the moosehorn claims

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PHASE 1 REGIONAL RECONNAISSAN

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PROPERTY EXAMINATION REPORT

ON

THE MOOSEHORN CLAIMS

WHITEHORSE MINING DISTRICT N. T. S. 115Nl2

LATITUDE: 63 IO' N LONGITUDE: 140 55' W

OWNER: 39231 YUKON INC.

BY: Wade Carrel1 - President TANANA EXPLORATION INC.

27 Tutshi Road Whitehorse, Yukon Y 1A 3R4

DATE: JANUARY 15,2007

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SUMMARY

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It is estimated that the Moosehorn property owned by 39231 Yukon Inc. contains an attractive new gold prospect. Results from an ICP soil sampling program conducted in conjunction with a mobile metal ion soil sampling survey in 2006 suggest an area of coincidental gold, silver and copper anomalies, which overly a strong electromagnetic signature. Unglaciated- gravels, all of which appear to be of local origin, blanket the claimed area. Mapping of the property is difficult due to limited outcrop exposure in the area (~10%). Two small outcrops of massive biotite - granodiorite were found on the south end of the claims. Limited prospecting, of the immediate area, produced evidence of extensive gold mineralization. The best rock sample taken, returned a value of 4.5 grams / ton gold. This sample was a fractured piece of granodiorite taken from outcrop west of the claim block. Pan concentrates, taken from two creeks, crossed, on the claim common line, returned a gold value of $2.35 / yard3. The surveys done in 2006 were an initial reconnaissance to test a previously untested linear geophysical target as phase 1, of a two- part regional reconnaissance program. Prospecting and the ICP / MMI soil sampling survey have returned results that indicate a previously undiscovered high sulphide - epithermal gold target.

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TABLE OF CONTENTS

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SUMMARY TABLE OF CONTENTS LIST OF ATTACHMENTS

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CHAPTER ONE: 1 - 1 1 - 2 1 - 3 1 - 4 1 -5 1-6 1 - 7

INTRODUCTION INTRODUCTORY STATEMENT 5 PROPERTY DESCRIPTION 5 PROPERTY & REGIONAL GEOLOGY 5 PHYSIOGRAPHY & VEGETATION 5 HISTORY OF CLAIMS 5 PREVIOUS EXPLORATION 6 DESCRIPTION & SUMMARY OF WORK 6

CHAPTER TWO: ANALYSIS AND DISCUSSION 2 - 1 ROCKS AND STREAM SEDIMENTS 7 2 - 2 ICP SAMPLING SURVEY 7 2 - 3 MMI SAMPLING SURVEY 8

CHAPTER THREE: CONCLUSIONS AND RECOMMENDATIONS 9

REFERENCES: 10

LIST OF ATTACHMENTS: i

L FIGURE 1: CLAIM LOCATION MAP FIGURE 2: MMI & ICP SOIL GRID LOCATION MAP FIGURE 3: ROCK & STREAM SEDIMENT LOCATION MAP CLAIM MAP 115N/2: IN MAP POCKET CLAIM GPS DATA: IN MAP POCKET FIELD NOTES: IN MAP POCKET

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LIST OF ATTACHMENTS:

ATTACHMENT A: ACTIVITY LOG ATTACHMENT B: ATTACHMENT C: ATTACHMENT D: COLOR COMPILATION MAPS ATTACHMENT E: REGIONAL GEOLOGY MAP ATTACHMENT F: STATEMENT OF COST ATTACHMENT G: STATEMENT OF QUALIFICATIONS

CERTIFICATES OF GEOCHEMICAL ANALYSIS ICP & MMI SPREAD SHEETS & GRAPHICS

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i CHAPTER ONE: INTRODUCTION

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1 - 1 INTRODUCTORY STATEMENT A reconnaissance prospecting and MMI soil sampling survey was conducted in conjunction with an ICP soil survey on the Moosehorn Claims in July, 2006, by personnel of Tanana Exploration Inc. Additional test pits were to be dug and sampled in September or October, 2006, to enhance the initial survey. Phase two of the regional reconnaissance program was canceled due to time constraints. The property, which is located on the northeast side of the Moosehorn Range, is owned by 39231 Yukon Inc. and is being explored for it’s gold potential.

1 - 2: PROPERTY DESCRIPTION The property, which consists of twenty- four contiguous quartz claims, located in the northwest corner of the Whitehorse Mining District, covers part of the east margin, of the Moosehorn Range, south of Ladue River, on NTS map sheet 115N/2. The property is currently accessible by fixed wing aircraft from Dawson and winter road from Beaver Creek, Yukon.

1 - 3: PROPERTY AND REGIONAL GEOLOGY Moosehorn Range and the Whitehorse Mining District has been well described by Yukon Geological Survey and industry authors (Bostock 1938 - 1941; lkona 1975; Shives 2002). The reader is advised of the updated reference list attached to this report. The referenced reports adequately describe the current knowledge of the geological environment of this area.

1 - 4: PHYSIOGRAPHY AND VEGETATION The claim block is in a subalpine, unglaciated part of west - central Yukon. The area in question is moderately rugged, with four creeks cutting the Northeast margin, of the Moosehorn Range. The south side of the ridges between the creek valleys, are well drained and moderately dipping with slopes generally less than 30 degrees. The north side of the ridges, are much steeper, with slopes attaining 45 degrees and more. The south sides of the creek valleys, contain discontinuous permafrost under a thick moss layer. Vegetation consists primarily of spruce forest. South facing slopes are more open, well drained and support abundant poplar trees. Alder and willow are common in the wetter areas near the creeks.

1 - 5: HISTORY OF CLAIMS The Moosehorn claim group consists of 24 contiguous quartz claims, (staked November, 2004) located in the Whitehorse Mining District. These claims are registered as: Moosehorn #1 (YC37103) to Moosehorn #24 (YC37126).

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1 - 6: PREVIOUS EXPLORATION Only limited testing of the quartz gold properties has been completed to date. Only two small-scale high- grade gold vein- mining operators have worked this area. Other explorers include: Claymore Resources, 1974 to 1975; Great Bear Mining, 1974 to 1975; Moosehorn Exploration Ltd., 1973 to 1987; Barramundi Gold, 1995 to 2002. All exploration companies except Barramundi Gold switched their focus to the rich placer ground on the four creeks draining Moosehorn Mountain. From 1987 to present Moosehorn Exploration Ltd. has focused on placer mining on Kate, Little Bear & Kenyon Creeks while keeping their quartz claims in good standing. The various placer operators have recovered in excess of one hundred thousand ounces of gold from the heads of four creeks. Claymore Resources and Great Bear Mining drilled 19 holes before getting distracted by the placer gold. Barramundi Gold drilled the majority of their holes on the Sweed Pit gold vein (south of Moosehorn mountain). Troymin Resources flew an airborne geophysical survey in 2000, but did no follow up work.

1 - 7: DESCRIPTION AND SUMMARY OF WORK A total of 24 man-days were spent prospecting and sampling the Moosehorn claims and preparing and shipping the samples for analysis. On July 1 3'h hand digging of test pits commenced. Two grid lines were run perpendicular to the claim common line. Grid line #1 extends 175 meters west of the common line on claim #24, 3meters north of post #2. The #2 grid line extends 250 meters east and 275 meters west of the common line and is 100 meters north of line #l. MMI pit sampling commenced on July 1 3'h and was completed on July 18th. ICP & MMI soil samples were collected at 25- meter stations on the grid lines.

Mobile metal ion soil sampling was carried out in accordance with techniques outlined by J. Bond of the Yukon Geological Survey. A total of 128 soil samples were collected for the initial MMI survey. A total of 39 ICP soil samples were collected for comparison to the MMI survey and to test the region. 10 rock samples were collected: 5 from the claim area; 5 from the region. 3 stream sediment samples and 2 pan concentrate samples were taken on three creeks that cross the claim block. 2 pan concentrate samples were taken from the discarded black sand on Kate Creek and Little Bear Creek to compare to the concentrate recovered from the creeks on the claim block. The first stage of the ex loration of the Moosehorn claims and the region was completed July 18' .

No areas of permafrost were encountered during the MMI soil- sampling program.

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CHAPTER 2: ANALYSIS AND DISCUSSION

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2 - 1: ROCK AND STREAM SEDIMENT SAMPLING Ten rock samples were taken from float and outcrop. Five samples were taken on the claim block and five were taken from the areas east and south of the claim block. Rock samples were placed in plastic sample bags, sealed, numbered and shipped for analysis. Sample sites were GPS located. Three stream sediment samples and two pan concentrate samples were taken from three creeks that cross the claims from the west. Two pan concentrate samples were taken from Kate and Little Bear Creeks (an active placer operation). Samples were placed in kraft paper sediment bags, sealed, numbered, dried and shipped with the rock samples for analysis at Acme Analytical Laboratories in Vancouver. The ten rocks and three stream sed samples were crushed, screened to -200 mesh and thirty grams from each was tested for 32 elements (standard ICP package). The four pan concentrate samples were crushed weighed and the entire sample from each was fire assayed for total gold content. The concentrate samples taken (with permission from the operators) at Kate & Little Bear Creeks, were from black sand, that had run off the sluice box during placer mining. The concentrates from the placer operation both ran over one ounce per ton. The best assay returned for the concentrates from the creeks that cross the Moosehorn claims was extrapolated to a value of $2.35 / cubic yard on surface. This is a very encouraging sample. The best rock sample returned an assay of 4.5 grams/ ton gold and was taken from outcrop west of the #24 claim on the Moosehorn claim block.

2 - 2: ICP SOIL SAMPLING Thirty- nine test pits were sampled by hand digging with a pick and shovel to a minimum depth of sixty centimeters. Samples were taken from the bottom of each pit, placed in kraft paper soil bags, numbered, sealed and shipped to Acme Analytical Laboratories Ltd; 852 East Hastings Street; Vancouver, B. C. V6A 1 R6 for analysis. All pits were GPS located (see location map). The samples were dried, crushed, screened to -200 mesh and 30 grams from each sample was tested for 32 elements (standard ICP analysis). Results were emailed to me in excel- spread sheet format. Anomalous populations were determined; graphs and maps were generated and compared to the information gathered from the mobile metal ion geochemical survey. Digital compilation work, was completed by Mr. Robert Stirling (contract geologist / geophysicist); of Whitehorse, Yukon.

