table 5. Aqua-regia leachate data for SORE streai sediients froi the Killik Rirer quadrangle, Alaska continued

Saiple Icp-Co Icp-li

462378

46237

4623

4623

46 

4123 

4*2388 

46238

80

462390

4623S

4623:

4623

4623:

4623:

4623!

462399

462400

462401

462402

462403

462404

462405

46241

46241

4624

4624

4624

4624

462413

462414

462415

462416

462417

462418

462419

462420

462454

462458

462459

462481

462482

462483

462484

462485

462486

462487

462501

462502

462503

462504

462505

462506

462507

462508

462509

462510

462511

462512

15

5

6 

!2

6

5

21

5.1

6.2

4.3

5.8

6.6

45

60

7.5

10

9.2

11

13

.3

.6

5.8

15

31

13

12

15

16

14

16

1

5 :2

25

14

22

12

16

8.9

27

1.6

100

12

16

23

11

3.1

8.6

8.1

15

16

10

13

7.9

33

41

21

31

23

20

33

34

34

38

6

2!: 

43:

2

37

30

90

32

40

30

51

14

28

24

36

39

33

12

30

29

42

33

24

34

21

:p-Cu Icp-Zn Ic]

29 40

ll 9!

5 4

53 11!

[7 0

13 00

10 00

!7 100

!8 93

11 84

53 130

9.7 44

Ll 76

!1 41

[7 54

L3 77

8.5 130

L9 110

7.9 44

L6 63

L4 66

[9 11

15 HO

[7 '3

9 6

6 55

2 88

6 98

12 65

27 76

51 71

57 71

19 141

18 10!

21 51

8 9;

3 9!

!5 75

0 78

17 76

L8 71

27 87

i5 76

[9 93

10 54

!5 130

!9 24 2

.5 64

i7 62

22 97

23 95

i7 72

17 15

7.5 86

18 77

11 92

i7 87

5 38

!1 110

Ll 48

)-Cd Icp

14

14

13

14

14

<

.1

!

6

5

7

9

6

2

12

15

14

16

16

ll

22

17

13

16

15

16

11

12

17

20

20

11

21

13

-Pb Ic]

1

1

1

)-Ag

1

Icp-Ho Icp-Sn Icp-As

<1.3 8

1 1

1 5

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1.4

1

1

1 7

1

<1.1

1

1

2.2

1.5

1

<1.9

1.7

1.2 5

1 4

1.8

1.4

1 4

1

1

1.8

2 8

1

3.4 6

1

1.3

2.1 5

1.8

1

1.7 6

1.9

1.4

1

1

1

1

2 13

1 12

4 25

13

21

16

15

16

14

13

17

7.1

24

8.2

8.6

13

18

23

9

7.7

7.9

9.3

16

9.6

10

7.7

28

3 24

9.6

13

10

9.7

15

15

10

17

13

9 12

7 13

13

13

7 13

12

14

13

9 20

7.5

5 15

8.8

13

3 15

12

4.8

1 13

11

13

12

7.9

14

8.3

44
Table 5. iqna-regia leachate data for IDKK streal sediieits froi the lillik Kher quadrangle, alaska coitinaed

Saiple Latitude Longitude Icp-la Icp-K Icp-Ti Icp-F

(62513 61

162514 1

162515 1

162516 1

162517 I

\ 14 2

5 5

1 48

1154

1 852

162518 68 9 23

162519 68 5 29

162520 68 5 17

162521 68 4 10

(62522 68 4 7

(62523 61

162525 61

162526 61

162527 61

162528 61

162529 61

162530 61

1 1 12

1 56

54

; 35

1 < 4

1 < 16 I 443

162531 68 5 31

162532 68 6 11

(62533 68 6 24

(625;

1625:

1625;

4 68 6 28

5 68 8 12

6 68 8 10

162537 68 7 3

i 12538 68 7 1

[12539 68 9 4

[125 H25'

H25'

1625-

(6254

Ii25

H25

Ii25

Ii25

Hi25

0 68 9 0

1 68 11 5

2 68 12 '

3 68 11 40

4 68 11 26

5 68 10

6 68 10 i:

7 68 14 1

8 il

9 61

162550 68

162551 ii

162552 ii

145

15 4;

155

17 2

17 1

(62553 68 14 36

162554 68 15 2

162555 68 17 1

162556 68 16 52

162557 68 17 56

162558 68 18 21

162559 68

1625!

1625!

1625!

iO 61

1 II

12 68

162563 68

20 11

20 17

2020

2038

22 28

162564 68 22 38 625i

625!

125

125

125

125

i25

125

6251

15 68 23 18

6 68 23 11

:7 ii

8 ii

19 lii

0 ii

1 ii

2 !li

24 21

2424

26 1

26 7

28 1

28 11

f3 68 28 10

155 56 39 13

155 56 32 16

155 56 29 13

15557 2 14

155 58 ; 8 16

155 59 5 15

500 910 2,2

360 2, 0 2,2

290 0 1,7

300 0 1,7

320 i 2 1,9

0 22,0

0 27,

0 30,

0 29,

0 29.0

340 1.080 2.700 18.0

15557 6 40 260 960 2,300 31,0

1555619 80 350 1,600 1,700 : 3,

155 49 6 90 310 1,000 2,800 < 6,

155 48 31 200 490 2,000 4,300 24,0

00 !

)0

o : 10 ; 10 :

0

)0

)0 f

)0

DO f

155 44 32 240 580 2.000 2.200 22.000 (

553

553

55 4

55 4

553

58 140 280 2,000 1,900 29,000 f

20 140 250 2.100 2.000 31.000 f

18 14

34 14

20 16

55 37 20 11

55 37 11 14

3

2

3

2:

24

55 36 58 130 211

0 840 2,500 28,000 i

890 2,200 30,000

920 2,600 31,000 !

510 1,600 9,306

1,700 2,980 37,000 :

0 1.300 2.300 36.000 'i

155 43 37 130 300 '790 2,300 31JOOO !

1554 155'

155 '

155'

4 30 150 51

3 46 1'

2 45 111

9 27 13

155 49 55 14

155 52 4 i:

155 51 16 15

155 50 8 13

155 49 '9 16

9 52

1 31

1 21

2:

31

44

35

9 4G

155 43 37 95 19

0 1,000 3,6

1,100 2,6

1,100 2,5

1,200 2,2

880 2,:

810 2,!

830 2,'

! 830 2,

1,000 1,!

0 960 2,0

0 29,0

0 39,0

0 36,0

0 34,0

0 34,0 :3,o

uo

1

i

!

!

:

!

0 I

: 3,000 J

i : 3,000 :

90 34,000 'i

155 42 35 120 290 1.500 2.200 34.000

155: 155;

155 : 155:

9 2 140 350 1,300 2,408 35,000

753 10 140 1,210 2,300 38,000

MO

,4:,9i,l

1,4

0 1

0 1.4

0 1.2

0 1.1

0 1.1

i,700 1.3

i.800 3.2

i.lOO 1.2

,600 1

i.OOO .86

1,70

t,0(

,5(

!,2i

,6(

,6(

,5(

,4(

!,5(

0 1

1

1

.83

.83

.78

.81

.78

.8

!,200 1.1

1,10

8

!,5

M

,9

,4

!,9

!,3

!,9

0 1.

0 1.

0 . 8

0

0 1.

0

0 .2

0 .1

0 1

!,300 .89

'50

'« .00

646 50 390 5,01 2,600 38,000 12.00

6 53 190 580 3.200 2,080 35.000

155 39 42 170 540 2.700 2,600 33,000 1

155 ! 155'

155

155 4

9 27 140 510 1,600 2,100 28,800 4

9 18 150 590 68! 2,100 28,000 !

1 14 190 1,300 99! 1,400 30,000 '

4 57 160 570 2,900 1,900 27,000 C

155 45 11 200 620 3.288 1.9

155 47 43 16

155 49 0 17

155 47 13

55 46 5 15

55 47 16!

55 46 1 18!

55 42 3 20!

55 42 43 18

155 42 35 28

650 2.000 2.0

i

I

4

I

'I

I

0 2,000 2,6

0 2,100 2,

0 730 2,

0 1,500

0 1,200 i

0 4,200 2,i

0 2.600 2,4

860 4,000 1,8

155 42 11 170 810 3.900 3,31

155 48 16 140 6

155 49 17 130 49

1554

155 4

1554

155 3

1554

155 5

38 140 46

i 59 30 7

55 70 7

59 80 9

52 30 6

21 160 67

0 1,600 1,81

0 1,500 1,8

0 2,400 1,8

90 29,0

10 30,

10 25,

10 27,

10 31,1

10 66,1

10 33,1

10 25,1

10 23,1

90 38,0

DO 1

10 I

10 ' 10 ; 10 1

0 1

0 1

 l 10 '

 5

;s

0 1.1

0 .97

0 .9

0 1.9

0 1.3

0 1.4

0 1.3

0 1.5

0 2.6

i,400 .81

r ,400 .77

i,100 1.1

,488 .8

,808 1.2

,300 .8

,000 .62

,100

380

40(

30(

28(

28(

28(

73(

39(

29(

410

220

29(

36(

38

39

47

20

45

43

370

330

5(

2(

\ 511

'< 71

< 6(

< 41

9(

51

440

420 , *

t

i i

1 '

. ,

;n( i

< i

240

230

301

281

341

31C

o 10:000

0 ' ,900

0 11,000

)0 25,000 10.000

1! 26,000 '

1! 25,000 i

90 20,080 1

1,200

,700

.200

0 2,600 750 31,000 13,000

0 3,610 2,700 22,000 10,000

0 3,510 2,900 22,000 10.000

0 2,510 1,800 28,000 !

0 2.300 1.900 30.000 5

155 41 53 320 1,100 4,800 11,000 20,000 5

,800

>,600

,908

45
Table 5. iqna-regia leachate data for lOil streal sediieits froi the lillik liver quadrangle, Alaska--continued

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-T Icp-Zr Icp-Bn Icp-? Icp-Cr

462513

462514

462515

462516 

46251T

- 62518 

'12519

-2520 

< (2521

462522

462523 

4(2525 

412526 

4(2527 

412528 

4(2529 

4(2530 

4(2531 

4(2532 

462533

46253 

46251 

4(25: 

4(25: 

4(25: 

46253

462540 

4125-1 

4125' 2

462543

462544

4i (2545

4K2546

4K2541

4.254

46254!

4(2551

4(255

4(2552

462553

462554

4K2555

(2556

K2557

(2558

4K2559

(25i (0

46251 (1

4625K2

462563

1.8 

5.5 

2.9 

2.9 

2.4 

4.3 

3.9 

8.6 

4.7 

7.8

11

11

12

2.6

3

2.8

1.3

4.8

3.5

2

2.6 

2.! 

L

2.: 2.;

2i7 

2.5

5.1

4.5

4.8

17

11

8.3

4.3

1.4

3.6

7.9

9.6

5.8

4.2

2.9

1.1

5.2

4.9

13

8.9

13

46256 

4625

4625

4625

4625

4625

4625

4625

4625

46257

4 12 

5 3.8

i 3.4

4.4

8.4

8.6

9

1 6.5

2 6.6

3 5.3

.5

.48

.58

.59

.49

.53

.42

.37

.49

.51

6

.51 

.26 

.47 

.44 

.57

.76 

.75 

.63 

.55 

.5

.5 

.6

.51

.57 

.58 

.57 

.65 

.84

is

.6

is

6.9

8.3

7

8.1

8.4

9.5

9.9

7.7

16

15

9.6

9.5

9.7

8.8

12

7.2

11

9.7

7.8

12

11

9.2

8.4

8.1

8.3

11

9.8

8.6

7.6

7.8

11

10

14

12

13

8.5

10

15

8.5

49

58

51

68

76

86

73

69

53

74

61

53

51

46

63

52

6

56

56

5

8.

10

10

9.

9.

6.

41

34

56

72

3!

4

4

2

3:

50

28

19

21

26

22

26

27

18

16

47

86

41

22

30

26

56

96

25

35

23

25

35

30

35

53

51

38

57

81

26

24

48

43

62

57

85

110

410

430

300

580

78

93

350

540

600

420

260

190

270

1.7 7.1 5.4 J

1.9 7.4 5.6 :

1.5 6.9 5.5 I

1.4 6.2 5.6 :

1.2 5.7 4.8 :

1.7 5.8 7.3 !

1.6 5.4 6.6 ! 1.4 6.1 5 ;

1.2 4.7 7.7 I

1.8 4.7 6.2 4

1.8 6.4 4.6 !

1.7 6.1 4.5 I

1.6 5.4 5.1

2.2 7 5.2 J

1.9 6.4 4.8 I

2.8 8.9 6.2

1.3 1 4 :

1.9 7.3 5.5 J

2 6.9 5.2 :

1.4 5.8 5.8 :

1.9 6.4 8.7 :

2.4 8.7 7.7 !