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2 -3 MMI SOIL SAMPLING SURVEY Mobile Metal Ion, multi element leach, soil geochemistry sampling was carried out in conjunction with ICP soil sampling as an experiment, to obtain geochemical results, in an area of known permafrost and to test a known linear geophysical anomaly. An orientation survey of thirty- sample pits was dug on two separate grid lines. The two lines are 100 meters apart and run in parallel across the geophysical target. Thirty sample pits were dug at 25 meter spacing to a minimum depth of 60 centimeters. Four samples are taken from each pit at 10 cm spacing. The sample spacing is measured down from the bottom of the live organic layer at the top of the pit. Samples are taken from the bottom up to avoid cross contamination. Samples are taken with a plastic scoop and placed in plastic freezer bags, then sealed and double bagged for shipment. Each sample is a minimum of 30 grams in weight. Each sample is numbered separately and each pit is described in notes for future geological referencing. Analysis of one hundred twenty - 30-gram samples was completed by SGS Canada Inc.; 1885 Leslie Street; Toronto, On; and employed mobile metal ion multi-element leach analysis. Results of the geochemical analysis were emailed to me in excel spread- sheet format. The highest values from the one hundred twenty samples taken were grouped by location and position of sample taken from each pit. Digital compilation of the data and generation of graphics was completed by Jeff Bond (geologist / YTG) and Danielle Heon (contract geologist) of Whitehorse, Yukon. The results of this work, was forwarded to Robert Stirling (contract geologist / geophysicist) for compilation with the ICP and geophysical information. Mr. Stirling generated graphics, sample location and anomaly maps. The most anomalous copper, cobalt, nickel & zinc values came from the west side of the grid. The most anomalous arsenic, gold, silver & lead values came from the east side of the grid. Sample # MP2/18E returned the highest values for gold and silver. Elevated values for pathfinder elements of silver, lead, zinc, cobalt and nickel are coincident with most of the high gold and copper values.

No areas of permafrost were encountered during the MMI soil sampling survey. Frozen ground has no negative effect on the geochemical results.

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CHAPTER 3 - CONCLUSIONS & RECOMMENDATIONS

Grade calculations for pan concentrates can be considered reliable if the various assumptions made were correct. The placer gold potential on open creeks to the North is high, as is the case of other creeks in the area.

It is recommended that the claim owners undertake a grade and volume survey on the creeks draining the northeast margin of the Moosehorn Range. If favorable results are obtained placer claims should be staked. Followed by a systematic overburden-drilling program to establish the depth and nature of gravel lying on bedrock. Kate Creek, e1 km south of Moosehorn #24, contains placer gravels that carry between 3.5 and 4.5 ounces of gold per cubic yard.

The significance of the MMI soil sampling on the property cannot be understated. Anomalous populations of copper, gold and silver, on both sides of the grid, gives evidence of a well developed mineralized system related to the geophysical target covered by the claim block. The ICP survey samples confirm the MMI anomalies. A follow-up MMI / ICP soil- sampling program should be carried out on the East and West ends of the existing grid. The geochemical survey needs to be extended to the north and south in order to test the full potential of the linear magnetic anomaly (in excess of 5 kilometers). Further, the clasts recovered through screening of the grade pit samples should be collected as individual samples and, after washing, submitted for geochemical analysis. This will provide a preliminary understanding of the local geology underlying the claims. The only outcrops seen on the claims were granodiorite, except for a small showing of biotite schist in a creek bank. However biotite schists are exposed on the Moosehorn Airstrip two km east of the claim block.

Limited prospecting of outcrops on the south- west end of the claims and in one of the creek beds (2km North) produced two anomalous rock samples. Sample MH/Ol R, a piece of quartz vein in biotite schist (outcrop in creek bank), assayed 841.5 ppb gold. Sample MH/02R taken from granodiorite outcrop (west of Moosehorn #24) assayed 4.5 grams/ton gold.

It is recommended that the claim block be expanded to the East, South and West to secure a larger position in the area.

Respectfully submitted

Tanana Exploration Inc.

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REFERENCES:

CASSELMAN, S., 1 99. Assessment report on the Moosehorn Property, Yukon, Troymin Resources Ltd. Yukon Assessment Report #094045

DEKLERK, R. 81 TRAYNOR, S. (COMPILERS), 2004. Yukon Minfile - A database of mineral occurrences. Yukon Geological Survey, CD-ROM.

GREIG, J. A., 1975. Geological, Geochemical and Drilling Report on the Lori Claim Group, Yukon, Claymore Resources Ltd. Y. A. R. #092923

IKONA, C. K. and DARNEY, R., 1975. Geological and Geochemical Report on the DEA Claims, Great Bear Mining Ltd. Y. A. Report # 061479

IREYS, C. G., 1998. Geological Mapping and Boring Report, Moosehorn Range Area, Yukon. Yukon Assessment Report #I093872

KEEVIL, G. A., 1976. Geological Mapping and Boring Report on Claymore Resources Ltd., Discovery Creek Area, Yukon. Y. A. Report #061650

READ, J and WRIGHT, J., 2000. Geophysical Assessment Report on the LAD Claims, Yukon, Newmont Exploration Canada Ltd. And Troymin Resources Ltd.. Yukon Assessment Report # 09421 8

SHIVES, R. B. K. ET AL., 2002. Airborne multi sensor geophysical survey, Stewart River area, Yukon Territory, Phase 1 and 2 G.S.C. Open File # 431 1.

STEVENSON, W.G., 1975. Geological Report on the LORI, CLAY, CARL and GEORGE Lode Mineral Claims on Moosehorn Mountain and the Placer Leases over Discovery, Swamp and Claymore Creeks, Yukon. Yukon Assessment Report #120043

WAUGH, D. H., 1975. A Comprehensive Report and Recommendations on the DEA Mineral Claims and DEA Placer Prospecting Leases and the Seven Mile Creek Prospecting Leases, Great Bear Mining Ltd. Y.A.R. #120036.

YUKON GEOLOGICAL SURVEY WEBSITE - MAP GALLERY

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LOCATION MAP

GOLD PROPERTIES 39231 Yukon Inc.

27 Tutshi Road, Whitehorse YT Y I A 3R4 867-668-2007

504000 5041 00 504200 504300 504400 504500 M U I1 I1 II

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Note: MH series samples are 80 mesh ICP. MP series samples are MMI.

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I Tanana Exdoration Inc. Moosehom Project

Location of Rock and Till SamDles I I January 17,2007

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ATTACHMENT A

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ACTIVITY LOG

Personnel: Wade Carrell, Ivan Elash and Neil Regimbald

ACTIVITY LOG

DATE

July 12/06 July 13/06

July 14/06 July 15/06 July 16/06

July 17/06 July 18/06 July 19/06 July 20/06

July 21/06 July 22/06

PERSONNEL WC IE NR

x x X x x X

x x x x x x x x x

x x x x x x x x x X

X X

ACTIVITY DESCRIPTION

Mobilize to Dawson from Whitehorse Mobilize - Moosehorn Airstrip; dig pit for sampling & cut line Dig MMI pits, line cutting & prospect Dig MMI pits, line cutting & prospect Dig ICP pits, sample stream seds & prospecting MMI pit sampling on grid & prospect ICP pit sampling & prospecting Demobilize- Moosehorn - Whitehorse Package and ship MMI samples to SGS Mineral Services in Toronto Package ICP samples for Acme Labs Ship ICP samples to Vancouver

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AlTACHMENT B

CERTIFICATES OF GEOCHEMICAL ANALYSIS

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Tanana Explorations Inc. Attn: Wade Carrel1 27 Tutshi Rd. WHITEHORSE YUKON YlA3R4

Certificate of Analysis Work Order: 089899

Date: Sep 08, 2006

P.O. No. : TANANA EXPL Project No. : DEFAULT

Date Submitted Jul26,2006 ReportComprises Pages 1 to 11

Distribution of unused material:

3 ts

No. Of Samples 49

(Inclusive of Cover Sheet)

17

Certified By : ,% art Lam

IS0 9002 REGISTERED IS0 17025 Accredited for Specific Tests. SCC No. 456

b e p o r t Footer: L.N.R. = Listed not received IS. = Insufficient Sample n.a. = Not applicable -- = No result

*INF = Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion Methods marked with an asterisk (e.g. 'NAA08V) were subcontracted

Subject to SGS General Terms and Conditions

b h e data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. f Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 4454152 www.sgs.ca

Membor of the SGS Group (SociLtL GLnCrrle de Surveillance)

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h h e data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada I

Member of the SGS Group (Sociitl Glnlrale de Survelll8nse)

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er: ~ A N A N A EXPL Page 4 of 11

b e data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report. in full or in part, is prohibited without prior written approval.

SGS Canada I

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SGS Canada I

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Vinal : 089899 Order: T A ~ A ~ A EXPL Page 6 of 11

h e data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. I f

Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

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h e data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written a

SGS Canada InC e Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 wwwsgs ca I

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fivhe data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

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inal : 089899 Or Page 10 of 11

he data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

#. SGS Canada I

Member of the SGS Group ( S o s l i t & Gin6nle de Surveillance)

Element

Page 11 of 11

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data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, IS prohibited without prior written approval.

SGS Canada I

Member of the SGS Group (Sociiti GIni l r le de Surveillance)

f"" To: Tanana Explorations Inc. iii Attn: Wade Carrel1

27 Tutshi Rd. WHITEHORSE YUKON YIA3R4 e

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Certificate of Analysis Work Order: 089898

Date: Aug 08, 2006

P.O. No. TANANAEXPL Project No. DEFAULT No. Of Sameles 76 Date Submitted Jul26,2006 Report Comprises

Distribution of unused material:

4 ts

Pages 1 to 11 (Inclusive of Cover Sheet)

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Certified By : m IS0 9002 REGISTERED

IS0 17025 Accredited for Specific Tests. SCC No. 456

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*INF = Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion Methods marked with an asterisk (e.g. 'NAA08V) were subcontracted

Subject to SGS General Terms and Conditions

Y h e data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

m SGS Canada Inc Mineral Services 1885 Leslie Street Toronto ON M36 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

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Ppm Ppm PPm Ppm Ppm Ppm Ppm PPm % Ppm Ppm PPb PPm PPm Ppm Ppm Ppm Ppm % % PPm Ppm % PPm % Ppm x % % PPm PPm Ppm PPm % Ppm PPm

MHP-1 4 7.0 7 6 28 1 1 7 3 7.9 345 14 19 19 9 2 1 5490.2 30 7 8 1 6 1 313 31 112 53 26 21 83 064 1 40 ,017 12 7 8 14 1 9 1 .06 8 < 5 MHP-2 2 8 8 0 74 4 24 9.9 5 3 10 6 358 27 59 24 5 9 1 47616.0 21 6 4 < 1 6 3 1 601 36 ,181 28 47 04 23 ,042 2 10 002 .01 >lo0 9 20 6 < 1 10 13 < 5 STANDARD OS7 20.5 106.1 69.4 403 9 55 3 9 4 633 2 40 48 6 4 8 68.9 4 5 70 6.5 4.2 4 5 86 .94 ,079 12 169 1 0 5 373 ,121 40 98 .080 .44 3 7 20 2 6 4.2 .21 5 4 1

GROUP I D X - 0.50 GM SAMPLE LEACHED UITH 3 ML 2 -2 -2 HCL-HN03-H20 AT 95 DEG. C FOR ONE HOUR, DILUTED TO 10 ML, ANALYSED BY ICP-MS. ( > I CONCENTRATION EXCEEDS UPPER LIMITS. SOME MINERALS MAY BE PARTIALLY ATTACKED. REFRACTORY AND G R A P H I T I C SAMPLES CAN LIMIT AU SOLUBILITY. - SAMPLE TYPE: Pan Conc. PI50

a 2 6 - 0 8 - 0 6 P 0 4 : O l O U T D a t a l FA __ DATE RECEIVED: JUL 24 2006 DATE REPORT M A I L E D : . . . . . . . . . . . . . . . . .

A l l r e s u l t s a r e cons ide red t h e c o n f i d e n t i a l p r o p e r t y o f t h e c l i e n t . Acme assumes t h e l i a b i l i t i e s f o r a c t u a l c o s t o f t h e a n a l y s i s on l y .

i -a ; P

LABORATORIES LTD PHDNE(604)253-3158 FAX(604)253-1716 ccredited Ca. 1

SAMPLE# Ea Be Co Cs Ga Hf N b R b Sn Sr Ta T h U V W Zr Y La Ce Pr Nd Sm ELI Gd T b Dy Ho Er Tm Yb Lu PPm Ppm Ppm Ppm Ppm PPm Ppm Ppm Ppm Ppm Ppm PPm Ppm PPm Ppm Ppm Ppm PPm Ppm Ppm Ppm Ppm PPm PPm Ppm PPm PPm PPm PPm Ppm PPm

MHP-1 1054.7 1 14.2 . 6 22.3 26.5 17.2 34.8 2 179 .11 .7 88.1 7 . 1 7 1 1 14.9 937.5 80.3 195.7 378.9 39.81 133.0 22.8 2.09 15.85 2.52 15.10 2.78 7.57 1.20 8.26 1.23 MHP-2 38.0 4 9.2 c.1 27.0 20.4 10.6 2 .1 1 9.3 1.1 81.5 14.4 638 193.6 744.4 64.9 152.9 289.0 30.58 100.0 17.7 1.34 13.49 2.03 11.75 2.11 6.10 .95 6.16 .98 STANDARD 546.0 1 27.2 7.6 18.7 9.7 20.5 29.5 14 421.8 6 .8 10.2 16.0 195 16.4 291.3 33.8 13.4 28.9 3.59 14.5 3.2 .92 3.12 .56 3.02 .65 1.98 .29 1.76 .29

Standard i s STANDARD SO-18. GRWP 48 - REE - 0.200 GM BY LiB02/LIZB407 FUSION, ICP/MS F I N I S H E D . - SAMPLE TYPE: Pan Conc. PI50

2 6 - 0 8 - 0 6 P O 4 : O l O U T DATE RECEIVED: JUL 24 2006 DATE REPORT MAILED:. . . . . . . . . . . . . . . . . Data- 11

A l l results are considered the confidential property of the c l ient . Acme a s s m s the l i a b i l i t i e s for actual cost of the analysis only. - I **a i, a La La -1 c

G-1 MHP-1 MHP-2 STANDARD FA-1OR

GROUP 6 - PRECIOUS METALS 8Y F I R E ASSAY FROM 1 A.T. SAMPLE, ANALYSIS BY I C P - E S . - SAMPLE TYPE: P a n Conc. P I 5 0

c.01 c.01 c.01 .29 c.01 c.01

40.20 c.01 c.01 -48 -50 -48

SAMPLE#

G - 1 MH-O1R MH-02R MH-03R MH-04R

MH-OSR MH-06R MH - 07R MH-08R MH-09R

Mo Cu Pb Zn Ag N i Co Mn Fe As U Au Th Sr Cd Sb B i V Ca P La Cr Mg Ba T i B A1 Na K W Hg Sc T1 S Ga Se PPn PPm PpnPpm P W Ppm Ppm Ppm x P W P p m PPb PpmPpm Ppm P W P W P W 16: P p m P P x Ppm % Ppm x x x P W P p m P W P p m x PpmPpm

.1 2.4 3.4 55 <.1 4.0 4.8 562 2.01 .6 2.5 .8 4.3 69 <.1 <.1 .1 37 .64 ,092 8 7 .64 221 .148 1 1 . 1 2 .087 .56 .1<.01 2.4 .4 <.OS 6 C.5

.3 7.3 63.4 52 .5 3.5 10.6 1174 3.82 >10000 3.7 841.5 12.0 179 .8 17.5 <.1 12 2.65 .082 11 3 .75 105 .004 4 .46 ,017 .33 .8 .14 4.0 .1 1.95 1 C . 5

.2 6.0 >10000 465 43.9 .8 .2 41 .26 197.8 .4 4512.2 .4 3 18.9 '2000 1.3 1 .04 ,002 <1 9 .01 24 .001 2 .OS ,004 .03 <.1 .20 .1 < . 1 .31 <1 <.5 21.1 47.1 15.1 115 <.1 18.6 3.9 914 2.98 21.6 2 .3 2.0 44.8 3 < .1 4.0 .1 213 .03 .a13 75 42 1.46 863 .213 <1 1.69 .013 1.49 .2<.01 16.2 2.1 <.05 9 .5

1.8 38.4 117.0 10 .3 4.8 6.3 56 1.66 16.8 .7 2.0 .I 1 .1 19.9 .8 5 .01 ,006 <1 6 .01 4 .001 1 .04 ,001 .01 .2 .02 .2 <.1 <.OS <1 <.5

.2 1.0 1.1 4 c.1 .7 .2 51 2 0 1.7 c.1 <.5 .2 <1 c . 1 .2 <.1 1 .01 ,002 1 7 .01 6 ,001 <1 .01 .001 . 0 1 <.1 .03 .2 c.1 <.OS <1 <.5

.2 1.7 12.7 3 c.1 1.0 .4 81 .29 1.9 .1 2.1 .4 1 <.1 3.4 <.1 <1 .01 ,001 1 12 .03 31 .001 <1 .08 .003 .06 <.1 .01 .2 <.1 <.OS <1 .5 10.0 2.2 10.7 29 < . 1 2.7 3.2 72 1.49 22.0 1.4 <.5 13.9 3 <.1 .5 .3 9 .06 .028 28 7 .19 53 ,038 1 .61 ,022 .33 .1 .01 1.7 .3 <.OS 3 <.5 3.1 3.5 6.6 3 c.1 .5 .5 45 .37 9.8 1.0 .7 22.2 3 <.1 .8 .1 1 .01 .005 5 3 .01 38 ,001 3 .21 .031 .18 .1 .01 .2 .1 <.OS <1 c.5

.7 4.6 6.3 9 .2 1.6 .9 301 .31 13.6 2 .4 .7 21.7 6 .1 .2 .1 1 . l o .006 11 6 .02 55 ,001 1 .17 ,027 .14 .1<.01 .2 <.1 <.OS <1 <.5

MH-1OR .2 1.1 12.2 3 <.1 .5 .2 126 .20 3 .1 6.5 1.3 3 .1 1 <.1 .8 3.0 1 .01 ,002 5 6 .01 12 ,004 <1 .15 ,045 .ll .4<.01 1.0 c.1 c.05 1 4 . 5 STANDARD DS7 21.0 110.0 69.5 410 .9 56.5 9.6 630 2.41 46.9 4.8 67.2 4.4 69 6.2 5.9 4.5 78 .93 ,078 12 174 1.05 368 .124 39 .98 ,077 .44 3.7 .19 2.4 4.1 .20 5 3.3

GROUP 1DX - 1 5 GH SAMPLE LEACHED WITH 90 ML 2-2-2 HCL-HN03-H2O AT 95 DEG. C FOR ONE HOUR, DILUTED TO 300 ML, ANALYSED BY ICP-MS.

- SAMPLE TYPE: ROCK R 1 5 0 (>) CONCENTRATION EXCEEDS UPPER L I M I T S . SOME MINERALS MAY BE PARTIALLY ATTACKED. REFRACTORY AND GRAPHITIC SAMPLES CAN L I M I T AU SOLUBILITY.

_ _ 2936-i'c'- 1 b d ; : - _ D a t a l FA - DATE RECEIVED: JUL 24 2006 DATE REPORT MAILED:. . . . . . . . . . . . . . . . .

I = - = = = I = = = I = D = = I = I = =

A l l results are considered the confidential property of the c l ient . Acme assumes the l i a b i l i t i e s for actual cost of the analysis only.

;AMPLE#

;- 1 IH-S-01 IH -S-O2 IH - S- 03 ;TANOARD DS7

GROUP I D X - 15 GM SAMPLE LEACHED W I T H 90 ML 2-2-2 HCL-HNO3-HEO AT 95 DEG. C FOR ONE HOUR, DILUTED TO 300 ML, ANALYSED BY ICP-MS. (>) CONCENTRATION EXCEEDS UPPER L I M I T S . SOME MINERALS MAY BE PARTIALLY ATTACKED. - SAMPLE TYPE: SED. SS80 60C

REFRACTORY AND G R A P H I T I C SAMPLES CAN L I M I T AU SOLUBILITY.