2.2 8.2 6.6 J

1.4 5.9 5.4 :

1.5 6.2 5.6 !

1.6 6.5 6.1 ;

1.6 5.7 7.9 J

2.3 7.8 6.1 <

1.8 6.1 6.8 ;

1.9 7.6 6.3 4

2.7 7.7 6.4 J

3.1 8 6.2 :

2.9 8.1 6.5 <

2.5 1 6.4 ;

1.9 4.7 4.5 !

3 8 7.2 J

2.7 7.4 6.2 !

2.8 6.8 6.2 i

3.1 8 6.7 !

2.3 1 5.2 I

1.9 1 4.6 J

2.' 1 5.7 !

2. 1 5.4 !

3. 1 6.2 !

2. 1 7.3 !

1.1 1 9.8 :

l.!l 1 5.6 !

2.5 1 5.6 !

2.5 1 5.7 !

3 6.3 5.8 I

3.7 7.7 5.3 J

2.2 1 5 i

2 1 4.9 !

2.6 1 4.2 !

4.5 9.3 7.3 -

5.7 11 4.6 :

5.7 12 5.7 ;

3.1 5.1 5.5 :

2.7 1 6.1 :

7.2 8.2 13 2

1.6 500 7.7

.8 530 15

.6 1,000 14

.2 890 14

.8 790 14

.2 200 12

.8 290 11

.7 300 12

.6 360 8.2

1.5 1,000 10

1.9 350 12

.9 610 12

,1 590 12

.4 650 9

.9 640 11

720 12

.5 250 5.4

.5 600 14

.6 560 13

1.7 1,100 14

1.2 870 14

>.5 920 1'

.8 760 1'

.1 680 i:

.7 720 1J

.3 680 i:

.5 900 15

.2 790 12

.4 530 14

1 750 13

1.7 720 13

.8 630 8

.1 700 7

.6 700 2

1.8 610 7

.6 650 16

!.9 610 12

.5 930 12

.1 600 16

.3 570 17

.8 540 16

.9 540 18

.1 600 15

..3 690 18

..5 930 15

230 21

..3 220

.6 880

.4 930

.9 1,200

.8 340

640

.8 680

..7 650

270

.4 420

.6 260

680

.3 250

.7 420

8.6

14

12

12

1

1

, 1 '

 

15

14

15

8.1

9

9.8

5

11

10

11

13

12

11

11

10

11

13

8.8

11

7.6

9.4

13

11

23

20

18

12

12

16

16

17

16

2

7

0

6

5

21

17

22

21

13

12

17

19

20

21

16

16

17

46
Table 5. Aqua-regia leachate data for IORK streai sediients froi the Killik Ri?er quadrangle, Alaska-continued

Saiple Icp-Co Icp-Ii Icp-Cu Icp-Zn Icp-Cd Icp-Pb Icp-Ag Icp-Ho Icp-Sn Icp-As

625

125

125

125

125

125

4625

462520

462521

462522

462523

462525

462526

462527

462528

462529

462530

462531

462532

462533

462534

12535

12536

62537

6252 ;25;

ii25

625 _ 

462543

462544

412545

412546

462547

462548 

H 12549 

H 12550 

H 12551 

H 12552

462553

462554

412555

412556

412557

412558

412559

412560

412561

412562

462563

462564

462565 

< 62566 

< 62567 

< 62568 

< 62569 

< 62570 

< 62571 

< 62572 

462573

!3 

!3

6.8

9.2

9

8.1

9.2

10

12

12

13

12

14

5.1

13

12

14

3

3

3

3

5

2

14

13

15

15

16

16

12

13

11

12

12

12

9.8

12

13

6.6

7.5

11

12

16

9.8

10

11

13

8.2

15

11

10

9.7

25

2

2!

2i

2

1!

2:

2

27

36

30 

i4;5

33

33

36

12

34

34

33

35

44

37

34

34

34

33

37

37

37

42

30

32

28

29

31

30

23

38

32

26

17

15

[7

17

15

17

17

13

!5

38

18

9

9

9

6

21

8.2

11

!0

19

25

30

!4

!2

!1

!1

!5

!2

!3

23

n

12

17

!8to

17

9

15

16

11

11

8

4

9

14

4

9

12

16

12

20

.

.<

.

!

.1!

!i

:

.!

15

49

45

51

49

4

4

4

6

8

76

69

64

66

110

75

100

22

96

100

52

65

76

61

65

64

65

65

82

66

73

9112

13

0

II

18'3;i'7

59

61

63

36

200

210

250

510 3

78

99

76

67

70

70

63

57

64

88

77

73

160

2

7

14

17

15

18

14

16

23

16

17

30

15

25

14

21

21

14

5

5

5

6

6

9

25

23

14

15

17

22

22

14

21

70

14

14

0

'5 

'2 

21

11

8.7

11

10

8.7

6.5

9.6

7.9

15

9.5

8.8

8.5

9.7

12

10

12

5.7

11

11

9.9

10

8.9

9.1

10

0

0

!2

8.8

11

16

7.7

11

10

8.5

14

13

9.9

10

13

9.7

6

9.6

10

14

11

1.8 i

.2

9.6

11

9.9

10

15

47
Table 5. Aqaa-regia leachate data for IOEK etreat sediients froi the lillik Eher quadrangle, Alaska continued 

Saiple Latitude Longitode Icp-la Icp-K Icp-Hg Icp-Ca Icp-Fe Icp-Al Icp-Ti Icp-P

1625

1125

1125

:125

74 68 28 27 155 41 16 180 590

5 i

'6 i

79 f

: 12581 f

112582

: 12583 i

i 12584

112585 i

162586 f

1625

1625

[>25

1125

1125

:125

:125

1125

:125

8 3

8 1

8!

8!

8!

81

8 !

8 1

83

7 683

8 683

9

0

1

83

81

8 3

2 683

3 68 1

6 68 1

7 683

3 17 155 31 50 180 570

3 26

5 18

435 1

5 6 1

5 44 1

6

6

9 1

5 1

037 1

155 31 14 It

5527 6 2fi

55 23 24 It

55 21 51

55 15 48

55 13 15 I

55 6 12 I

155 50 49 12

0 590

0 620

0 560

0 770

0 280

0 410

0 280

0 160

0 55 155 51 25 160 600

58

12 1

0 )

2 22

5555 4 IS

55 58 23 1C

55 53 16 14

5553 7 11

2 31 155 50 28 If

2 39 155 51

5

5!

0 11

4 155 53 37 It

12 155 54 30 It

670

620

470

910

600

540

0 660

0 490

162598 68 37 51 155 55 52 140 370

162599 68 38 9 155 55 40 140 430

iH2600 68 37 53 155 49 37 150 450

[12620

li 12621

HI2622

[62623

8 39 58 154 50 48 190 840

8 40 11 154 51 26 290 1,000

8 40 7 154 45 18 11

8 39 47 154 44 54 14

[H2624 68 39 52 154 37 59 14

[H2625 68 40 31 154 32 38 It

[H2626 68 40 9 154 32 26 21

162627 68 40 26 154 24 37 IS

162628 f

[H2629 i

[H2630 i

[H2631 !

8 40

0 620

[ 610

580

600

1,000

0 700

4 154 24 25 210 830

8 40 22 154 19 57 160 660

8 40 33 154 18 49 170 490

8 40 32 154 12 42 190 410

[62632 68 40

H2633 i

H2634 i

H2635 i

1 12636 i

62638 f

8 40;

840

8 40

840

8 40;

162640 68 4

[12641 68 3

112642 f

:121

:121

121

12 i

121

12 j 1626

(626

H I2i 1

:121

H I2i 1

:121

:121

:121

1626

[626

43 £

44 f

<5 1

'6 1

a i

'8 f

49 f

50 £

51 1

55 (

58 f

59 1

12 1

13 (

!

i 

 i

.«

i

'

.

'

.

6 154 13

5

6

0

3

5 1

154 54 5'

5;

5:

153

0 36 153

9 53 153

929 1

0

o ;

0

3 ;

1 1

5

7

10 1

322 1

3 32

3 11 1

153

51

51

51

51

51

51

153

5 1

59

58

46 1

9 210 590

0 240 880

1 200 340

0 170 570

9 180 400

2 180 420

37 28 160 470

29 58 220 760

30 ]

22 5

10

9

3 ; 5 ! 13 :

224

7 220 750

160 '30

190 900

11 i i;

4 1!

9 21

6 IS

8 42 54 153 27 32 11 II '

II *

II '

II '

II '

8 4

3 50 153

3 9 153

3 20 )

2 55

3 50

3 49 ]

535-

5-

54

33 21 IS

47 57 1!

58 21 It

2 7 It

13 32 20

16 48 22

0 640

I 2'i

I 4!l

1 8'

0 740

0 470

370

300

260

400

430

480

16 68 43 28 154 25 57 250 800

69 68 44 56 154 38 57 240 930

162670 68 44 21 154 38 12 220 760

5, 00 3,41

3,1 00 2,3!

3,100 2,11

4, 00 1,71

11, 00 6,81

7,1 00 4,21

1,200 1,11

2,300 1,41

1 2

i

i

i

i

h

i :

10 1

2,100 1,100 1

450 970 2

|0

|0

|0

|0' ','

, 1

1 :

7,00

0 11,000 1

0 '900 1

0 ! ,300 1

0 1 ,000 1

15,000 1

16,000 1 1

4,400 1 1

9,500 1 1

8,600 1 1

0 2,400 1 1

5,900 4,800 27,000 11,000 1 1

<,800 1,200 23,000 1,00 1 1

:,100 2,700 19,000 9,400 1 1

: ,700 ; ,200 i

,100 ;,soo 2

,800 ; ,500 2

,000 2,600 2

,200 3,900 4

,500 3,900 4

3,300 2,600 2

,000 4,100 1 1

000 1,0 1 1

000 1,0 1 1

,000 9, 0 9.1 230

,000 15,00 110 250

,000 15,100 150 300

,000 8,700 21 280

2,300 2,200 23,000 7,400 10 30

5,600 3,800 34,000 11,000 190 28

2,500 1,900 33,000 8,500 5.3 54

1,500 2,600 160.000 5,500 12

5,300 2,6!

3,800 2,: I

3,100 7,1!

5,000 4, I

6,900 3, I

4,000 2,61

3,800 3,11

5,100 2,3

3,400 1,9

5,600 3,2

7,500 5,4

1 28,000 11,000 1

i ;

i i

i ;

i i

1 4

6,000 14,000 1

2,000 ',800 1 1

7,000 11,000 1 1

7,000 1!,000 1 1

2,000 13,000 1 1

10 43,000 12,000 1

0 29,000 11,000 1

0 29,000 10,000 1

0 27,000 10,000 1

10 3

9,600 7,500 3 11,000 5,900 ;

7,500 4,400 :

2,000 13,000 1

5,000 14,000 1

3,000 13,000 1

6,000 14.000 1

3,600 2,300 271000 8,900 1

2,000 7,300 120,000 4,500 1

2,300 1,100 47,000 7,700 1

10,000 5,500 34,000 16,000 1

9,700 6,H

5,300 2,!!

5,400 5,:

4,800 4,

8,000 3,

9,100 3,!

5,500 4,2

9,200 6,61

10 34,000 15,000 1

10 28,000 1,000 1

0 31,000 2,000 1

0 27,000 1,000 1

0 25,000 10,000 1

0 27,000 11,000 1

0 29,000 11,000 1

0 35,000 13,000 1

1,300 2,800 220,00

2/0 ,600 25,01

2,10 ,300 24,00 i/o ,100 : 5,10 ;,6oo ; 6,100 4,400 I

6,100 4,500 ; 3,900 4,100 ; 7,700 8,700 ;

7,00

1,01

3,01

3,01

0 5,900 1

1 7,! 00 1

8, 00 4.5 380

1 7,00 11 :30 i 12, oo 130 ;?o i 12,00 190 ;?o

0 12,000 400 350

1,000 10,000 8.3 390

6.000 13,000 12 550

7,900 8,800 36,000 13,000 15 520

48
Table 5. Aqua-regia leachate data for I0IK streai sediients froi the lillik River quadrangle, Alaska continued

Saiple Icp-Li Icp-Be Icp-Sr Icp-Ba Icp-La Icp-Ce Icp-T Icp-Zr Icp-Hn Icp-Y Icp-Cr

462574

12575

12576

412579

(2581

12582

12583

12584 

(2585 

62586

462587

412588

412589

12590

112591

12592

12593

12596

H2597

462598

62599 

62100 

62120 

12:21

12122

12123

412124

412125

412126

462627

462628

412129

412

4(263

462

46212 

12 IK 121;

6262

462640 

4(2(41 

4(2(42 

4(2(43 

4(2(44 

4(2(45 

4(2(46 

4(2(47 

4(2(48

462649

462650

42151

4 2155

4 12 (58

4 2(59

26 2

 i 121 113

2 (16 2119

462670

12 

°

9

17

3.8

6.3

3.6

10

9.1

8.9

5.5

10

13

7.8

14

15

5.8

5.5

8.6

7.4

2.7

11

10

7.4

16

22

12

13

14

8.2

If 

2 

1 

1

6.6

21

15

5

16

24

6!