Mo Cu Pb Zn Ag N i Co Mn Fe As U Au Th S r Cd Sb B i V Ca P La C r Mg Ba T i B At Na K W Hg Sc T l S Ga Se

.9 4.2 3.1 42 <.I 8.2 4.3 512 2.03 .7 2.6 1.5 4.3 76 < . l <.1 .I 42 -57 .077 9 98 .55 206 .I31 1 1.04 .I21 .51 .1<.01 4.0 .3<.05 5 .6

.8 10.2 5.4 57 <.I 7.1 11.3 815 2.78 95.0 2.3 1.2 17.0 27 .2 .3 .2 66 .31 .071 20 10 .83 166 .I01 1 1.40 ,011 .45 .2 . I1 2.4 .4<.05 5 <.5

.8 9.7 9.4 59 1.1 5.4 11.9 839 2.66 156.1 3.9 3.4 13.7 19 .I .6 .4 52 .32 .075 21 8 .62 175 .091 1 1.30 .011 .40 .4 . I5 2.3 .4<.05 5 <.5

.5 12.7 8.5 58 1.1 11.1 12.2 488 2.67 22.8 .9 6.7 3.7 18 .I -3 .2 76 .29 .062 9 20 .74 110 .I12 1 1.56 .012 . I1 .3 .08 2.8 .2<.05 6 .5 21.2 109.1 71.7 416 .9 58.0 9.8 633 2.42 49.0 5.0 71.6 4.5 71 6.3 6.0 4.6 90 .94 .081 13 220 1.06 381 .I28 38 .99 .on .45 3.9 .21 2.6 4.2 . I8 5 3.4

Ppm Ppm PpmPpm Ppm Ppm PpmPpm % Ppm Ppm PPb PpmPPPpmPpmPpmPpm % %PpmPpm % ppn %Ppm % % %PpmPpmPpmPP %ppmPpm

D a t a l FA - DATE RECEIVED: JUL 24 2006 01 -01 -90 P 0 8 : 2 7 I N

DATE REPORT MAILED: .................

A l l resul ts are considered the conf ident ia l property of the c l i en t . Acme assumes the l i a b i l i t i e s f o r actual cost o f the analysis only.

SAMPLE#

G- 1 MH-01 MH-02 MH-03 MH-04

MH-05 MH-06 MH-07 MH - 08 MH-09

MH-10 MH-I1 RE MH-11 MH-12 MH-13

MH-14 MH-15 MH-16 MH-17 MH-18

MH-19 MH-20 MH-21 MH-22 MH-23

MH-24 MH - 25 MH-26 MH-27 MH - 28

MH - 29 MH-30 MH-31 MH-32 MH-33

STANDARD

Mo Cu Pb Zn Ag N i Co Mn Fe As U Au Th S r Cd Sb B i V Ca P La C r Mg Ba T i B A1 Na K U Hg Sc T l S Ga Se Ppm ppm PpmPPppm Ppm Ppm Ppm % PPnPpm PPbppmppmPpnPpmPpmPpm % % PpmPpm XPpm %Ppm % % %Ppm Ppm PPPpm %PpmPpm

1.4 3.6 2.9 43 <.I 9.9 4.0 516 1.96 e.5 2.3 2.7 4.1 78 <.I . I . I 36 .65 .083 10 121 .57 205 .I38 1 1.08 .I23 .55 . I <.01 2.4 .3 -09 5 <.5 .5 30.2 1.6 78 <.I 46.4 21.0 464 5.33 12.4 .3 3.2 1.6 75 .I <.I <.I 118 1.29 .201 18 39 2.16 111 .I25 1 2.61 .I77 .35 <.I .01 6.6 .3<.05 8 c.5 .6 22.8 3.0 70 <.I 17.7 18.2 467 4.68 141.9 .6 6.1 3.4 36 .I .2 . I 105 -80 -191 24 24 1.23 298 .I35 1 1.93 .OS0 .36 . I .02 6.4 .3 -07 8 <.5 .5 32.9 11.7 90 <.I 16.3 21.5 1020 5.26 258.6 1.6 6.0 5.5 28 . I .6 .5 127 .52 .081 12 21 1.53 277 .238 1 2.69 -017 1.00 .2 .03 7.9 .7 -06 9 <.5 .2 15.3 6.1 103 <.I 10.0 22.2 909 6.00 48.6 1.2 5.3 5.1 29 <.I .2 . I 135 .58 .I32 14 14 2.32 310 .307 1 3.73 .010 1.90 .I .03 5.2 1.5 -08 12 <.5

.7 24.0 7.7 56 <.I 18.7 12.4 450 3.73 67.4 .9 3.4 5.2 33 . I .3 .2 96 -46 .032 11 27 .92 227 .I54 1 2.41 .018

.4 31.9 7.2 53 <.I 24.7 14.1 487 3.25 26.6 1.7 5.3 3.7 44 . I .3 .2 80 -61 .044 13 28 .75 241 .I41 1 2.14 -039

.6 26.2 7.8 49 <.I 20.6 10.7 435 3.27 9.7 1.5 2.6 4.0 37 . I .3 .2 77 .50 .033 14 26 .72 244 .I16 1 2.03 -026

.7 28.8 7.8 60 <.I 20.8 13.3 608 3.70 10.6 2.5 5.3 5.1 36 . I .3 .2 95 .51 .041 18 31 .87 220 .I64 1 2.52 .024

.2 25.0 5.2 91 <.I 25.6 21.6 861 5.48 10.4 .9 <.5 3.0 267 .I .I .1 146 .83 .I47 10 15 2.15 790 .272 1 4.06 .029

.7 21.9 6.3 60 <.I 16.8 12.2 374 3.41 13.3 .5 1.3 3.0 32 - 1 .3 .2 90 .42 .066 10 23 1.00 214 .I71 1 2.43 .031

.4 27.6 5.9 69 <.I 21.1 14.5 586 3.96 15.5 .7 7.0 5.1 34 . I .2 .2 94 .52 -071 20 27 1.15 274 .I94 1 2.56 .024

.4 27.7 6.0 64 <.I 20.9 14.5 601 4.10 15.7 .7 6.8 5.1 34 . I .3 .2 105 .50 -071 20 29 1.14 283 .ZOO 12.49 -023 1.0 23.5 8.4 55 <.I 17.1 10.7 336 3.11 21.0 .7 5.6 3.6 25 . I .3 .1 87 .31 .044 12 26 .76 171 .I59 1 2.24 -021 .2 23.2 5.4 90 <.I 9.9 18.4 868 5.16 74.3 .7 4.2 3.6 25 <.I .4 . I 127 .64 .I37 17 13 1.76 357 .303 < I 2.84 -012

.5 27.2 10.4 72 <.I 14.0 15.8 691 4.46 121.0 1.4 14.5 5.5 21 . I .5 1.9 94 .37 .067 13 18 1.14 261 .I79 < I 2.78 -013

.6 27.2 8.5 55 <.I 22.9 11.6 429 3.34 51.3 .8 9.5 3.8 30 . I .4 . I 78 .39 .031 14 28 .82 209 .I49 2 2.09 .024

.7 22.1 6.5 75 <.I 15.3 16.5 666 4.68 142.4 .7 5.5 4.9 18 .2 .5 . I 107 -26 .029 13 18 1.19 245 .I55 13.15 .012

.3 21.1 8.4 87 <.I 10.1 17.7 778 4.46 164.6 .9 7.3 2.7 20 .I -3 . I 114 .48 .I35 14 14 1.72 296 .268 1 2.93 -014

.5 21.2 6.6 82 .2 9.1 17.0 769 4.66 229.1 1.3 16.0 4.7 17 .I .7 .2 111 .47 -080 16 11 1.44 315 .214 1 2.64 .015

.4 25.6 7.8 60 <.I 19.7 13.2 485 3.78 65.0 1.2 5.6 3.5 29 <.I .4 . I 92 .48 .041 12 26 1.04 212 -204 2 2.12 -030

.3 35.5 3.9

.5 23.9 6.5

.5 24.9 6.7

.5 23.9 6.8

.5 33.1 7.4

.4 25.3 8.0

.6 22.4 6.6

.4 27.0 5.9

.4 22.1 6.6

88 <.I 18.6 19.8 885 5.89 68 <.1 16.7 17.7 527 4.64 58 <.I 17.9 13.9 555 3.73 58 <.I 17.9 12.6 451 3.63

56 - 1 24.4 12.0 374 3.53 53 <.I 20.0 12.7 496 3.58 58 <.I 19.4 11.7 329 3.74 58 <.I 17.9 11.2 394 3.28 60 <.I 17.6 13.6 500 3.57

27.1 .6 2.4 1.6 31 .I .3 . I 180 18.3 1.0 1.6 4.3 26 . I . 3 . I 113 60.9 1.3 3.3 3.9 31 . I .4 .I 97 50.0 .8 4.4 3.7 31 . I .3 .5 92

16.8 2.2 3.4 4.7 36 . I .4 .2 90 19.9 2.5 3.4 5.1 33 .I .3 .2 90 10.1 .5 2.9 4.0 41 .I .2 .2 98 12.1 1.2 2.7 4.1 36 .1 .2 .2 87 9.5 1.0 1.2 7.3 31 .I .2 .2 91

.4 27.2 5.3 69 <.I 24.2 16.8 620 4.46 10.5 1.0 2.6 4.8 54 . I .2 -2 107

.8 37.7 8.0 58 . I 27.4 16.0 658 4.09 15.1 3.6 3.7 5.0 46 . I .4 .2 104

.4 28.8 7.6 52 <.I 23.2 10.8 412 3.27 9.2 2.1 3.4 4.8 37 .I .3 .I 80

.4 32.5 8.0 60 <.I 22.2 13.9 578 3.72 8.8 2.0 3.3 6.1 39 .I - 4 .I 98

.3 26.8 10.6 96 <.I 11.0 22.3 1314 5.96 33.5 3.2 4.0 9.4 30 . I - 7 .I 149

!1.0 109.6 71.6 416 .9 57.6 9.8 644 2.42 49.6 5.0 71.0 4.6 73 6.4 5.8 4.7 88

. I3 .I .01 5.4

.08 . I -05 6.3

.06 .I -07 6.1

.07 .I .08 7.4

.87 .I -02 7.9

-27 .1 .04 4.6 -43 . I .02 5.4 -44 . I .01 5.4 . I4 . I .03 4.3 .I3 . I .02 5.0

.49 .I .02 5.7

. I2 .I -03 6.7

.49 . I .02 5.2

. I1 . I .04 4.4

.OO . I .02 8.5

.3<. 05

.2<.05

. I -07

.2<. 05

.8<. 05

.3<.05

.4 .07

.4 .07

.3<. 05

.9<. 05

.4<.05

.1<.05

.4<. 05

.8<. 05

.7<. 05

7 <.5 6 .5 6 <.5 8 <.5

11 <.5

9 <.5 7 <.5 7 <.5 8 x.5

10 .5

8 x.5 6 .5 9 <.5

10 <.5 9 <.5

.34 . I -03 5.0 .3<.05 7 <.5 .59 .064 10 25 2.31 473 .322 1 3.82 .021 1.18 .2 .01 11.5 .9<.05 11 .5 .41 .047 15 20 1.38 262 .I60 12.69 .016 .47 .I -02 7.2 .5<.05 8 <.5 .45 .048 14 24 1.05 210 .I74 1 2.13 .025 .33 .I .03 5.7 .3<.05 7 <.5 .46 .045 12 25 1.01 216 .I83 2 2.34 .022 .33 .I .03 5.4 .4<.05 8 <.5