14

15

16

13

25

23

.54 

.52 

.65 

.48 

.64 

.68 

.31 

.55 

.48 

.16

.54 

.65 

.45 

.23 

.54 

.52 

.53

!69 

.53

15

13

13

9.5

.51

.63

.52

.53

.58

.8

.54

.77

.85

.77

.61 .5: .5;

.47

.6

.68

.61

.6

.41

.33

.3

.64

.62

.5

.69

.65

.44

.43

.58

.6

.8 

.31

.29

.25

.41

.44

.45

.57

.52

.54

8.

10

8.

12

8

1

I

6.

5.

11

12

11

17

23

19

40 5.2 9.9 6.2

90 2.7 1 5.2

0 2 1 5.3

0 3.1 1 7.2

7 12 8.5

5.7 9.5 8.2

2.3 1 4.6

5.6 11 6.3

i 4.3 8.1 4.7

10 1.3 1 2.9

BO 5.7 10 7.3

50 7.3 14 5J

20 .1 7.5 4.

0 .1 1 2.

0 .8 9.9 7.

0 .4 9.1 5.1

0 .4 11 5.

0 5.6 14 7.;

0 5.3 13 7.2

50 4.6 6.6 6.2

3.7 1

3.4 I

3.4 I

2.9 1

7.4

.6 2,

.8

.8

1.2

4.1 i

3.7 ! 2 ; 1 2,

2.7 1,1

2.6 I

2.2

4.2 1,1

4.3 1,1

2.8 4

171 17'

13

:2

3

0

3

5

LH

9;

)2(

171

191

.01 101

191 '91

101

101

12(

21

li3'

2!

31

2!

11

2

I

i

I 2:

i 2

i 11

i i

i 1

2

i 34 2

61 32

62 3:

1 32 2;

I

i

1

!1

1i

!'

1.4

.5

24

27

20

22

23

33

28

39

25

39

29

24

31

29

15

17

13

15

12

28

6

22

23

22

19

11

!

1

16

13

171

7,

8

7

12

15

15

57

38

281

1 4.8 9.1 6.2

I 5.4 12 6.'

I 4 9.1 9.1

) 3.2 8 16

1 4 8.7 5.1

I 5.1 10 8.'

I 3.8 1 7.5

1 5.1 8.5 12

1 4.7 8 9.1

El 4.8 10 11

3.7 1 8.S

5.7 8 5.!

:.5 6.7 4.! ;.e 5.8 5.;

5.7 11 7J

7.4 14 9.!

1 6.7 12 6.1

1 4.5 8.5 7

1 2.5 1 4.S

) I 1 5.2

3 2.1 1 3.1

1 5.7 12 7.1

5.4 11 7.5

.7 6.9 5.

.9 7.8 '.;

.9 8.8 '.

.2 5.9

.4 6

1 '.3 9.1 '.5

) 4 8.2 7.8

) 2.6 1 14

1 2.3 1 3.4

1 1.6 5.8 3.!

1 2 6.6 3.5

1 3.4 10 6

1 3.5 10 1.2

1 3.6 10 ii.1

1 3.1 9.1 '.1

1 4 12 ii.3

) 4.7 12 8

2.9 3

5.1 (

» 2.5 2,2

1 1,1

2.6 J 2.8 :

1 4,

1.9 2,

2.6

2.3 5,

2. 2,0

2. i

2. (

2, (

2.i 1

3.9 i

8 5

2.9 I,!

1.6 U

1 8,8

2.2 2

3.9 (

2.5 1,5

2.5 1,1

2.3 f

2.1 f

1.7 \

2 \

2.2 5

2.6 1,1

1.4 3,6

1.6 5

1.6 2

1.5 1

3

2.4 I ;;.5 i

.8 ! i,;

1.6 1,2

30 23 20

00 49 27

00 23 24

00 33 10

00 28

70 25

00 15

00 27

80 35

00 22

00 23

20 26

90 24

30 24

60 32

0 35

0 3

0 3

0 2

00 9.9

30 23

60 33

00 33

00 24

70 24

00 21

80 28

20 29

50 25

00 27

00 8.6

40 1

30 16 1

50 15 2

70 41 2

30 47 3

10 50 2

50 32 2

00 41 21

00 39 27

49
CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO

!»» llfci !« ! llfcllfc l»» ,|fci !« !».

to co 4 en tr» * . «*> co i co

cocococococococococo cocococococococococo

i tcocoea « e

0»cococoi » O* fe* CO CO O4 CO * »

i 

>encori*.coeecoco0» ->4en«

en cjn cjn co «*> co co t * 4COi*>»i*l.

COrlh.rlh.Cd

' o* cjn co co i * co co co co * 

co

tCOCOCOt

en
IS

fl OOO'I OOS'Z OOO'H ) ! 009 6 09C 

OOO'O' SI 000 L'L !9 

. 009 8'S iZ 

006'j S OOC 

0 II OS6 

8'Z lit 

1 i 

1 i 

U )8S 

U 1*9 

0 1 i 

8'1

C 008'9 009'S 1 

C 0091 Z OOI H 000 L 

C 006*1 OOO'C OOO'IZ L 

OC ; OC O'OI 

i

Ii8'l

008'J 1 i ooi i i 

OC J oi : 

OOi'1 9i 0 0001 ; e i 

oos; i8i 

OOt'1 O'OZ 

OOZ'l '91 000 I 

0 1 

0 I 

0

oc ; OC OOO'OI CI OH 

'i ooc H m 

'8 I 1)8 

Z'l iil 

1 1 1 i 1 i 1 i 

II IZZ 

9'Z I9Z 

OZ'J

1 ) 

,'' <

: : : '

'' :

; i"f

' i 

OOI'I OtZ BIC 

OH IZ, 

OiZ OO'I 

OH 8Z 

061 H 

Oil OZZ Oi9 

OZZ OZS Oft 

oei m osi : 

ozz oss ote 

C OOZ'l I 

C O09'l e 008 O'SZ 

( 091 QQI'Z o'ee 

( O6'l OOI'I 08Z 

( ii, I OOC OtZ 

c oo6'e ooz's o'zz 

OOS'S ', 

0!

0 ! 

1

I

5 1

I 5 

i ; 

oie ie 

on » 

OH IS 

061 t 

061 Z 

OSI it 

on ooe ooe'i ooi'i 

9 006Z OOi'Z OH 

9 OOZ'e OOZ'Z '99 

OOO'I [ !*

OOC" 95 

00 SC oo:' 'es 

' 001 'ez 

C 'I OOI 

OZi,

ooz't ; oss,

osi es 

s ie 

8 9t 

I!! H 

6 C9 

OH ZI 

091 09C Z OOS r oei oil oon ooi'z o'zi 

ose oie ooe'z oors OOO'H 5 

oc 'si ooo ozs m 

OOC I i 

OOZ'l 1 i 

OOC'I 1 i 1 i 

91 )8C C'S 8Z 

re ec 

8'S 09 

0 Z'9 06) 

»

)S

10

10

)fl 00"

OC r 

0 1 

o ; 

0

0

0 I 

0 I 

ooe OH oo6's QQQ'9 o'ze 

OZi 009'Z 'SZ 

oo:'i 'i 008 'ez 

oi6 ooz'z 'ez 

OOS'l 'OOI 

sI

08

II

OQQ'81 I 

01 000 I 

008

OOi

100' ; 

ior : 

fl OOZ'l 

06i,

ooz'z : 

S QQt r 

oiz n 

OH H 

081 91 

OZZ 6* oei 8i 

091 ZS 

061 59 

OOZ 016 S 000 r 

ozz ocg oore ooz'z : 

6i9Z9 89 n 0 SSI SI } 

i z* a ssi 6 e 

i et z* ssi i sz 

8 e» 8C HI 9* 9t 

0 J 

Z I 

s s 

tsi

is;

IS'

SSI Z6' 

SS 8 

SS 9Z S* 

SS K i 

ss ee ec 

ssi es 6s 

e iz 

e s 

9ZO

0 iS 

s ze 

S 0 

S 6C 

9SS

S K 

Z 61 

8 » 

i ' 

'i

'8

18

18

18

18

8i9Z9 9 

Si9Zi i 

U9Z9 9 

i99ZS 9 

tS9Z! 3 

669Z! 3 

IC9Z! ! 

S6SZ! ! 

HSZ! ! 

08SZ!

8iSZ9 9 

iiSZS 89 I 

iS*Z9 89 » 

ot z ssi es * 

SS 6* t 

H Z ZZ 

esH s H is e* 

SS t 91 

SS S 8Z 

SS Z* iS 

es z» 9i 

0*8 8 

liStZ

Z 1 

: i 

il i!I 

1 SZ 

' 61 

e H 

1

1

1

1

9S 9 

SS8C ! 

ec ^ 

9i

S8 9 

Oi 189 

m

Z!

Z!

IZ!

IZ!

IZ!

IZ! ez9

96ZZ9 89 Z 

8IZZ9 89 ee S SSI 91 6C 

e OZ SSI 91 6Z 

8 IZ SSI 0 i 

i C ZS8SHI 

S 9 SSI 0 6 

S i HI iS 9Z 

z z ssi ec ie 

i s iessi z 

' iz zezsHi 

' Ct eSHI 8 

* iS HI 9t 6S 

it C89 

8 189 

i 189 

9 189 

S 189 

Z '89 

I! '89 

i 89 ' 

e, 89 

Z 189 

ZZ9 ZZ<

ZZ!

mzz<

OZi

OZ!

9Zi

9Z<

m

-5 et99i-eQbf 9^099^ e^ep joj ioij 9^ Kill! '9|9mpeQb
Table 5. Aqua-regia leachate data for IOEE streai sediients froi the lillik lifer quadrangle, Alaska continued

Saiple Icp-Li Icp-Be Icp-Sr

462672 

41263 

4126 4 

4120 HI 

41202

412235

412236

462237

462238

462247

462248

412296

412370

412385

412386

412393

412394

412408

412455

462456

462457

462577

462578

462580

462594

462595 

412137 

412139 

4)2154 

462667

462671 

462175 

462i 178 

462679

11

20

16

8

2.8

4.1

1.6

4.6

2.5

16

8.9

< Ji '.It

Ji

1.8

4.3

10

8.6

1.6

6.3

2.9

6.5

4.8

3.5

2.6

11

5.3

14

1.8

5

5.3

25

3.4

.56

.72

.65

.54

.3

.33

.27

.35

.44

.49

.28 

.2) .6;

.6

.6i

.3!

.2

.49

.53

.19

.57 

.56 

.45 

.59 

.55 

.26

Jl 

.34

.53 

.5 

.63 

.48

9.4

12

16

9.2

6.1

I 

I

21

19 

6.1 

14 

I

I

9.1

12

27

12

13 

11

I

I

15

7.3

10

7

18

8.7

Icp-Ba Icp-l

250 4.4

230 4J

220 4.!

390 6.:

250 2.1

250 1.5

270 1.

320 2.

250 2.

310 6J

200 4.C

310 1.1

740 4.f

300 1.1

220 2.1

460 2.1

320 2.i

120 1.1

410 2.'

95 1.1

290 6.3

290 4.1

290 3.1

65 2.1

210 5.1

150 1.1

77 2.!

140 l.i

49 1.1

200 4.3

270 5.3

280 4.1

280 4.1

260 2.1

 a Icp-Ce Ici

1 11 I

11

11

15 I

t

i 1

1

11 I

5.1

5.1

» 5.9 I

1 1

1

1

1

1

1 H

H

12 <

6.4 I!

5.1

1 I

9.5 1

1

1

1

5.7

14 1

13 I

11

12

1 1

p-Y Icp

5.3 2.

1 2.

1.1 2.

5.5 2.

1.2 1.

i.l 2

1 I

L2 1.

t.9 2.

5.9 5.

(.8 1.

1.3 1.

i.7 1.

i 2.

i.5 1.

i.9 1.

J.I 1.

5.2 2.

i.2 1.

2.8 1

5.7 3.

! 2.

5.7 3.

i.4 4.

[ 4.

1.7 2

U 1.

1.3 1

& 2.

5 1.

5.2 2.

1.4 3

1.5 2.

U 1.

-Zr

7

1

4

8

2

5

1

1

5

3

4

5

6

2

7

5

8

5

5

4

3

1

2

1

4

3

3

3

Icp-Hn

1,400

1,300

610

210

100

130

270

170

530

400

270

7

40

1,5 0

80

10

110

70

70

220

280

160

130

690

230

270

360

550

590

1,300

240

140

5,300

200

Icp-? I<

32 \

39 1

36 !

25 ! 13 :

i :

i

i

i

60 ;

36 ; 1132 :

i

i :

i

i

21

27 1

6.5

36 ; 1

1

1

44 1

15

1 !

1

19 !

18

24 !

27 !

42 !

27 1

jp-Cr

11

10

17

5

1

5

5

9

6

10

!2

2

0

4

:28

8

6

L6

6.7

!4

6

8

1

18

9.9

!1

3

!0

9.8

!1

1

11

13

52
csacsac-ocsa oaeocsacsacsac-oc-ocsacsacsa csatsacsatsacsatsacsatoKatsa cs

cncncncn cncncncn«nenenenentik> >i»»»»i*»c*»c<»eac*»c<»rsac>9

 4 4 4 4 cncneacacocooa 4 4cn cncn«E»cocooaae~»«coi** t*

»saen«B>»sa

»sa i *cnc*»

__. ____. . . <u>enco»sa<u>coee

eecoo»en

en cno* enco oa

en en 

I* ( 

esaco

co en oa co oa csa oa ca en 
Table 6. Kiission spectrographic analyses of IUIK streai sediients froi the [illik ther quadrangle. Alaska 

[I, not detected; <, detected but belov the lnit of determination shorn; >, deteriined to be greater thai the value shorn.]

Saiple Latitude Longitude

462079

412080

412081

412082

462083

6201 4i 1201 

4i i20i 

4120 

46201

462089

462090

462091

462092

462093

462094

462095

462096

462097

462098

462099

462100

462101

462102

462147

462

462

462

462

462

462

462

462

462

462

462

462

462

462

462

462163

462164 

4i 12165

41121116 

4:21 7 

4121 8 

4I121H9 

4II21VO 

4H2171

462172

462173

46214

4621 5

4621 6

4621 7

46218

9

0

121 1

62182

68 24 43

118 24 46

118 24 47

18 25 36

18 24 25

118 24 47

18 22 52

18 23 3

18 20 53

68 20 53

68 21 32

68 2 

118 2i 

18 2 

18 2i 

1182 182 

68 2

28

19

27

25

10

30

26

68 20 54

6821 7

68 20 53

118 20 46

l>8 40 44

H8 43 47

68 20 47

18 20 56

18 22 46

18 23 22

118 22 59

6823 5

68 22 41

68 23 14

68 23 49

68 22 50

68 23 42

68 23 55

68 22 48

68 22 58

68 22 55

68 23 7

25 5

25 9

2458

2455

2433

68 24 37

118 25 25

68 25 41

68 25 35

68 25 35

68 25 19

118 25 25

118 25 37

118 25 42

118 35 24

18 35 29

18 36 4

118 36 11

68 36 24

68 36 30

L544 54'

54!

54 i

54!

541 54-

154^

154'

L544

322

254

8 43

645

323

3 1

7

64i

45

533

154 50 31

154 51 12

154 57 41

154 58 15

155 2 37

155

155

155

155

155

5 55

055

0 16

827

8 17

55 27 47

55 28 15

55

55

55

155

155

2 50

6 38

5 30

553

3 28

155 32 47

155 29 32

155 30 3

155 20 34

155 20 59

155 10 20

155 11 33

55 4 55

55 425

54 59 21

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Table 6. Kiission spectrographic analyses of IORE streai sediients froi the Killik River quadrangle, Alaska continued

Saiple

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Table 6. Eiission spectrographic analyses of I0RE streal sediients froi the Killik Hirer quadrangle, Alaska continued

Saiple

4621 

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<20 

<20 

<20 

<20

<20

Hn-ppi

8

3,000 

3,000 

2,000

70! 

1,501

501

1,0 

>5,000

1,000

3,000

300

700

500

1,500

1,000

1,500

300

3,000

5,000 

2,000

500

500

3,000

>5,000

500

>5,000 

2,000

700

>5,000

3,000

700

700

2,000

2,000

3,000

5,000

2,000

700

5,000

3,000

5,000

>5,0!

1,1110

>5,000 

3,000

3,000

>5,000

)5,000

700

5,000 

>5,000 

>5,000

5,000 

>5,000 

>5,000

8

150

150

100

100

150

100

150

150

70

150

100

150

100

100

100

150

150

200

100

150

200

150

150

200

150

150

15

150

150

150

150

150

100

100

150

50

70

150

70

100

200

100

200

150

100

300

200

200

150

300

300

150

150

100

200

150

150

200

58
Table 6. Illusion spectrographic analyses of IDiK streai sediients froi the lillik liver quadrangle, Alaska continued

Saiple

462183

462184

462185

462186

462187 

4*2188 

4*2189 

4*2190 

4*2191 

462192

462 

462 

4H21 4H2: 4112:

4i 12!

112:! 

H22 

622 

622

462203

462204

462205

4622i

4622i 4i I22i

4i 1221

41*22

41*22

462212

462213

462214

462215 

4H2216 

4i 12217 

412218

462219

462220

462221

462222

462223

462224

462225

462226

462227

462228

462229

462230

462231

462232

46223 

4622! 

4622! 4622' 

4622' 

4622' 

4i 122' 

4H22' 

4H22' 

46224

Cr-ppi 

s

150

300

100

200

500

500

200

500

100

150

100

200

150

150

150

100

200

300

150

100

200

300

300

200

150

20

300

200

200

150

200

300

150

70

100

500

30

50

10

30

20

15

20

150

200

150

300

200

100

500

1,000

200

500

300

300

Co-ppi

8

10

20

10

15

15

10

20

10

10

30

10

15

10

15

10

30

30

20

15

21

2

1

2

70 

<10 

100

20

10

30 

50 

30 

<10 

10 

15 

20 

15 

30 

30

10

20

20

30

30

15

30

30

15

20

30

30

30

30

50

30

10

30

50

li-ppi

8

50

70

30

20

30

20

30

20

20

30

20

50

20

30

20

20

50

30

20

20

50

30

20

20

30

20

20

20

20

20

30;o ;o

20

20

30

20

20

20

30

10

30

20

30

30

50

20

50

30

30

30

20

50

20

20

50

Cu-ppi

8

30

50

30

10

30

15

50

30

15

50

20

50

15

15

10

20

70

50

15

7

50 

50 

20 

30 

50 

20 

10 

<5 

15 

15

20

15

15

10

15

20

10

15

30

15

5

50

15

30

70

20

30

50

70

30

30

100

70

20

15

20

30

20

10

30

Zn-ppi

8

<20 

<20

<200

<200 

<200 

<200

<20

<200 

<200 

<200

<200 

<200

20

20

Pb-ppi

8

20 

5 

H 2i 

3 

5;o 

:o

15

30

15

15

15

15

20

20

15

20

50

20

20

50

20

15

10

20

20

15

15

20

15

15

5

20

10

20

15

20

20

20

20

50

50

30

30

30

30

20

50

30

50

50

10

30

Ag-PPi

8

lo-ppi

8

I

<5

Sn-ppi

8

I

10

15

<5

<5

<5

I

< 

<

<

<5 

<5 

10 

<5

I

59
Table 6. Kiission spectrographic analyses of IOIB streal sediients froi the lillik liver quadrangle, Alaska conthoed

Saiple Latitude

462249

462250

462251 

412252 

4i 12253 

412254

4112255

4112256

412257

462258

462259 

412210 

4122 i 41221 

41221

412214

412215 412216

412217

462268

462269

462270

4622 

41221 

41221 4122' 

41221 

41221 

4122 

462278

62279

62280

12281

H2282

4112283

4i 12284

4i 12285

412286

412287

462288

462289 

4112290 

4i 12291 

4112292 

4i 12293 

4112294 

4i 12295 

4122! 7 

41122! 8 

462299

462300 

4i 12301 

412302 

4H2303

462304

462305

462306

462307

462308

462309

53

47

59

683

18 3 

II82I

18 2'

Ii8 28 8

118 28 17

»8 29 17

Ii8 29 19

118 32 32

68 32 49

68 27 50

18 27 5!

118 30 1'

118 30 

68 30 I

68 29 54

68 28 17

68 28 7

68 27 38

68 28 17

68 28 11

68 28 34

68 218 18

68 217 51

68 2!7 51

18 27 51

18 28 5

18 27 59

i>8 27 45

68 28 42

68 28 24

18 27 54

»8 27 57

i>8 28 25

18 28 18

18 27 47

68 27 30

18 26 34

i»8 26 56

68 27 19

68 27 11

68 27 59

68 27 47

68 28 13

68 27 12

68 25 23

68 25 20

6823 4

6823 6

68 24 33

68 24 51

Ii8 30 48

!»8 30 48

li8 31 6

li8 31 21

18 30 18

118 29 50

li8 30 35

li8 31 2

68 29 50

Longitude

5520 4

55 20 16

55 19 27

5522 3

5527 4

155 26 6

155 26 28

155 27 16

155 26 58

155 26 23

155 33 32

155 34 1

155 34 1

155 34 33

155 38 7

155 38 59

155 13 23

155 12 31

155 6 47

155 1 50

155 053

154 54 11

154 54 19

154 44 28

154 43 43

39 22

38 52

3022

30 1

24 11

154 23 48

154 19 37

154 18 55

154 17 23

154 16 19

154 5 5

154 4 22

153 54 24

153 54 19

153 48 40

153 47 41

153 42 51

153 42 31

153 37 57

153 37 42

153 42 59

153 43 35

153 47 5

153 48 7

153 50 9

153 50 54

154 44 3

154 42 19

154 39 34

154 39 7

154 31 51

154 31 13

154 23 37

154 22 45

154 15 1

5-pct. 

s

5

2

1.5

.7

2

2

1.5

3

3

2

2*

3

2

2

1 

1.5

1.5

.5

.5 

2

1.5 

5

5

.7 

.7

2

2

.7

1.5 

2

2

2

3

1.5

2

1.5

1.5

.7 

3

1.5

1.5 

1.5

Ca-pct. 

s

.7

.5

.3

.3 

2 

1.5

.5

\l 

.2

2

1

1.5 

1.5

.3

.3

.2

.3

.3

.15

.2

.05

.05

.2

.2

.2

.2

.7

.15

.15

!5 

.5 

.3 

.2 

.2

.5 

.2 

.2 

.2 

.3 

.3 

.5 

.2 

.2 

.7

.15

.2

.1

[ 

.7

J 

.2 

.5 

.3

Fe-pct. 

s

10

5

5

2

3

3

15

5

5

3

5

15

20

10

15

10

10

15

10

7

5

10

5

10

7

15

10

5

15

5

10

5

3

15

15

5

15

10

15

15

10

10

5

15

7

10

3

3

5

5

5

5

5

5

Ti-pct.

8

.'7 

.3 

.5 

.5 

.5

is

.3 

.5

\l 

.7 

.7 

.7 

.7 

.7

.7 

.7 

.7 

.5 

.5 

.7 

.5 

.7 

[

.5

.7

.7

I

.7

.7 

.7 

.7

.7 

.5

.5

.5 

.7

5-ppi 

s

100

100

100

50

150

150

70

150

100

100

150

150

150

50

100

100

150

100

70

100

100

70

150

70

70

200

150

150

200

100

150

50

50

30

30

50

100

30

30

30

30

30

30

20

100

30

50

30

50

50

50

50

50

70

50

50

70

50

50

30

Be-ppi 

s

5

1.5

3

3

3

5

5

5

5

3

3

2

3

3

3

2

2

.5 

.5

3

3

5

3

3

2

3

1.5 

3

2

1.5

1.5

2

3

3

2

3

1.5

3

2

3

3

3

2

3

2

3

2

3

3

3

2

60
Table 6. hission spectrographic analyses of IDBI streai sediients froi the lillik filter quadrangle, Alaska continued

aiple Sr-ppi

8

52249 156

12250 166

12251 166

12252 166

12253 1,666

12254 566

12255 366

12256 366

12257 266

52258 160

52259 766

12210 500

(22iil 60

12212 66

12263 66

12264 60

12265 66

12266 66

12267 66

52268 106

52269 1

12270 160

12271 161

12272 101

>22'3 101

122' 4 300

J22'5 150

122' 6 100

122' 7 100

52278 200

52279 260

12286 160

12281 166

12282 (100

12283 106

12284 156

12285 156

12286 166

12287 166

52288 166

52289 100

12290 160

12291 160

12292 166

12293 60

12294 66

12295 06

12297 66

12298 66

52299 166

52366 160

12301 156

12302 16

12303 3i 0

12304 216

12305 20

12266 216

12:67 150

12: 68 206

52309 156

Ba-ppi La-p]

8 8

3,666 161

1,666 <5

706 <5

766 15

>5,666 7

>5,060 10

>5,666 5

5,000 5

566 5

500 <5I

>5,606 71

>5,006 7

2,600 16

1,560 <5

>5,660 5

5,066 5

>5,666 7

2,600 5

1,660 5

1,006 51

766 (51

3,000 5

1,606 5

1,060 5

1,060 5

>5,000 7

2,060 5

700 5

500 5

1,000 51

2,600 51

1,660 5

760 <5i

566 <5

IT i VI 7i

'0 5i

VI 5i

56 <5!