.55 .038 14 32 .84 328 .I70 2 2.61 -026 . I 7 . I .05 7.2 .2<.05 7 <.5

.SO .042 14 25 .91 235 .I66 2 2.51 -023 .20 .1 .03 5.9 .3<.05 7 .5

.55 .061 17 30 1.11 163 .I67 2 2.38 .036 . I 5 . I .03 5.3 .2<.05 9 <.5

.53 .OS8 16 26 .95 188 .I85 2 2.14 .025 .30 . I -04 4.4 .3<.05 7 <.5

.54 .081 17 26 .92 215 .I73 2 2.35 .020 .36 . I -05 4.5 .4<.05 7 <.5

.83 .IO7 18 43 1.21 210 .I70 2 2.76 .OS8 .30 .2 .03 6.5 .3<.05 8 <.5 -56 .047 23 33 .87 302 .I51 3 2.83 .038 .09 .I .09 9.2 .1<.05 8 .5 .53 .035 15 28 .84 177 .I51 1 2.25 .028 . I O .I .04 7.4 .1<.05 7 <.5 -56 .062 20 27 -92 248 .I66 3 2.22 -030 .24 .I 1.59 7.1 .2<.05 7 < . 5 .67 .I29 30 14 2.08 310 .256 2 2.82 .011 -73 .3 .25 10.7 .&.OS 11 <.5

.96 -082 15 180 1.06 387 .I26 39 1.01 -080 .51

Standard i s STANDARD DS7. GROUP I D X - 15 GM SAMPLE LEACHED WITH 90 ML 2-2-2 HCL-HN03-HtO AT 95 DEG. C FOR ONE HOUR, DILUTED TO 300 ML, ANALYSED BY ICP-MS. (>) CONCENTRATION EXCEEDS UPPER L I M I T S . SOME MINERALS MAY BE PARTIALLY ATTACKED. REFRACTORY AND GRAPHIT IC SAMPLES CAN LIMIT AU SOLUBILI - SAMPLE TYPE: SOIL sS80 60C Samples beginning 'RE' are Reruns a d 'RREI are Reject Reruns.

.? r ..d06-3'- 1 i; P J 3 : 5 % DATE RECEIVED: JUL 24 2006 DATE REPORT MAILED:.................

im A l l resul ts are considered the conf ident ia l property of the c l ien t . Acme assumes the l i a b i l i t i e s f o r actual cost of the analysis only.

Q Page 2

SAMPLE#

G- 1 MH-34 MH-35 MH-36 MH-37

MH-38 MH-39 STANDARD

Mo Cu Pb Zn Ag N i Co Mn Fe As U Au Th Sr Cd Sb B i V Ca P La Cr Mg Ba T i B A 1 Na K W Hg Sc T l S Ga Se ppm Ppm PpmPpmPpm ppm Ppm ppm % ppmppm PPb PpmPpn ppm PpmPpmPpm % %PpmPpm % Ppm % Ppm % % %PpmPpm P W P P %Ppm Ppm

.9 3.4 2.8 43 <.I 7.3 4.2 501 1.98 <.5 2.4 2.1 3.9 71 <.I .I .I 38 .57 .075 8 94 .54 202 .I30 1 1.00 .I20 .51 .1<.01 3.8 .3<.05 5 -6

.3 24.2 7.7 94 <.I 11.7 19.9 982 5.49 25.2 1.2 1.5 9.0 26 .I .7 .2 137 .51 .099 19 20 1.90 324 -220 1 3.26 .009 1.01 .I .05 8.1 .9<.05 11 .6

.5 21.5 8.7 50 <.I 14.0 8.8 370 2.92 6.1 1.2 3.5 12.7 25 <.I .3 .I 54 .31 .029 29 26 -60 136 .I07 <I 1.53 .013 -20 .2 .07 6.6 .3<.05 6 .5

.5 24.8 9.6 59 <.I 11.6 8.8 335 3.47 3.4 1.0 1.2 13.4 15 <.I .3 .I 56 .23 .034 31 22 .83 157 .I02 <I 1.90 .006 .26 .I -17 4.9 .3<.05 8 .8

.5 17.9 7.9 61 <.I 14.2 10.2 321 3.63 10.2 .7 3.8 7.3 17 .I .3 .I 69 .27 .067 15 28 -67 104 .088 (1 2.34 .009 . I8 .I .08 4.5 .3<.05 9 .6

.3 88.2 5.2 100 .I 7.7 38.5 1672 7.72 37.5 1.4 8.8 8.0 27 .2 .2 1.7 175 .70 .I43 22 12 2.26 587 .I43 1 3.59 .015 -34 1.0 .07 18.2 .5<.05 12 .8

.6 41.2 8.9 65 <.I 25.1 11.2 357 3.68 152.0 1.4 31.8 4.7 38 .I .9 .I 95 .59 .083 16 45 .85 249 .I73 2 2.31 .024 .I7 1.2 .02 7.3 .2<.05 7 <.5 21.2 109.1 71.7 416 .9 58.0 9.8 633 2.42 49.0 5.0 71.6 4.5 71 6.3 6.0 4.6 90 .94 .081 13 220 1.06 381 .I28 38 .99 .073 .45 3.9 -21 2.6 4.2 .I8 5 3.4

I A l l results are considered the confidential property of the c l ient . Acme assumes the l i a b i l i t i e s for actual cost of the analysis only. D a t a h F A - a a *.a -a -a -a 1 -a .a a 1 rn ..a

I

L

L

i

AlTACHMENT C

ICP AND MMI SPREAD SHEETS AND GRAPHICS

Y

13

Tanana Exploration

General notes:

didn't do ICP

access different worksheets by using tabs at bottom left of screen

calculate median for each group: gives middle value of population, can compare spread of overall population of a data set in

comparison with the medianlmiddle value

I didn't replace the <than detection limit by an actual number. This skews the stats, so median is taken as a guideline only

the greater the number of samples, the better the statistics

best coincident anomalies are in Moosehorn set.

these values are very low, it would be good to check to see the range of values that is significant for this analytical technique

when looking at the graphs, watch for the vertical scale. Excel takes the whole graph for the range of values, no matter what that

range of values is. So some spikes can look significant when there is in fact only slight variation in values

Moosehorn some sample sites appear anomalous in several horizons:

MPI- MP2 1-19 graphed by Jeff

MPl/06W, 07W and 08W have elevated Cu, Ni +/- U in sample horizons A, B and (for 06W only)C MP1/16E, 17E and 18E have elevated As for sample horizon A, 6 and C, with coincident elevated Au for sample horizon B

In addition, MP1/16E has elevated Ti in sample horizons A and 6

Iyr

YY

L

yyu

Iyu

h

rylv

ANALYTE METHOD DETECT1 ON UNITS M P 1 /O 1 W/A MPI 101 W/B MPI /01 W/C MP1/01 WID M P 1 /02W/A MP 1 /02W/B MP1/02W/C MP 1 102WID MP1/03W/A MP1103WIB M P 1 /03W/C MPlI03WID M P 1 /04W/A MP1/04W/B M P 1 /04W/C M P 1 /04W/D MP1/05W/A MP1/05W/B M P I /05W/C MP1/05W/D M P I /06W/A MP1/06W/B MP 1 /06W/C MP 1/06W/D M P 1 /07W/A M P 1 /07W/B MP1/07W/C M P 1 /07W/D M P 1 /08W/A MP1/08W/B MP1/08W/C MP 1/08W/D MPuO9UA MP2/09E/B MP2/09E/C MPUOSEID MPUIOUA MPZIOUB MP2/1 OE/C MP2/1 OUD MPUl1 E/A MP2/11 E/B M PU11 E/C MP2/11 E/D MP2/12E/A MP2/12E/B MPUl2E/C

As MMI-M5

1 PPB 13 11 5 4 31 15 22 17 42 19 10 9 1

<1 1 2 4 4 3 1

33 18 7 2 20 9 4 8 5 4 2 8 < I 2 5 3 6 4 4 7 3 5 3 2 9 9 13

AI As AU Ba MMI-M5 MMI-M5 MMI-M5 MMI-M5

1 10 0.1 10 PPM PPB PPB PPB 34 <IO 0.2 I010 50 4 0 0.1 21 80 115 <IO <o. 1 4230 145 <IO <o. 1 2060 31 <IO 0.6 5970 60 <IO 0.3 81 30 74 <IO 0.3 8700 163 20 0.1 2260 19 <IO 0.3 5250 33 < lo 0.3 6140 67 < lo 0.2 4250 110 I O <o. I 4310 47 <IO 0.1 7760 73 50 0.1 81 I O 114 60 0.1 6860 168 60 0.1 4650 13 <IO 0.2 3430 25 <IO 0.2 3670 88 <IO 0.1 3490

22 1 50 0.1 2980 8 <IO 0.4 2790 13 <IO 0.5 2990 52 <IO 0.4 5250 126 e10 0.1 3730 13 <IO 0.6 2910 14 <IO 0.7 3220 21 <IO 0.5 2730 96 4 0 0.2 3560 36 <IO 0.4 4510 36 <IO 0.3 4570 73 <IO 0.1 5600 127 <IO 0.1 3620 24 <IO 0.1 4020 33 4 0 0.1 2730 14 <IO 0.2 1420

255 <IO 0.1 3530 84 4 0 0.2 3430 53 <IO 0.1 3230 132 <IO <o. 1 1420

>300 <IO eo. 1 1240 9 <IO 1.3 6540 23 <IO 1.7 6890 55 e10 1 8150 75 40 0.3 5550 1 02 <IO 1.1 4620 48 4 0 1.8 5540 31 <IO 1.9 4400