566 <5I

1,600 <5I

566 <5

500 <5i

71 6 <5i

71 0 <5

51 0 <5!

71 0 <5i

3! 0 <5I

5! 6 <5i

1,000 51

566 51

2,666 <5i

760 (5

>5,660 5!

5,066 <5i

>5,066 51

>5,066 51

5,606 <5

>5,066 <5i

566 <5I

) Y-ppi Sc-ppi

8 8

) 56 26

1 56 15

1 26 15

1 166 26

1 56 15

1 5 15

1 3 26

1 5 26

1 2 10

) 20 10

) 30 16

6 15

6 26

6 15

0 15

0 26

30 20

20 15

30 15

36 15

) 26 16

1 26 26

1 30 20

1 20 10

1 30 20

1 50 20

1 30 15

1 50 20

50 15

) 30 15

) 56 36

1 20 16

1 36 15

1 26 7

[ 26 7

1 50 26

1 50 26

1 26 16

1 20 10

) 20 10

) 30 10

1 26 6

1 36 5

1 26 6

1 36 5

1 15 6

1 30 15

1 26 16

1 20 16

) 36 15

) 26 16

1 36 15

1 36 15

1 50 26

I 30 15

1 56 15

1 36 15

1 30 16

1 36 15

) 36 16

Zr-ppi 

8888

Ib-ppi Ha-ppi Y-pj

206 <26 >5,666 300

266 1 3,060 151

266 <26 3,606 201

70 1 706 151

156 1 2,066 20(

150 1 3,666 30(

166 <20 3,060 301

156 <20 5,660 50(

150 1 1,560 10(

150 1 2,066 100

166 1 5,066 360

60 1 >5,606 50(

5 1 3,606 56(

0 1 >5,666 151

51 1 >5,666 151

5! <26 >5,066 36(

51 <26 3,666 201

151 <20 >5,600 20(

266 <26 >5,066 201

156 (20 2,606 200

360 <26 2,660 200

260 (20 1,600 151

200 <20 3,660 201

200 <20 3,000 10(

200 <20 5,000 101

200 <20 >5,000 50(

701 <26 >5,000 15(

50) <20 2,000 20(

1,061 (20 506 30(

160 1 3,600 260

760 1 5,660 500

500 (20 >5,060 10(

200 1 760 261

560 1 1,000 161

156 1 2,000 10(

766 (20 5,601 50(

560 <20 3,601 50(

760 1 5,661 20(

500 1 2,00! 151

500 1 2,060 150

766 1 >5,666 156

266 1 1,666 20(

26 1 5,606 20(

56 1 >5,606 15(

15 (20 >5, 00 30(

15i 1 2,i66 15(

20 1 3, 00 201

15i 1 1,166 101

21 1 3,166 20(

366 1 1,606 366

150 (20 1,660 156

200 <20 760 15(

150 <20 766 15(

200 26 5,666 30(

156 (20 >5,606 201

566 <26 3,666 31

766 <26 3,600 20

156 <26 >5,660 15

156 <26 >5,060 30

150 <20 3,666 150

61
Table 6. Eilesion spectrographic analyses of IDiE streai sediients froi the Killik lifer quadrangle, Alaska-continued

Saiple

462249

462250

462251

462252

462253 

4i 12254 

4i 12255 

4i 12256 

4i 12257 

462258

462259

462260

462261

462262

462263

462264

462265

462266

462267

462268

462269

462270

62271

Cr-ppi 

s

1,000

500

300

200

300

200

200

200

300

300

500

500

200

300

622 

122 

H22 

H22 

62276

462277

462278

462279 

4i 12280

412281

412282 

4i>2283 

4112284 

412285 

4H2286 

4i 12287

462288

462289

462290

462291

462292

462293 

112294 

1)2295 

H2297 

112298 

62299

462300

462301

462302

462303

462304

462305

462306

462307

462308

462309

700

200

200

100

100

500

200

200

100

150

150

100

200

100

150

200

500

70

150

300

150

200

150

1,000

150

1,500

1,000

300

Co-ppi 

s

30 

20 

20 

<10 

15 

15 

30 

50 

15 

15

20

30

20

20

20

2

2

21

51

20

15

15

20

20

70

30

30

30

20

30

20

20

15

10

30

30

15

10

10

30

15

20

50

50

10

15

10

20

15

10

10

I

31

31

21

31

50

50

20

li-ppi 

s

50

50

50

30

50

50

150

70

20

30

70

5

I 

5 

5 

5

50

150

70

100

150

70

50

50

70

20

70

20

50

20

30

70

50

30

20

20

50

30

30

20

50

20

50

20

30

30

30

30

50

70

70

50

100

150

100

70

Cu-ppi

8

50

30

30

50

50

50

70

100

20

30

100

100

100

100

70

10

10

10

30

70

70

30

15

200

50

70

50

50

15

50

10

15

100

100

30

20

15

50 

70 

70 

15 

50 

20 

5( 

31 

5(1

20

30

30

70

50

70

20

Zn-ppi 

s

200

200

I

I

200

200

200

200

I

I

300

500

I

200 

<200 

<200

<200 

<200 

<200

<200 

I

<200

<200 

<200 

<200

<200 

<200

<20 

<20

<20

<20 

<20

50

300

200

I

Pb-ppi

6

50

30

20

70

30

30

20

70

20

30

50

50

20

15

20

30

30

50

30

50

30

20

50

20

20

70

30

70

70

70

70 

30 

20 

<10 

15 

50 

30 

15 

15

15

20

20

15

50

15

50

15

30

20

20

20

30

20

20

20

Ag-ppi 

s

Ho-ppi 

s

I 

I 

I 

I

5

10 

10

5

1

I

10 

10

5

<5 

<5

5 

<5 

<5

5

I

I

5

<5 

<5 

<5 

15

< 

<

Sn-ppi

8

<5

<5

5

5

<5 

<5

2

10

20

62
S'l

I I

I S'lI

S'l 

S'

S'l

S'l

I I

S'lI

I 

I I

1 S

S' 

S'

S'l

I II S'l

S'l 

S'l

I I

S'lS

 dd-9g

oz 

oz 

oz

OS 

001 

OS 

OS 

OS 

OS 

OS

OS

i ss

OS

oz

oz 

oe 

oe

OS 

OS 

OS 

OS 

SI 

OS 

OS

oe 

oe 

oe 

oe 

oe 

oe 

oe

OS 

OS

oe

e s

OS

oe 

oe 

oe 

si

oz 

oz 

oz 

oe 

oz 

oe

OS

oz 

oz 

oz

s 

 ddz; 

S' sr

e' 

e* m e

S' 

S'

S' 

S' 

S'1 e

e;

S'

S'

SO'

S'

i; 

s; 

i;

S'

sr 

s;

s- 1 e

S' 

S' 

S' 

S' 

S' 

S' 

S' 

S'

S'e*

S'z* 

s;

S'

ss*

r 

i;

S'

Se

si e

s sL

s s

SIs

I sLs

z 

s e

e 

s 

z L

s LsLs

SI 

01

s sL

r 

si;

Z'

Z'

SI-' 50 

sriO' 

SO'

SI

iO' 

2.'

z;

S0'>

so;>

S'

Z'

Z'

iO'

soso*

SO'

sr 

Z' sr

e' 

S' 

Z' 

S' 

Z'

soso;

L' 

i;

I I

S'l 

S'l 

L'

s;

.1

s;

so; 

s; 

s;

S' 

S'

io; 

e* 

z;

S'l% i

S'

e'

Z' 

S' 

S' 

Z'

i;

S' 

S'

e'

S'l1 e

S' 

S'

S' 

S'l

i;

ssi ze oe 

SSI U I ssi ot z» 6 H 

6! ZS Y e I SZ 9 91 

ssi ; 

ssi ; 

SSI ' ssi ; 

MSI

SSI 9Z K 

*SI 9* IZ 

9*

ze

OS

ozLz

OS

619le

ss ie 

si se 

si ie 

8i 9e 

9C8!8! ee 

8! Zt 

8! 0» 

SZnuII

6!e

Z9

19 89 Of 

09 89 Ze 

ez9

:zs :z<

:z!

:zi

:z!

:zi

:z!

:zs

ez9

ni ^ i

!ZZ

tsi t 

ts : 

ts : 

ts : 

tsi e 

SZtSI ii e 

ztsi

ts i 

ts i 

tSI I 

ee st 

u 

u 

t t

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es :i 01 

es 6 6i 

esi 8 ie 

esi 9 is 

Zt

SI

ze

ze

iS

ez

iSse6tz i i 

tit66

'C 1 IS

:s

ESI esi

esi 8z 

8Z

ze

ee

;si

!S

ESI esi ot 

it

sst 

9t e zts 

ss i Z 6t 

tsz 

in i te 

iZ 

81z:ii: 

eiu

ss ze tz 

ee 

8s ze se 

89 Ze St 

89 Z! ZS 89 e: e 

89 e: it 

89 ee 9e 

89 Ze IS ee89 o 

89 ze ee 

89 ze ie 

89 Oe 91 

8s oe ei 

8! 6Z Ze 

8! 6Z OS 

8! 6Z 6t 

89 6Z Ot 

o: it 

Oi! SS 

o: 8 

6S6Z

oe 8 

tsi ti es 

ss oe 6i 

8! Oe 6t 

8s oe 8t 

6Z it 

6Z 9t 

oe ti 

9S6Z 

SS6Z

eeez

Oe S 

6SeZ9t 89 

8!

8!

8!

SSeZ9t 89 

esez9t 

zsez9t

osez9t

II 61 

otee zi 

9S S 

SS l\ a it 

it 8S 

It 9Z 

It 81 

te s 

tsi

tsi

tsi

esi

esi

esi

esi

esi

esi

esi

I OS Z 6S e ii 

ezee ee e 6 

oze

zsze 9 e i 

8 I ! ' ! , i , * ! 1 

188 : 

18 n

6t 9 8i9St

et 9 

Zt 9 

It 9 

Ot 9 

ez9i

:zr

:z!

!Z!

:Z9

:Z9

ez9i

ez9i

ez9i ez9i

6eez9t

89

ii:ez!t 

9eezrt 

seezit 

teezit 

eeezit 

zeez9t 

ieez9t 

oeez9t

6zez9t

8ZeZ9t

izezrt

9zezif

szezrt

zizit

zizrt

ZilZit

z:z!t 

zez9t

6KZ9t 

8IIZ!t 

illZit 

9l!lZ!t 

SlilZit tiezit 

eiezit 

ziezit 

uezit 

oiez9t

-9 IOTSSTI§ jo
Table 6. Klission spectrograpkic analyses of 1088 streal sediients froi tke Killik iher quadrangle, Alaska continued

Saiple

4622 4;:; 4;; 4;; 4;:; 4;; 4;; 42; 42;

4622

4623 

462! 

4621 

4623

462324

25

26

27

28

4622 

4H2I 412; 412;

4H2I

4621

46233

46231

4623:

462339

4623

4621

462;

462:

62:

12:

12:

12:

12:

623

Sr-ppi 

s

100

50

Ba-ppi 

s

1,

500

500

300

500

500 

TOO 

300 

500 

1,500 

TOO

00

200 

500 

500 

300 

500 

TOO 

TOO

1,

TOO 

200

500

300

1,000

1,500

300

300

300

300

500

462

462:

462: 462:

462!

462! 46;:

462!

462!

462

462

462

462:

462:

462:

462

462:

462:

462:

351

5

5!

5!

5

<100

1

55 1

56 \

5T i

58 1

359 1

361

6

6

IN

16! IT:

iTJ

;7!