Ca MMI-M5

10 PPM 390 490 510 210 430 340 290 80 370 280 230 270 320 210 130 100 390 400 260 100 330 320 390 280 340 350 350 320 320 360 290 250 380 380 340 160 180 80 60 50 390 340 330 140 160 240 370

c

e

t

P

TL

d

r - .

l i

L h

L

MP2/12E/D MP2/13E/A MP2/13E/B MP2/13E/C MP2/13E/D MPZ14UA MPZ14UB MPUl4UC MP2/14E/D MP2/15E/A M P2/15E/B MP2/15E/C MP2/15E/D MP2/16E/A MP2/16E/B MP2/16E/C MP2/16E/D MP2/17E/A MP2/17E/B MP2/17E/C MP2/17E/D MP2/18E/A MP2/18E/B MP2/18UC MP2/18E/D MP2/19E/A MP2/19E/B MP2/19E/C MP2/19E/D DUP-MPlIOl Wj DUP-M P 1 /04W4 DUP-MP 1 /07Wi DUP-MPVlOE/j DUP-MP2/13E/i DU P-M P2/16E/r DUP-MP2/19E/i

6 2 3 4 7 3 2 3 1

24 14 7 21 14 10 10 10 9 11 15 18 47 57 58 39 12 36 20 18 11 1 17 6 2 15 13

grouped by sample type

MP1/01 W/A MPlIO'LWIA MP1/03W/A M P1/04 W/A M P 1 /05W/A YPlIO6WlA MP1107WIA MPII08WIA MP2/09E/A MPZlOUA MPZ11 U A MP2/12E/A

13 31 42 1 4 33 20 5 <1 6 3 9

206 11 36 92 199 57 190 56

224 5 36 1 36 200 93 95 114 214 41 48 115 228 16 10 35 97 4 9 20 37 23 37 9 76 9 95 3

34 31 19 47 13 8 13 36 24 84 9

1 02

< lo < lo < lo e10 30 4 0 80 10 40 <10 < lo 20 10

180 270 370 150 120 80 190 40 70 80 140 60 <IO 4 0 20 40 <10 < lo e10 < lo <10 200 < lo

5 5 5 5 5 5 5 5 5 5 5 5

0.2 1.2 0.7 0.4 0.4 2.8 0.3 1

<o. 1 1.9 0.9 0.4 0.3 1

1.2 1.2 0.4 1.5 2.3 0.5 0.5 4.7 6.4 3.6 1.4 0.6 0.8 0.4 0.2 0.1 0.1 0.5 0.1 1.4 1.1 0.6

0.2 0.6 0.3 0.1 0.2 0.4 0.6 0.4 0.1 0.2 1.3 1.1

1070 6120 7920 6690 5590 7600 4260 8030 2000 6210 51 80 3360 3740 5840 561 0 4820 291 0 8280 9710 4340 1980 9330 91 50 8960 4900 3850 3990 5210 3490 1030 7920 3850 3950 6310 5980 41 80

1010 5970 5250 7760 3430 2790 291 0 4510 4020 3430 6540 4620

30 41 0 360 190 40 31 0 120 250 80 350 31 0 140 60 170 80 90 90

240 210 100 40 450 450 290 230 380 280 390 350 330 320 390 200 370 170 380

390 430 370 320 390 330 340 320 380 180 390 160

< lo 4 0 < lo < lo < lo < lo <IO < lo < I O < I O < I O <10 4 0 4 0 4 0 < lo <10 4 0 < lo < l o < lo < I O <IO e10 e10 < lo <IO 4 0 <10 < lo 4 0 < lo < lo e10 <10 <10

e10 <10 4 0 <IO <10 < lo <10 <10 < lo 4 0 < lo 4 0

I. 1 I I I I I I I I I I I I I I I I I

2 3 24 14 9 17

c 10.5

I1 57 5 93 41 16 4

24

5 5 5

180 I20 70 5

23.66427 5

1.2 6120 28 7800 1 .o 6210 I 5840

1.5 8280 4.7 9330 0.6 3860

-235.263 5250

410 310 350 170 240 450 380

350

<IO <IO 4 0 <IO 4 0 <IO 4 0

MUM!

MP1101 WIB MPll02WlB MP1103WB

MPll05WlB Ypimwm

wnmwm

yp2MOEIB MP2/IIEIB UP2llzuB MP2/I 3EIB NPY14EIB MP2/15E/B NP2I16EB MPZ17EIB MP2/18UB MP2/lsUB Av- m e d i i

MPimiwK: MPI102WIC YplIWwIC Yplmw/C MPll05WlC NPlIOBwIC

MPIIOEWIC MP2lOQElC MP2lIOEE WI 1 uc MP2/12HC MP2/13€IC MP2l14EE YPZHWC ypzM6EK: -17EfC yppn8lm

MPirnmic

11 15 I 9 0.5 4 18 9 4 2 4 5 8 3 2 14 10 I 1 57 36

12.28947 9

5 22 I O I 3 7 4 2 5 4 3 13 4 3 7 10 15 5%

50 80 33 73 25 13 14 36 33 53 23 48 38 I90 36 95 48 10 9

36

115 74 87 114 88 52 21 73 14 132 55 31 92 58 136 f 14 115 35

5 5 5 (10 5 5 5 5 5 5 5 5 5 W 5

270 W (10 5

0.1 0.3 0.3 0.1 0.2 0.5 0.7 0.3 0. I 0.1 I .7 1.8 0.7 0.3 0.9 1 2 2.3 6.4 0.8

2180 8130 6140 8110 3870 2990 3220 4570 2730 3230 6890 5640 7920 4260 5180 5610 9710 9150

33.15769 0.989474 0.5 5

5 5 5 60 5 5 5 5 5 5 5 5 5 10 20 370 190 I40

0.05 0.3 0.2 0. I 0. I 0.4 0.5 0.1 0.2 0.05 I

1 .o 0.4 1

0.4 1.2 0.5 3.6

4230 6700 4250 8880 3490 5250 2730 5800 1420 1420 8150 4400 8690 8030 3380 4820 4340 8980

490 340 280 210 400 320 350 360 380 80 340 240 380 120 310 80

210 450 280

320

510 290 230 130 260 390 350 290 340 80 330 370 190 250 140 90 100 290

<IO 4 0 < I O 4 0 <IO 4 0 4 0 4 0 <IO <IO 4 0 4 0 < I O <IO 4 0 4 0 < I O 4 0 <IO

#NUMI

4 0 <IO <IO 4 0 4 0 4 0 4 0 <IO 6

< I O 4 0 <IO 4 0 <IO <IO <IO 4 0 <IO 4 0

I I I I I I I I I I I I I I I I I I I

MP2/lSEIC

median

MPIIOI W/D MPlIO2WlD YPlIOSWID MP1104WlD YPlI06WlD MPl / W I D MPlIO7WID MPllO8WlD MPZOQEID YPZIlOUD MP2/11 ED MP2/12EID MP2/13E/D MP2/14UD MP2/15EID YPZlBElD MP2/17E/D MP2/18E/D MP2IlgUD

Avrraga

Average median

20 10.31579

5

4 17 9 2 1 2 8 8 3 7 2 6 7 1

21 10 18 39 18

9.831579 7

silver 13 31 42 1 4 33 20 5

0.5 6 3 9 2 3 24 14 Q

47 12

20

73

145 163 110 168 221 126 96 127 255 >300 75

208 199 224 200 214 220 97 37

165.5

11 15 I 9 0.5 4 18 9 4

2 4 5 9 3 2 14 10 I1 57 36

0.4 5210 652632 5153.158

5 0.4 4820

5 20 10 60 50 5 5 5 5 5 40 5 30 40 10

I S 0 40 60 40

30.78947 20

5 22 10 1 3 7 4 2

0.05 0. I 0.05 0.1 0.1 0. I 0.2 0.1 0. I 0.05 0.3 0.2 0.4 0.05 0.3 0.4 0.5 1.4 0.2

0.247588 0. I

4 17 9 2 1 2 8 8

5 3 4 7 3 2 13 6 4 7 3 1 7 21 10 10 15 18 58 39 20 28

2080 2260 4310 4650 2980 3730 3560 3620 3530 1240 5550 1070

2000 3740 2910 I980 4900 3490

3324.737 3530

5590

< I

MUMI

C l

c1 C l

< I < l < I < I < I < I < I < I c1 < I c1 c1 C l

< I c1 < I

MUMI

arsenic 5 5 5 5 5 5 5 5

5 5 5 5 5 5 5

180 120 70 5

390

290

210 80 270 100 100 280 320 250 I60 50 140 30 40 80 60 go 40 230 350

100

5 5 5 50 5 5 5 5

5 5 5 5 5 80 5

270 80 80 5

<IO

MUM!

<IO <IO <IO 4 0 4 0 e10 e10 < lo <IO 10

<IO <IO <IO < lo 4 0 <10 <IO < lo < lo

10

5 5 5 60 5 5 5 5

5 5 5 5 5 10 20 370 190 140 20

yr

I

Ir

LI

m

Is

YI

Ce MMI-M5

5 PPB 43 148 274 187 90 62 126 243 135 103 111 93

257 224 374 406 147 197 175 263 99 1 34 405 104 165 166 178 173 325 368 314 83 169 214 509 437 492 274 308 470 330 284 46 1 1030 672 129 448

co MMI-M5

5 PPB

6 <5 8 43 7 12 15 41 8 7

24 43 8 21 35 48 e5 9 23 51 16 16 22 25 6 <5 5 26 7 8 22 33 7 18 39 44 6 16 30 80 <5 7 12 22 16 15 18

cu DY MMI-M5 MMI-M5

10 1 PPB PPB 180 57 130 41 70 35 110 35 200 26 140 19 160 27 190 50 420 31 370 23 41 0 24 130 24 190 17 190 14 200 28 170 32 250 26 200 23 220 30 180 35 790 64 1180 77 1100 126 190 21 1100 126 650 80 380 32 150 34 600 75 430 68 230 27 140 14 340 33 270 38 250 96 170 91 280 54 120 17 200 29 720 65 310 23 350 21 220 21 140 30 380 61 480 33 610 116