100

00

50

50

00

00

00

100

100

<

<

<

<

<

<

00

00

00

00

00

001

374 <100

4623T5 1

300

TOO

1,500

2,000

5,000

5,000

>5,000

>5,000

>5,000

1,500

2,000

500

500

500

1,000

TOO

500

500

TOO

TOO

La-ppi 

s

5

5

<50

<50

50

50

50

<50

<50

<50

50 

<50

<50 

<50 

<50 

<50 

<50 

<50 

<50 

<50 

<50 

<50

<50 

50

<50 

50 

50

<50 

50

<50 

50 

50

<50

<50 

<50 

<50 

<50 

<50 

<50 

50 

<50

<50 

<50 

<50 

<50 

<50 

<50 

<50

I 

<50

I

T-ppi

30

20

30

30

30

20

20

30

20

20

30

20

30

5

30

15

20

20

15

15

2

21

21

21

15

20

30

15

20

15

15

20

20

30

30

15

5

15

15

20

30

15

15

20

20

5 :o :o 2:0 10

15

15

Sc-ppi

6

15

5

5

5

10

10

10

15

10

15 

10 

10

T 

10 

10 

20 

20

5

10

10

5

10

LO

5

5

10

10

10

15 

5 

0 

5 

5

10

<5

T

T

Zr-ppi

8

500

TOO

500

150 

150 

150 

200 

200 

TO

150

150

150

150

300

100

100

150

300 

TO 

50 

50

200

50

150

150

00

50

50

00

150

50

150

Ib-ppi

8

<20

<20 

<20

<20 

<20

<20 

<20 

<20 

<20 

<20

<20

<20 

<20

<20

<20

<20

I

<20 

<20

<20 

<20

<20

<20 

<20

<20 

I

<20

<2:o

<20

<20 

<20 

<20 

<20 

<!0 <2:o

<20I

<20 

<20

in-ppi

5,000 

TOO 

TOO

3,000

2,000 

>5,000

3,000 

500 

500

2,000

500

500

500

TOO

1,000

>5,000

>5,000

500

500

500

200

300

500

I1 

3,1

5,1 

Mil 3,

TO

100

300

1,000

1,500"

1,

3,

300

200

500

1,000

2,000

,500

,500

,000

,500

1,500

3,000 

1,000 

3,000

TOO 

1,000 

1,000

TOO

TOO 

1,000

500

150

151

0

15

51

150

151

100

150

150

200

200

50

50

00

50

100 

200 

100 

100 

100 

150 

150 

200 

150 

TO

150

200

50

150

100

150

150

150

150

150

100 

TO 

10 

151 

101

150

150

150 

50 

50 

50 

50

100 

50 

TO

100

64
Table 6. Kiission spectrograpkic analyses of IORE streai sediients froi tke Killik River quadrangle, Alaska-continued

Saiple

462310

4623 

462! 

112! 412; 412;

4H2; 

412; 

4623

462319

4623 

462; 

4621 

462; 

462; 

462; 

462; 

462; 

462; 

4623

4623 

462! 

4H2! 

4H2! 

4H2! 

462; 

462; 

462; 

462; 

4623

4623 

412; 

412; 

412; 

412; 

462; 

462; 

4H2; 

4H2; 

4623

462350

4623 

462! 

462! 

462! 

462! 

462! 

462! 

462! 

4623

51 

52 

53 

54 

55 

56 

57 

58 

59

4623 

462! 

462! 

462! 

462; 

462; 

4H2; 

4H2; 

4623'

462375

Cr-ppi 

s

200

200

200

150

1,000

150

150

100

100

100

150

150

100

150

70

100

100

50

150

100

50

51

51

5

3

10

10

150

101

101

100

150

100

: o 

: o

10

0

no

50

150

150

Co-ppi

B

30II II

31

21;i

5

0

0

30

15

15

15

50

15

100

50

10

15

15

10

10

10

10

50

70

70

50

15

10

15

50

10

20

15

15

10

0

5

5

5

20

20

20

20

50

30 

20 

30 

15 

20 

20 

15 

(10 

20 

15

li-ppi 

B

50

30

30

70

70

50

30

50

20

30

20

0

0

10

11

15

10

3(

5

50

30

30

30

20;o 

;o

110;o ;o 20

30

30

30

100;o

30

50

70

20

50

50

50

50

100

100

150

30

30

70

100

50

70

70

50

30

30

50

Cu-ppi

B

15

10

2

7

5

5

21

31

10

10

20

50

30

30

50

30

30

20

50

30

20

30

30

30

20

20

30

50

70

10

30

50

5

50

50

30

30

30

30

30

15

5

30

70

50

70

70

100

200

30

50

30

30

30

50

50

50

5

15

20

Zn-ppi

<20

<20

<20 

<20

<200 

<200 

<200

<200

<200

<200

200

I

<200 

I

I 

I

I

<200 

<200

Pb-ppi 

B

15

10

15

50

30

20

20

15

15

20

15

20

20

20

5

5

0

15

15

20

30

100

20

15

20

20

15

10

2( 

15 

20 

10 

20 

20 

15

15 

I

15

30

15

20

15

15

20

15

15 

10 

20 

20 

15 

30 

15 

I 

10 

15

Ag-PPi

B

Ho-ppi

8

Sn-ppi 

B

< 

<

<

<

<1

I

<5 

<5 

<5 

<5 

7

7 

<5

<

65
Table 6. Kiissioo spectrograpkic analyses of IDEE streal sediients froi tke Killik River quadrangle, Alaska-continued

Saiple Latitude Longitude

1623

1623

1623

1623

1623

62:

621 62:; 62:;

623

6 68 38 0

7 68 1

8 68 3

9 1

0 ii

: ii : ii

; ; ii

ii

i

*

i

*

<

/

*

57

55

40

34

48

37

17

33

42

155 32 18

155 29 (

155 28 I

155 23 1(

155 22 11

155 16 1

155 15 1

155 10 5

155 9 5

154 59 28

B238I

;;;s 12:; 1

I2i; 9

iii;9J

5239! 12; 91 >2i9' 52:9

G239J

6

1

ii

ii

6

> 6

i 6

6

1 6

} 6

) 3

S

s;j ; 8 3

94:

1

1

! I

i 11

5;4:

4!

2!

24

1 154 58 31

154 53 30

154 53 43

154 51 10

154 50 31

15452 3

154 52 34

154 58 17

i 154 58 21

I 154 57 38

62400

521401

51402

12:403

i2!404

iJ!405

12406

12407

12409

62410

68 33 25

68 2'

68 2'

68 21

6821

40

44

20

4

68 22 51

68 23 4

68 24 35

68 25 35

68 24 47

154 56 58

153 53 27

153 54 12

15!

15!

15! 15: 15'

15-

154

5323

53 45

59 30

59 59

027

756

12 17

4624

4624

4624

4624

4624 462'

462'

462'

462'

4624

1 68

2 68

3 68

4 68

5 68

6

7

8

9

0 1

58

18

18

18

58

23

23

24

24

23

24

22

22

25

25

2f

4

2

154 1 54 :

54 :

54 :

54 1

1

2

5

5

9

30 154 20

24 154 25

33 154 26

9 154 25

15 154 26

58

40

21

32

46

9

8

1

55

26

462

46!

46!

46!

46!

46!

46!

'45'

451 '45!

'48

'482

'48;

'484

58

ii

ii

ii

58

3

4

4

t

t

68 4

68 4

8

16

20

26

47

51

43

462485 68 36 9

462486 68 37 53

462487 68 37 59

155

155

155

155

155

155

155

155

155

155

41

55'

2

3

30

35

46

54

56

22 3

21 29

425

4 44

6 18

52501

i2502

II503

i2!504

i2:505

i2!506

i2!507

121508

52:509

52510

6(

6

6

6

6

6

28 12

2750

25 12

25 2

23 1

22 47

68 !

68 !

68

68 1

1 5

'0 48

9 18

9 19

155 53 18

155 53 13

155 5

155 5

1555

1555'

1555

1555

39

12

36

40

32

36

155 54 9

155 55 7

Hg-pct.

8

U

Ca-pct. 

s

.05

2

1

.7

1

L5 

.5 

.05 

.2 

.3 

.05

.2 

.3 

.3 

.5

.'5

.5

.5

.07

.07

.7

2 

1.5

2 

.3

.5 

.2

.3

3

1

.7 

1.5

.05

.7

.7 

.3 

.3 

.3 

.2

is

.1 

.1

!l5

.5

.15

.2

.1

.5 

.5 

.5

'.5

.2

[ 

.1

.5 

.2

!3

.3

.2

.15

.2

.1

.07

.2

.0.1

!05

Fe-pct. 

s

5

3

1.5

3

15

3

3

5

3

3

3

3

2

5

2

3

2

10

5

5

2

2

3

2

3

3

3

15

15

5

5

10

.2

Ti-pct.

8

IT

.3 

.2 

.2 

.3 

.3

.3

.2

.3

.3

.07

.15

.2

!l5 

.15

.3

.2

.15

.2

.15

.2

.5

.5

.03

.3 

.2 

.3 

.5

!5 

.2 

.3 

.5 

.3

.5 

.5 

.5 

.3

!3

.3

.5

.05

.3

.15

.3

.3

.3

.7

.5

15

-ppi

8

20

30

15

20

30

20

30

50

50

70

50

70

20

30

20

20

50

20

30

30

20

30

20

20

150

100

30

50

70

30

21 3i 

51 

3 

51

50

51 

71 

II 

30

30

20

30

30

30

30

50

50

100

50

Be-ppi

8

1

1

1

1.5

1.5 

1.5

1.5

2

2

1.5

1.5

2

1.5 

1.5 

1.5

1.5

1

1.5 

1

1

1.5

2

3 

2 

.5

1

2 

<1 

1.5 

1.5 

1.5 

3

1

2

1.5 

1.5

2

1.5

2

2

3

3

66
Table 6. Eiission spectrographic analyses of IURK streai sediients froi the Killik Rirer quadrangle, Alaska contiiued

Saiple Sr-ppi 

s

Ba-ppi

523

123

123 ;;:3 12;: 12;: 12;

123

123

523

76

7

8

9

0

11

12

13

14

87

<100 700

1 00

<100 00

1 00

1 00

<100 '00

<100 500

<100 500

<100 1,000

<100 500

462388

4622 

4i

4H23 

4623

462395

462396

462397

462398

462399

462400

462401

462402

4624C 

46! 4

4i::4 

4i::4 

4124 4i 124! 

462410

462454 

H 121458 

< 1121459 

< 1121481 

H12482 

H 12483 

< 62484

462485

462486

462487

462501

462502

462503

462504

461505

462!50i

462150

462501

46250!

462510

La-ppi

8

<50

<100 

<100I I

700

500

700

500

50

1,01

310

510

500

500

300

300

700

1,

62411

12412

12413

< 12414

<I2415

<I2416

1*2417

112418

162419

162420

<

<

< i

i

i <

:

: <i

00

00

00

00

!00

!00

00

00

00

[00

1,

! 2,

2

i:

50

<100 

I

<100

<100

<100 

<100 

<100

500

700

300

150

300

700

300

500

500

500

700

500

500

710

310

700

1,

500

700

300

500

500

700

700

700

300

<50

<50

50

<50 

<50 

<50 

<50

<5

<5

<50 

<50 

<50

I

50

50

I

50

50

I

50 

I

50

50

50

<50

<50

50

<5

<5 

<5 

<5

5

5

50

<50

Y-ppi

8

15

15

10

20

15

15

20

20

20

20

21

2!

2!

2!

15

15

20

10

15

15

20

15

15

20

15

20

20

15

10

15

20

20

20

20

30

30

15

20

30

15

20

5

5

5

0:o

20

15

20

20

15

2

2

2

2

2

3

3

30

Sc-ppi

8

7

7

<5

I

10

10

10

5

5

7

5

5

7

10

5

5

10

10

10

15

15

10

10

10

10

10

1;

15

10

15

15

15

15

Zr-ppi 

s

150

70

20

100

50

100

100

100

150

20

70

100

50

50

100

Ib-ppi

<2

<2 

<2 

<2 

<2

<20

150

200

150

100

150

150

100

100

500

150

150 

150 

200 

150 20i 

10! 

101 

101 

31 

100

50

50

50

51

100

<20 

<20

<2 

<2

<20 

<20 

<20 

<20 

<20 

I

<20 

<20 

<20

I

<20 

<20 

<20

I

<20

<20 

I 

I

<20 

I

<20 

<20 

<20 

<20

Hn-ppi

8

700 

500 

500 

700 

1,000 

700

>5,000 

1,000 

1,500 

1,000

2,000

1,000

2,000

1,1 

5,1

100

300

100

300

300

500

500

700

1,1 

3,1

700

700

700

1,1 

1,1

 2,1

2,1 

3,1

1.1 

2,1

3,1

1,

500

700

15

50

5

7

1

5

2

7

3,000

500

100

100

20

70

15

50

50

100 

70 5i 

71 

71 

51 

51 

70

70

50

50

70

100

70

100

100

20

30

100 15i 

151 

151 

151 

301 

7!

100 

150 

100

50

00

50

150

15

150

100

1

0

0

50

50

67
Table 6. Blission spectrographic analyses of lOiK streai sediients froi the Killik liver quadrangle, Alaska-continued

Saiple Cr-ppi 

s

62376 

H2377

H2378 H2;

Ij2i

IJ2J

1(21

1(21

12;

623

79

80

81

82

83

84

87

11

J

7

10

1]

H'

462388 

4H2389 

4H2390 

4H2391 

462392

4623 

4ii2: 

4112: 

4112: 

4623

462411

462412

462413

462414

462415

462

462

462

4624

462

462501

412502

412503 -12504

-12505

-12506

-12507

462508

462509

462510

100

no

0

no;o 

o 

o :o 

o

100

52400 100

12401 70

;2402 50

S2403 70

S2404 50

!2- 05 50 2<0 M o1

; 0!

B24K

100

100

30

50

100

70

70

70

100

100

62454

12

ili!

Hi! IS!