Er

0.5 PPB 26.9 20.2 18.6 17.8 15.7 12.3 16.2 26.9 19.1 16.1 15.1 15 9.3 7.3 14.2 14.5 13.9 12.9 19.1 17

41.7 54.6 91.8 13.2 87.9 52.9 22

21.5 57.2 50.2 17.4 8.4

24.6 31.3 59.7 56.3 28.1 8.1 14.4 30.1 15.5 17.3 17.7 13.7 33

30.2 88.7

MMI-M5 Eu

0.5 PPB 25.8 18.1 12.2 9.4 7

4.8 7.4 12.8 7.8 5.3 5.5 5.6 5

4.5 8.6 9.8 7

6.8 7.3 8.1 12.6 15.8 26.7 4.8 28.5 19.7 8.7 8 17

17.1 6.3 3.3 8.7 9.3

24.3 17.8 14.2 5.7 8.9 17 7.8 6.6 6.2 11.4 15.5 6.3 27

MMI-M5 Fe

MMI-M5 1

PPM 11 10 14 29 8 10 11 49 7 8 20 35 5 14 20 27 6 7 19 61 5 6 9 20 8 5 5 13 5 5 5 18 4 4 5 20 9 12 25 157 3 3 4 19 14 3 6

Gd MMI-M5

1 PPB 88 63 49 41 32 23 34 58 36 25 25 26 24 21 39 43 33 32 34 38 71 87 141 23 148 97 42 37 83 86 31 16 40 44 117 86 66 25 39 76 39 34 32 55 71 30 135

La MMI-M5

1 PPB 1 06 133 125 73 44 29 55 103 68 32 39 36 174 133 205 206 64 79 77 109 51 78 1 94 53 130 145 98 78 163 208 21 3 55 69 83 156 169 238 128 126 1 72 172 165 310 464 304 67 234

i

It

b

Iy

308 113 78 57 195 150 217 108 95 155 180 443 389 61 0 453 504 522 348 1 74 505 35 1 177 109 475 402 103 32 <5 <5 17 148 90

412 94 502 88

43 90 135 257 147 99 165 325 169 492 330 672

20 13 26 36 37 11 64 10 16 10 24 51 51 22 34 62 39 5 11 22 39 <5 45 6 27 15 22 21 19 6 8

<5 6 15 27 14

6 7 8 8 <5 16 6 7 7 6 <5 16

290 110 140 190 230 200 110 200 50

640 31 0 470 240 150 190 210 190 210 220 180 390 180 200 240 280 190 270 160 100 150 200 980 280 130 160 220

180 200 420 190 250 790 1100 600 340 280 31 0 380

41 11 9 12 34 21 28 16 I 1 56 26 71 51 41 27 32 45 17 23 34 54 13 9 32 43 8 5 2 2 36 12 80 46 11 37 7

57 26 31 17 26 64 126 75 33 54 23 61

17.4 8.8 8.5 10.6 19.5 19.5 15.1 14 5.5 54.6 26.1 46.4 26.3 20.8 12.9 14.9 22.4 10.1 16.4 17.9 27.4 7.6 6.1 15.7 21.6 4.8 3.6 2.2 1.6 18.9 6.7 42

23.6 10.3 19.7 4.9

26.9 15.7 19.1 9.3 13.9 41.7 87.9 57.2 24.6 28.1 15.5 33

10.1 3.7 2.4 2.2 7.5 5.2 7.7 3.6 3.2 10.7 5.4 15

12.8 13.1 8.5 10.1 13.5 5.7 5.1 11.3 12.3 4.6 3.1 10.6 12.1 2.1 1.2 0.6 0.6 15.9 3.2 17.3 12.4 3.4 10.8 2.1

25.8 7

7.8 5 7

12.6 28.5 17 8.7 14.2 7.8 15.5

46 2 3 5

41 5

43 5 68 3 4 27 36 25 37 46 50 7 5 26 29 4 3 10 28 3 3 3 7 7 2 5 7 2 25 3

11 8 7 5 6 5 8 5 4 9 3 14

46 116 19 55 12 35 11 23 36 68 26 97 35 107 17 66 13 50 57 73 25 83 73 208 60 162 60 337 38 235 45 243 63 257 28 237 25 105 50 250 56 125 23 1 02 16 59 51 252 57 193 11 33 5 11 3 1 3 2 55 62 16 110 127 101 57 1 92 17 46 51 277 10 30

88 1 06 32 44 36 68 24 1 74 33 64 71 51 148 1 30 83 163 40 69 66 238 39 172 71 304

I I I I I I I I I I I I I I I I I I I

113 150 I85 010 348 177 I03

I65

148 62 103 224 197 I34 166 388 214 274 204 129 78 217 180 463 174

32

174

274 126 111 374 175 405 178 314 500 308 461 448 57 I08 443 504 505 475

io9

13 I 1 10 22 5 <5 15

8

<5 12 7 21 9 16 <5 8 18 16 7 15 26 64 24 34 11 <5 22

16

8 15 24 35 23 22 5 22 39 30 12 18 36 10 51 62 22 6

110 200 640 150 210 180

11 21 58 41 17 13 8

8.8 19.5 54.6 20.8 10.1 7.6 4.8

130 140 370 190 200 1100 660 450 270 120 350 4m 140 110 310 190 220 200 270

313.1579 220

70 I60 410 200 220 1100 380 230 250 200 220 610 190 200 470 210 I80 240

41 19 23 14 23 77 80 68 38 17 21 33 9 28 26 27 23 9 5

23

35 27 24 28 30 126 32 27 Q6 29 21 116 12 16 71 32 34 32

19.5

20.2 12.3 16.1 7.3 12.9 54.6 52.9 50.2 31.3 8. I 17.3 30.2 8.5 15.1 26.1 12.9 16.4 6.1 3.6

16.1

18.6 16.2 15.1 14.2 19.1 01 .a 22

17.4 59.7 14.4 17.7 88.7 10.6 14

46.4 14.9 17.9 15.7

3.7 5.2 10.7 13.1 5.7 4.6 2. I

7.8

18.1 4.8 5.3 4.5 6.8 15.8 19.7 17.1 9.3 5.7 6.6 6.3 2.4 7.7 5.4 8.5 5.1 3.1 I .2

6.3

12.2 7.4 5.5 8.6 7.3

26.7 8.7 6.3

24.3 8.9 6.2 27 2.2 3.6 15

10.1 11.3 10.6

2 5 3 25 7 4 3

5

10 I O 8 14 7 8 5 5 4 12 3 3 3 43 4 37 5 3 3

5

14 11 20 20 I 9 9 5 5 5 25 4 6 5 5 27 46 26 10

I 9 26 57 80

23 I1

39

28

63 23 25 21 32 87 97 a6 44 25 34 30 12 35 25 38 25 16 5

30

49 34 25 39 34 141 42 31 117 39 32 135 I 1 17 73 45 50 51

55 97 73 337 237 102 33

102

133 29 32 I33 79 78 145 208 03 128 I65 67 35 107 83 235 106 59 I 1

83

125 55 39 205 77 194 Q8 213 156 126 310 234 23 66 208 243 250 252

e5

344

187 243 93

406 263 104 173 83

437 470 1030 308 195 95 389 522 35 1 402 e5

285.5

5 20 10 60 50 5 5 5

5 5 40 5 30 40 10 150 40 60 40

21

22

43 41 43 48 51 25 26 33 44 80 22 20 37 16 51 39 39 27 19

39

160 300 220

110 190 130 170 180 190 150 140 170 720 140 290 230 50

240 190 390 280 100

213.6842 180

gold 0.2 0.6 0.3 0.1 0.2 0.4 0.6 0.4

0.1 0.2 1.3 1.1 1.2 2.8 1.9 1

1.5 4.7 0.6

2

30

35 50 24 32 35 21 34 14 91 65 30 41 34 11 51 45 54 43 2

35

0.1 0.3 0.3 0.1 0.2 0.5 0.7 0.3

0.1 0.1 1.7 1.8 0.7 0.3 0.9 1.2 2.3 6.4 0.8

2.2

17.4

17.8 26.9 15

14.5 17

13.2 21.5 8.4 56.3 30.1 13.7 17.4 19.5 5.5

26.3 22.4 27.4 21.6 1.6

17.8

0.05 0.3 0.2 0.1 0.1 0.4 0.5 0.1

0.2 0.05 I

1.9 0.4 1

0.4 1.2 0.5 3.6 0.4

0.6

8.7

9.4 12.8 5.6 9.8 8.1 4.8 8

3.3 17.8 17

11.4 10.1 7.5 3.2 12.8 13.5 12.3 12.1 0.6

9.8

0.05 0.1 0.05 0.1 0.1 0.1 0.2 0.1

0.1 0.05 0.3 0.2 0.4

0.05 0.3 0.4 0.5 1.4 0.2

3

10

29 49 35 27 61 20 13 18 20 157 19 46 41 68 36 50 29 28 7

29

3

39

41 58 26 43 38 23 37 16 86 76 55 46 36 13 60 63 56 57 3

43

copper 180 200 420 190 250 790 1100 600

340 280 31 0 380 110 200 640 150 210 180 190

1

1 56

73 103 36

206 109 53 78 55 169 172 464 116 68 50 162 257 125 193 2

109

130 140 370 190 200 1180 650 430

270 120 350 480 140 110 31 0 190 220 200 270

ir

‘iu

Irr

1

L

L

Mg MMI-M5

1 PPM 113 91 71 33 33 27 26 9 49 33 33 36 50 45 34 33 116 89 47 21 71 52 47 32 55 43 35 23 30 31 22 34 31 37 80 29 21 15 5 2 33 21 20 31 28 22 46

Nb

0.5 PPB

MMI-M5

~ 0 . 5 ~ 0 . 5 ~ 0 . 5 0.5

C0.5

C0.5 I .4

<O. 5 < O S < O S 0.8

~ 0 . 5 0.8 1.2 1.5

~ 0 . 5 ~ 0 . 5 < O S 2.1 ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 < O S ~ 0 . 5 <0.5 ~ 0 . 5 < O S ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 e0.5 ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 ~ 0 . 5 5.3

< O S ~ 0 . 5 c0.5

1 ~ 0 . 5 ~ 0 . 5 C0.5

~ 0 . 5

Nd MMI-M5

1 PPB 234 228 183 136 94 68 115 205 107 72 73 75 111 103 188 207 99 110 122 154 129 187 380 73 319 266 137 112 262 302 139 51 126 1 36 312 309 283 130 178 309 215 186 214 374 322 101 408