.2

H2

H2

58

59

81

82

83

84

85

12486

62487

100

100

200

500

150

100

100

150

20

100

70

100

70

70

100

100

200

100

Co-ppi

8

15 

10

<10 

15 

10 

10

100 

20 

20 

20

20

15

20

30

70

10 

10 

<10 

10 

10 

10 

15 

10 

15 

30

15

15

15

20

20

20

10

20

20

15

50 

30 

20 

20 

20 

20 

10 

30 

I 

150

15

10

20

10

20

30

20

li-ppi 

s

50

50

5

30

5

3

5

5

71

50

50

30

30

20

10

15

20

5

10

20

15

20

15

30

30

30

50

30

20

30

30

50

30

50

70

7

3

51

30 

30 

30 

100 

70 

50 

30 

50 

<5

20

20

30

30

20

20

30

70

70

50

Cu-ppi

8

10

30

5

20 

<5 

5 

2 

5 

5 

30

30

20

30

7

<5

15

15

5

5

20

10

15

10

15

30

15

20

20

15

20

30

50

70

70

70

15

50

50

30

10

15

30

50

30

30

30

30

10

30

30

20

20

20

30

5

20

30

50

Zn-ppi

8

<200

I 

I

<200 

I

<200

<200

<200 

I

<200

<20

20

20

<20 

<20

20

<20

<20 

<20

Pb-ppi 

s

15

15

20 

<10 

15 

15 

20 

20 

20

20 

5

20 

0 

0 

0 

5 

I

15

20

10

10 

15 

10 

10 

15 

I

10

15

10

20

50

50

15

20

20

10

15 

10 

30 

10 

20 

20 

15 

50 

(10 

20

10

5

5

5

5

15

15

20

50

15

Ag-ppi

8

Bo-ppi 

s

Sn-ppi

8

< 

<

<

<

<

< 

<

< 

<

<

<1

<1

68
Table 6. Kiission apectrograpbic analyses of IDEE streal sediients froi tbe Eillik Birer quadrangle, Alaska-continued

Saiple Latitude

462511

462512

462513

462514

412515

4125H

4i 1251

462511

46251!

462520

462521

462522

462523

462524

462525 

4625216 

46252:7 

4625218 

462519 

462530

462531

462532

462533

412534

412535

4:2536

12537

4112538

12539

62540

6254 625'

625'

625' 

4112545 

41)2546 

4112547

462548

462549

462550

462551

412552

)2553

12554

)2555

12556

412557

12558

12559

2560

462561 

412512 

4i I25i 13 

4i i25i 14 

4i 12515 

412516 

4i I25i 17 

4i I25i 18 

462519 

462570

6! Hi

HI

II!

11.

It.

Ill

118

118

68

646

6 37

4 2

5 5

1 48

1 54

852

923

529

5 17

10

7

12

52

56

68

68

68

68

68

68 1 54

68 3 35

68 4 4

68 4 16

68 443

68 5 31

68 6 11

24

68

68 8 12

10

3

11

68 9 4

68 9 0

68 11 51

68 12 7

68 11 40

68 11 26

68

68

68

68

013

4 10

452

543

558

68 17 27

17 10

1436

15 2

17 1

1652

68 17 56

68 182

6820 1

68 20 1

68 20 20

18 20 38

18 22 28

18 22 38

18 23 18

18 23 11

68 24 21

68 24 24

6826 1

6826 7

Longitude

155 58 13

15557 8

155 56 39

155 56 32

155 56 29

15557

155 58

155 59

15557

155 56

55 49 16

55 48 31

55 44 32

55 44 44

155 38 58

155 39 20

155 41 18

155 40 34

155 37 20

155 37 20

155 37 11

155 36 58

155 43 37

155 44 30

155 43 46

155 42 45

155 49 27

155 49 55

155 52 4

155 51 16

155 50 18

155 49 49

155 43 37

155 42 35

155 39 2

155 37 53

155 36 46

155

155

155

653

9 42

27

155 40 18

155 41 14

155 44 57

155 45 11

155 47 43

155 49

155 47

155 46 50

155 47 2

155 46 18

155 4 155 * 

155 * 

155 * 

155 * 

155 

155 * 

155 4

12 3 2 ' 

2 ; 

2 

8 1 

9 1 

7 J 

6 5

155 40 55

155 39 59

Hg-pct.

.3 

.2 

.5

.5 

.5 

.3 

.7 

.5

.5 

.5

1.5

'.1 

.3 

.2

'.1

.7 

.3 

.5 

.5 

.7

is

.5

.5 

.7

l' 

1.5

.7 

3

1.5 

1.5

.7

.7 

.7

\1 

.5 

.5 

.5 

.2 

.5 

.5

.7 

.7

.7 

.2 

.3 

.7 

.3 

.5

Ca-pct.

8

.05

5 

.15

.3 

.3

.2

.15

.2

.3

.3

.3

.2

.3

.5

.15

.2

.2

.2

.2

.5

.5

.3

.15

.2

.2

7

7

5

5

!05 

.05

.15

.1

.1

.2

.07

.1

.15

.05

.15

.3

Fe-pct. 

s

3

3

3

5

10

7

5

5

5

5

15

3

5

5

5

5

3

3

5

3

5

5

5

5

5

5

10

7

10

7

5

5

5

7

5

3

3

2

3

3

3

5

3

3

3

3

3

2

2

2

2

2

3

Ti-pct.

.3 

.5 

.5

.7 

.7

.5 

.5

.7 

.7 

.7 

.5

.7

.7 

.7 

.7 

.7 

.7

.7 

.7

.7 

.7 

.7

.7

.2 

.3 

.2 

.2 

.3 

.2 

.3 

.2

.3

.2

.2

.2

.2

.15

.2

.15

.2

.7

s

30

30

100

50

100

70

50

100

30

100

50

70

150

100

50

100

100

50

100

100

50

50

50

00

70

100

50

70

100

100

70

70

50

50

50

100

50

50

100

100

20

30

30

30

30

50

30

30

50

50

30

30

30

20

50

30

20

100

Be-ppi

1.5 

2

2

3

3

2

3

3

3

3

2

3

3

2

2

2

1.5

2

3

3

2

2

3

2

.5

2

3

2

3

1.5

2

2

3

2

2

2

2

1

1.5 

1.5 

1.5 

1.5 

1.5

2

1.5

1.5

1.5

1.5

1.5 

1.5

3

69
Table 6. Kiission spectrograpkic analyses of IDtl streai sediients froi tke lillik lifer quadrangle, Alaska-continued

Saiple

46251 

41! 5

4iiJ!5 

4625 

4625 

4625 

4125 

4i 125 

462521

462521

462522

462524 

412525 4i 12521 i 

4i25! 

4:25!

462530

462541

462542

462543

462544

462545

461546

61547

61548

62549

62550

462561 

4i 12562 

4i i2563

412564

412565

46256

461:56'

461156

46156!

46257

Sr-ppi 

s

50

50

00

00

00

00

200

150

Ba-ppi

200

200

300

500

700

700

500

700

500

500

500

500

700

700

500

500

500

300

700

700

462531

462532

462533

462534

46!

46!

46!

46!

46!

!535

!536

1537

538

!539

462540

100

150

200

200

200

150

150

200

500

100

300

300

500

700

700

500

500

700

1,000

700

10

151

15!

20

500

00

00

00

1, 

1,

462

46!

46!

46!

46!

46!

46!

46!

46!

46!

551 200

552 200

553 <100

554 1

555 1

556

557

558 <

559

560 1

00

00

00

00

00

00

500

700

500

00

00

00

00

00

700

300

70! 

50!

15!

20

30

30!

30!

300

300

300

100 

100 

100 

100 

100 

150 

100 

<100 

100 

150

1,000

1,500

700

1,000

200

300

1,000

500

700

1,500

La-ppi

8

<50 

50 

50

<50 

50 

50 

50 

50

<50 

50

50

<50

50

50

50

<50

50

<50

70

50

<50 

<50 

50 

50 

50 

50 

50 

50 

70 

50

50

50

50

70

100

70

50

50

50

50

7

<5 

<5 

<5 

<50 

<50 

<50 

50 

50

50 

50 

50

<50 

5 

5

<5

<5

<5 

5

T-ppi

15

15

30

30

50

50

30

50

30

30

30

20

50

50

30

30

50

30

20

30

30

50

50

50

30

50

70

30

50

50

30

50

50

50

50

30

50

30

100

70

15

20

20

20

20

20

50

20

30

20

30

20

20

!0 

!:0 

20 

20

Sc-ppi

8

7

15

15

15

15

10

20

15

15

15

10

20

0

5

5

15

15

15

10

10

15

15

20

15

15

15

20

15

15

15

15

20

20

20

20

20

20

15

20

15

10

10

10

10

10

10

15

10

15

0

0

10

10

10

10

10

Zr-ppi

8

100

500

500

500

200

200

300

200

500

50

50

00

00

00

150

150

200

200

15

50!

20

501

50!

70

701

1,000

700

500

500

1,000

700

300

200

200

500

50

0

0

5

5

50

200

150

150

50

50

00

50

50

00

150

70

100

150

Ib-ppi

8

<20

<20 

<20 

<20

<20

<2 

<2i 

<2 

<2 

<2 

<2 

<20

I

I

<20 

<20 

<20 

<20 

<20 

<20 

<20 

<20 

<20

<2 

<2 

<2 

<2 

<2 

I

<20 

<20 

<20

<20 

<20

<20

<20

I

<20

<20

<20 

I

<20 

I

<20 

I

Hn-ppi

8

T-ppi

8

700 70

500 70

1,000 1

1,500

5,000 1

3,i

3,1

1

1

100 1

00

00 !

00

00 1

00

00

50

50

00

00

50

[50

1,000

2,000

1,000

000

000

500

500

700

3,000

2,000

2,000

1,000

000

000

000

000

000

000

000

2,000

100

100

200

300

100

150

150

100

200

200

50

50

50

50

00

00

50

200

300

200

1,01 !,0i

1,0 to

0

0

0

0

1,000

0

0

0

,0

5

0

0

0

0

0

200

300

200

500

700

500

300

200

300

200

3,000

1,500

1

1 ! !

1.!

00

00

00

00

00

00

00

300

300

200

70

100

70

70

70

70

100

100

1,000

1,500

1,500

500

500

700

1,000

200

500

500

Id

1

1

1i!

1

]

1

15

70
Table 6. Eiission spectrographic analyses of IOEE streai sediients froi the Killik lifer quadrangle, Alaska continued

Saiple

462511

46251

4-ISI5: 4i::5

4125

41251

4125

4625

4625

462520

Cr-ppi 

s

70

462521

462522

462523

462524

462525

462526

462527

462528

462529

462530

462531

462532

462533

462534

462535

462536

462537

462538

462539

462540

462541

462542

462543

462544

462545

462546

462547

462548

462549

462550

462551

412552

412553

412554

412555

412556

462557

462558

462559

462560

462561

412562

412563

412564

412565

462516

462517

462518

462519

462570

200

200

700

500

200

300

200

100

500

300

200

200

200

300

300

200

200

300

1.000

200

500 30i

30i

1.001 

l,50i 

1,000 

200 

200 

500 

200

500

500

70

70

100

100

200

100

100

100

100

100

70

100

70

70

100

50

100

300

Co-ppi

8

10

10

20

20

20

20

15

15

15

15

15

10

20

20

20

15

15

15

15

15

15

20

2

20

20

20

20

20

20

20

30

30

30

20

30

10

15

10

15

15

15

10

10

15

20

15

15

10

10

10

30

20

20

50

50

70

50

30

50

30

50

50

50

70

70

70

50

70

30

70

50

30 

50 

50 

70 

70 

50 

VI '0 

'0 

70

70

50

50

70

50

70

50

70

70

50

70

30

50

30

30

50

50

30

30

50

70

30

30

20

20

30

15

20

50

Co-ppi

8

10

15

2

3

5

3

3i

5i

30

30

70

50

50

50

30

30

30

20

30

50

30

30

305i

7i

7i

5i

7i

7i

50

50

70

70

70

70

70

70

70

70

50

70

70

20

30

15

20

20

30

15

20

50

50

30

30

10

15

15

15

15

30

i-ppi 

s

I

<200

<20

<20

<200 

<200

<200

<200

I

I

<200

<200

<200

I

I

700

<200

200

<200

200

I

I

I

<200

Pb-ppi

8

10

15

20

20

30

50

15

50

30

50

50

20

100

70

30

20

70

15

70

100

50

30

20

50

50

30

20

30

50

30

30

50

30

70

5

3

7

5

7

3C

30

30

30

20

70

70

70

100

50

50

50

50

10

30

50

30

30

20

Ag-ppi 

s

Bo-ppi

8

Sn-ppi

8

<

<

. 

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<1

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Table 6. Kiission spectrographic analyses of I08K streai sediients froi the lillik 8her quadrangle, Alaska continued

Saiple Sr-ppi 

s

Ba-ppi 

s

625' 

625 

625 625' 

625 125

125

125

125

1625!

fl 

2 

3 

4 '5

6

9

1

2

13

<100 

100 

300 

100 

1

1

<100

150 <100

1

300 

300 

>5,000 

1,500 

500

300

300

700

500

200

62584

62585

62586

62587

62588

62589

625! 0

625! 1

625! 2

62593

<100 300

100 50(

1 30(

100 1,50(

<100 50(

<100 700

<10

15!

<10

iQI

500

1,001

1,501

I 2,000

62596

62597

62598

62599

62600

462620

462621

462622

462623

462624

462625

412126

412127

412128

462129

462630

462631

462632

462633

462634

462635 

4li2ii36 

4i2138 

4112i i40

4112641

4112642

4112643

462644

462645

462646

462647

462648

4112649

4112650

4112651

412155

412158

412159 

4H2662 

462663

<100

<100

100

100

100

<100

<100

100

<100

00

00

00

100

100

100

100

100

<100 

100 

100

<100 

100 

<100 

<100 

<100 

<100

100

100

<100

10

150

700

51

71

71

51

31

701 

70i 

70i 

70i 

501

700

500

700

700

500

500

700

150

500

1,000

500

700

700

300

500

500

300

500

500

500

500

500

La-ppi 

s

<50 

<50

50 

<50 

<50

50 

<50 

<50

I

<50 

<50

<50 

<50 

<50

50 

<50 

<50

I

<50

<50

I

I

I

50 

I

50 

<50

50

<50

I

<50 

<50 

<50 

<50 

<50

<50 

50

I

<50

<50

I

<50 

<50 

<50

50 

<50 

<50 

<50 

<50

50 

<50

I

T-ppi

8

20

20

30

20

15

30

15

30

20

10

20 2<

3

3i

20

10

20

20

20

20

20

20

20

30

20

30

15

30

20

30

30

15

20

20

20

20

20

30

20

20

20

20

20

20

20

20

15

50

30

20

15

21

31

31

31

21

2

Sc-ppi

8

7

10

15

10

7

10

10

15

10

5

10

5

15

15

10

15

10

10

10

15

7

7

7

10

10

15

15

15

10

10

10

10

10

15

15

15

15

10

10

5

15

15

10

15

15

10 

15 

10 

<5

Zr-ppi 

s

100

100

150

150

100

101

71

151

101

51

100

150

30

150

100

150

50

150

100

150

150

15!

15)

20!

15!

15!

20! 

151 

50

100

150

70

150

100

150

150

100

100

100

300 

200 

150 

100 

150 

101 

15i I 

10H 

101 

150

70 50i

Ib-ppi 

s

<2 

<2

Hn-ppi 

s

<2 

<2

<2

<2

<2

<2

500 

200

700

1,1

!'!

I' 1

2,1

0

0

0

0

0

0

00

70 

70

200

150

150

100

70

200

100

50

100 201

151

701

301

500

2,000

300

700

1,1 

1,

I

3, 

5,

3;

700

000

700

500

300

1,01

1,000

700

1,000

1,000

1,01

5,01

5,000

1,500

1,000

1,000

300

70

200

50

150

100

100

50

200

100

100

100

150

70

70

100

70

100

150

100

70

150

200

100

100

100

100

100

150

150

150

150

100

70

50

200

200

100

150

150

70

0

150

700 100

2,000 200

700 100

1,000 20 5i

5i

3i

l,0i

1,51

1,51

0 70

0 I

0

0

0

0 1

50

50

50

50

00

73
Table 6. Eiission Bpectrographic analyses of ID8E streai sediients froi the lillik Ri?er quadrangle, Alaska continued

Saiple

462571

462572

462573 

4125'4 

4125 5 

4125 6 

4i25 

4:25 

4 25 

462583

462584

462585

462586

462587

462588

462589

462590

462591

462592

462593

62596

62597

62598

62599

62600

62620

62621 

62122 

62i 123 

62624

Cr-ppi 

s

70

100

150

200

50

100

70

200

70

30

50

200

50

150

100

100

50

150

70

150

70 

100 

100 

100 

50 

0 

5 5i 

Oi 

50

462625 100

462626 100

462627 100

462628 100

462629 50

462

462

462

462

4621

530 1

131

132

133

534 1

LOO

50

50

50

LOO

462635 4i2i: 4121;

4i2i<

4i I2i i 

4621

462644

462645

462646

462647 

4621148 

4i 121 149 

4i 121 150 

412i51 

4H2K55

412158

412159

462662

462663

2,

100

100

150

50

00

00

00

00

00

200

300

150

30

70

200

200

150

200

200

Co-ppi 

s

I

20

15

30

15

20

20

20

5

0

5

5

0

5

20

20

20

30

20

15

15

20

20

20

20

15 

50 

<10 

30 

30 

30 

30 

20 

20

20

20

15

20

5

5

0

5

0

10

30

30

7

5

3

5

2

5

3(

5

20 

<5 

50 

50 

30 

30 

50 

50 

50

50

70

20

20

30

20

50

30

30

5

50

70

50

50

30

20

50

50

70

70

50

30

70

10

70

70

30

70

70

100

100

70

50

10

15

30

20

30

30

30

Co-ppi 

s

10

20

70

30

50

30

70

15

30

5

50

20

20

20

70

20

30

30

50

30

15

20

10

20

15

20

15

50

50

50

30

20

20

30

30

50

50

50 

15 

50 

<5 

50 

70 

20 

30 

50 

15

20

50

30

10

5

15

15

20

20

15

Zn-ppi 

s

<200 

200

<20

<20

<20 

<20

<20 

<20

<20 

<20

<20

<20

<20

Pb-ppi

B

10

50

:o 

;o

5

:o 

<:o 

:o

30

20 

50

<10 

15 

50 

20

<10 

50 

50 

50

20

30

30

20

20

10

15

20

20

15

50

50

30

30

20

70

20

30

30

20

20;o 

:o

5

0 :o

50

50

50

15

20

50

30

15

10

20

20

20

20

20

Ag-ppi 

BBS

Ho-ppi Sn-ppi 

.5 1

<

<

<

<

3

<1

74
Table 6. Kiissioa spectrograpkic analyses of IOBE streai sediie&ts froi the lillik Rirer quadrangle, Alaska continued

Saiple Latitude

462666 

4121 9 

4121 0 

4121 2 

4121 3 

4126 4 

4i20 1 

4i 12062 

4i 12235 

462236

462237

46223!

46224

46224!

462296

4623 

4H2: 

4H2; 

4H2; 

4623

462408 

4H2455 

4H2456 -245

<1258 

-1259 

12595 

62637

462639 

4i 12654 

4i 12667 

412671 

412675

462678

462679

68 43 28

68 44 56

4421

4457

4443

44 21

68 40 45 

ii8 42 42 

ii8 35 17 

68 35 36

68 37 23

68 38 21

68 3 _. 

68 33 5 

68 23 54

HI 

HI 

HI 

HI 

68

3 49

25

13

3 29

3247

68 24 59

18 40 8

6840

42 19

3534

35 56

3539

35 0

3532

68 40 57

68

68

026

3 5

327

338

Longitude

54 25 57

54 38 57

54 38 12

54 46 59

54 53 8

54 52 32

155 37 2

155 39 31

154 57 26

155 0 9

54 58 52

55 0 7

55 16 2

55 16 3

53 42 1

55 42 5

55 52

55 4 16

54 51 43

154 53 5

154 2 22

155 49 4

155 53 4

155 53 59

155 33 39

155 34 7

55 26 45

55 48 7

55 49 24

53 45 58

68 43 42

ii8 42 47

6844 0

153 (

153

154

1544

155

155

19

41

46

28

3

155 15 4

Hg-pct. 

s

2

2

2

1.5

1.5

J 

.5 

.3

.5

3* 

1.5

!5 

.02 

.5 

.05

.5 

.2 

.1 

1.5 

.05 

.3 

.5 

.2 

.15 

.5

.7 

.'2

15

2

Ca-pct. 

s

1

1

.5 

.3 

.3 

.5 

.2 

.15

.15

.7

.3

.2

.05

.15

.05

.1 

.1 

.5

.'15 

.3

.5

.3

.15

.2

.2

Fe-pct. 

s

3

5

5

5

5

3

3

20

5

5

3

10

3

3

3

2

3 

1.5

5

5

15

3

3

15

10

Ti-pct. 

s

.5 

.5 

.5

.5

.3 

.07

'.1

1

.2

.03

.3

.02

.15

.3

.15

.05

!05

.2

.5

is

.5

.5

.15

.5

.5

.7

.1

-ppi 

s

50

50

50

20

50

50

70

50

20

10

30 

10 

50 

50 

30 

3H 

1H 

5

<ll 

30

20

20

15

70

10

50

30

10

10

30

50

30

10

50

30

50

10

Be-ppi 

s

1.5 

1.5 

1.5

1.5

2

3

2

2

3

1.5

3

3

2

1.5

2

1.5

1

1.5 

1.5

2

2

1.5

1

3

2

3

2

1.5

2

75
Table 6. KiiBBion spectrographic analyses of IOBK streai sediients froi the lillik Biver quadrangle, Alaska continued

Saiple

462666

462669

462670 

4ii2672 

462673

626

62061

62062

622

46222

46222

4622

46224

4H2296

412370

4112385

4112386

4.2393

462394

462408

462455

462456

462457

462577

462578

462580

462594

462595

462637

462639 

4i2654 

4i2667 

4)2671 

462675

462678

462679

Sr-ppi 

B

150

150

150

200

150

50

00

Ba-ppi 

B

<1

<1

151

<100 

I

100I

100 

<100I

<100 

150 

I

00

100 

150

<100 

100 

100 

100

<100

00

500

700

700

700

300

1,000

700

1,000

700

150

500

300

700

300

500

200

1,000

300

500

300

500

300

300

500

300

500

700

700

700

300

La-ppi 

B

I

<50

<50

50

50

50

50

<50

I

I

50 

I

<50 

50

<50

50

I

<50

50 

<50 

<50

50 

<50 

<50 

<50

<50 

50

<50 

I

<50

50

I

Y-ppi

B

20

20

20

30

30

30

30

20

30

20

20

15

30

20

20

15

15

20

10

20

15

15

10

30

15

20

20

20

10

30

20

30

50

30

20

30

15

Sc-ppi

B

10 

5

15 

15 

10 

10 

<5 

10 

<5

7

5

5

15

5

10

10

5

10

10

15

10

10

10

20

5

Zr-ppi 

B

150

150

150

500

200

200

200

100

150

150

100

50

150

100

500

100

30

70

10

150

150

70

15

200

50

100

200

50

30

150

150

150

70

500

200

150

70

Ib-ppi 

B

<20 

<20

I

<20 

<20 

<20 

<20

I 

<20

I

<20 

I

<20

<2

In-ppi 

B

<2 

<2

I

<20 

I

<20

<20

<20

I

000

000

000

000

000

500

300

500

700

500

500

1,000

700

200

500

500

700

15

70

700

700

300

700

100

200

700

300

300

500

2,000 

700 

300 

500 

300

>5,000 

500

B

150

150

150

200

200

200

150

100

150

100

150

50

300

200

150

100

15

70

15

70

100

70

20

200

50

100

100

100

50

100

150

50

00

50

50

300

70

76
Table 6. Eiission apectrographic analyses of IUEE streai sediients froi the lillik Ei?er qoadrangle, Alaska--continued

Saiple

462666

462669

462670

462672

462673

462674

462061

462062

462235

462236

462237

412238

412247

412248

462296

462370

462385

462386

462393

462394

462408

462455

462456

462457

462577

462578

462580

462594

462595

462637

462639

462654

462667

462671

462675

462678

462679

Cr-ppi 

s

150

100

150

300

200

700

200

100

200

150

200

50

200

300

0

70

30

300

30

100

100

70

50

70

200

200

100

150

150

100

50

Co-ppi 

s

10

30

20

30

20

20

70

10

10 

30 

10 

10 

10 

10 

15 

I

30

10

15 

I

10

20

10

10

20

50

10

10

20

li-ppi

8

5fl 

3 

3 

21

20 

20 

70 

20 

20 

50 

5

20 

<5 

15

50 

5

30 

<5 

10 

30 

15 

15 

20

30

70

30

30

20

70

20

Ca-ppi

8

50

70

70

20

30

50

30

15

15

10

2

3

2

2

5

20

5

50

15

5

30

5

15

50

15

10

50

30

50

20

20

70

7

Zn-ppi 

s

<200 

<200

<20

<20

Pb-ppi

8

20

50

20

30

0

5

5

5

15 

10 

30 

20 

15 

15 

I 

15 

(10 

10

15

10

10

30

10

20

70

15

10

30

15

20

20

20

ig-ppi 

888

Ho-ppi Sn-ppi

< 

< 

<

I

<5

I

< 

1

77