Ni MMLM5

5 PPB 42 59 79 65 56 35 45 63 49 61 69 100 53 54 59 70 91 89 113 77 231 303 350 93

278 102 97 88 1 00 108 77 56 37 45 72 61 42 21 60 164 57 81 86 40 58 53 124

Pb MMI-M5

10 PPB e10 <IO 10 40 50 60 50 110 50 50 90 100 40 60 100 110 30 40 90 130 20 20 40 70 20 20 20 90 40 50 60 80 30 60 20 90 70 40 70

290 20 30 40 60 150 100 70

Pr MMI-M5

1 PPB 41 43 37 27 17 12 21 40 20 13 14 14 26 25 45 50 18 22 25 34 20 31 71 15 54 49 26 22 52 61 35 11 23 26 55 64 66 32 41 67 47 42 55 97 76 21 81

Y

i

fsr

i

cy

L

lu

yu

I

8 29 22 15 15 27 29 28 19 56 21 23 17 32 19 19 21 37 24 26 12 25 22 26 12 57 26 21 24 76 38 39 19 31 28 51

113 33 49 50 116 71 55 30 31 21 33 28

0.7 ~0.5 C0.5 ~0.5 0.8 C0.5 1.1 ~0.5 1.6 C0.5 c0.5 0.6 0.6 0.9 1.4 I .6 3

~0.5 ~0.5

1 c0.5 c0.5 c0.5 ~0.5 < O S ~0.5 ~0.5 ~0.5

~0.5 ~ 0 . 5 ~0.5 ~0.5 ~0.5 0.9 ~0.5

C0.5

1 94 75 43 30 128 112 145 71 53 147 93

287 247 320 204 233 308 157 101 252 226 115 66 259 235 39 13 2 2

115 66 116 226 65

263 35

234 94 107 111 99 129 31 9 262 126 283 21 5 322

53 47 72 72 85 91 83 72 39 57 122 141 98 42 35 39 85 40 53 69 69 46 74 54 69 37 74 82 70 34 61 24 1 41 51 49 45

42 56 49 53 91 231 278 100 37 42 57 58

250 50 120 260 430 1 I O 250 90 170 50 110 150 180 70 70 80 120 90

280 260 230 20 20 60 140 20 110 140 160 <IO 30 10 60 60 80 30

5 50 50 40 30 20 20 40 30 70 20 150

< I 43 < I 15 < I 8 < I 6 < I 26 < I 25 < I 32 < I 16 < I 12 < I 25 <I 21 < I 64 < I 55 < I 78 < I 52 < I 58 e1 71 < I 40 < I 23 < I 61 < I 49 <I 25 < I 13 < I 59 < I 53 < I 8 < I 2 < I < I < I < I < I 24 < I 16 < I 32 < I 55 < I 13 < I 65 < I 7

<I 41 < I 17 < I 20 < I 26 e1 18 < I 20 < I 54 < I 52 < I 23 e1 66 < I 47 < I 76

e

29 27 56 32 37 25 57

75 112 147 320 157 115 39

47 50 91 110 57 50 42 70 40 90 46 20 37 20

53 40 49.21053

15 25 25 78 40 25 8

7.5 33 #NUM! 0.9 129 #NUM! 25

L 91 27 33 45 89 52 43 31 37 15 21 22 22 29 21 19 24 22 26

228 68 72 103 110 187 266 302 136 130 1 86 101 43 145 93

204 101 66 13

59 35 61 54 89 303 102 108 45 21 81 53 72 83 122 35 53 74 74

5 < I 60 < I 50 < I 60 < I 40 < I 20 < I 20 < I 50 < I 60 e l 40 < I 30 <I 100 <I 120 < I 250 e1 110 < I 70 < I

280 < I 20 < I 110 e1

60 #NUM! 78.68421

43 12 13 25 22 31 49 61 26 32 42 21 8 32 21 52 23 13 2

6.5 27 #NUM! 1.1 110 72 25

71 26 33 34 47 47 35 22 80 5 20 46 15 28 23 19 26 26

183 115 73 188 122 380 137 139 312 178 214 408 30 71

287 233 252 259

79 45 69 59 113 350 97 77 72 60 86 124 72 72 141 39 69 54

10 50 90 100 90 40 20 60 20 70 40 70 260 90 150 80

260 60

37 21 14 45 25 71 26 35 55 41 55 81 6 16 64 58 61 59

I I I I I I I I I I 1 I I I I I 1 I I

I

e5

11

e5 c5 c5 CJ

7 4 4 e5 CS

c5 e6 e5 e5 e5 e5 c5 4 c5 4

7

70 160 410 200 220 1100 380 230

250 200 220 610 I90 200 470 210 I80 240 I60

21

26

33 9 36 33 21 32 23 34 29 2 31 8 I S 19 17 21 12 12 24

21

110 I90 130 170 180 190 150 140

170 720 140 290 230 50

240 I90 390 280 100

CO.5

1.1

0.5 1.4 0.6 1.5 2.1 c0.5 CO.5 eo.5 C0.5 5.3 I

0.7 0.8 1.6 0.6 3

CO.5 eo.5 co.5

1.2

2

163

138 205 75 207 I54 73 112 51 309 309 374 194 126 53

247 308 226 235 2

194

82

72

65 63 100 70 77 93 88 58 61 164 40 53 85 39 98 85 69 69 70

70

140 69.47368

70

40 110 100 I10 130 70 90 a0

290 60 250 uo 170 180 120 230 140 160

90

e1

43

27 40 14 50 34 15 22 I 1 64 67 97 43 26 12 55 71 49 53 4

L

cur

Irr

m

tlr

ilr

Y

YY

irr

Rb MMI-M5

5 PPB 46 89 1 58 21 0 21 98 105 118 24 81 105 53 98 154 164 165 8 11 68 66 15 19 30 54 9 11 15 13 25 12 16 30 115 60 25 60 263 271 216 139 47 67 108 219 157 82 34

sc MMI-M5

5 PPB 41 34 34 34 17 22 27 47 32 28 37 37 10 18 33 38 15 20 46 63 29 37 118 37 36 34 23 36 53 45 22 22 22 26 49 65 42 28 31 79 10 12 12 27 74 32 85

Sm MMI-M5

1 PPB 64 54 42 33 26 19 28 49 28 20 20 20 21 20 36 40 26 25 29 32 44 58 1 04 19 100 72 34 30 65 69 26 13 31 35 85 67 57 24 36 66 37 32 30 55 63 24 103

Sr MMI-M5

10 PPB 1610 1680 2440 1060 2210 1810 1570 390 2640 1960 1300 1410 2230 1540 1080 470 2630 2560 1550 600 2530 2430 2530 1470 2400 2580 2500 1860 2550 2680 1730 1330 4280 5090 3740 1620 1040 500 230 200 2870 2780 2390 1180 1030 1900 2850

Tb MMI-M5

1 PPB 10 8 6 6 4 3 5 8 5 4 4 4 3 3 5 6 4 4 5 6 10 12 20 3 20 14 5 5 12 11 5 2 5 6 16 14 9 3 5 11 4 4 4 7 10 5 19

Te MMI-M5

10 PPB e10 < lo <10 4 0 < lo 4 0 <10 e10 < lo < lo 4 0 < lo e10 < lo <10 <10 4 0 < lo < lo < I O e10 < lo e10 < lo < lo < lo 4 0 < lo < lo 4 0 < lo e10 e10 e10 4 0 < lo e10 e10 4 0 e10 4 0 4 0 < lo 4 0 <10 <10 e10

L

lu

92 22 51 109 72 95 150 126 52 18 28 104 1 05 234 206 230 131 1 76 190 250 112 28 29 1 02 122 17 14 18 17 45 1 02 8

279 28 243 18

46 21 24 98 8 15 9 25 115 263 47 157

40 <5 7 15 53 12 40 11 25 24 23 62 55 42 42 51 53 12 16 52 65 <5 <5 23 50 <5 <5 <5 <5 25 <5 22 30 5 40 <5

41 17 32 10 15 29 36 53 22 42 10 74

39 15 10 8

28 22 30 15 12 39 21 60 51 57 38 44 57 25 20 47 47 23 13 47 50 9 5 3 2 40 13 61 43 15 48 8

64 26 28 21 26 44 100 65 31 57 37 63

280 2810 2360 1400 51 0 1960 650 1640 41 0 2690 1960 950 450 940 430 380 470 1600 1490 540 300 1890 1960 1230 990 1960 1770 1920 1810 1480 2280 2570 1130 2770 960 1960

1610 221 0 2640 2230 2630 2530 2400 2550 4280 1040 2870 1030

7 < lo 2 <IO 2 <IO 2 <IO 5 <IO 3 <IO 5 <IO 3 <IO 2 4 0 8 <IO 4 < l o 11 e10 9 <IO 8 <IO 5 <IO 6 <IO 8 <IO 3 <IO 3 <IO 7 <IO 9 <IO 3 <IO 2 <IO 6 <IO 8 <IO 1 <IO

< I < lo < I <IO <1 < I O 6 <IO 1 <IO 13 e10 7 4 0 2 <IO 7 <IO 1 < I O

10 <IO 4 <IO 5 <IO 3 <IO 4 <IO 10 <IO 20 <IO 12 <IO 5 <IO 9 <1 0 4 < lo 10 <IO

I

YT

90

c

h

L

22 < I 95 <1 18 < I

234 c1 1 76 < I 28 < I 17 < I

28 #NUM!

89 < I 98 C1 81 < I 154 c1 11 c1 19 < I 11 < I 12 c1 60 <I 271 < I 67 <I 82 <1 51 < I 150 C1 28 < I 206 1 190 < I 29 c1 14 <1

67 1

158 c1 105 < I 105 < I 164 <1 68 < I 30 c1 15 c1 16 c1 25 <1 216 < I 108 < I 34 < I 109 41 126 C 1

104 c1 230 1 250 < I 1 02 c1

c5 12 24 42 12 c5 c5

26.5

34 22 28 18 20 37 34 45 26 28 12 32 7 40 23 42 16 c5 4.5

28

34 27 37 33 46 118 23 22 49 31 12 85 15 11 62 51 52 23

15 < I 2810 c1 22 < I 1960 c1 39 < I 2690 < I 57 < I 940 c l 25 c1 1600 c1 23 c1 1890 < I 9 c1 1960 c1

31 #NUM! 2230 1

54 19 20 20 25 58 72 69 35 24 32 24 10 30 21 38 20 13 5

1680 1810 1960 1 540 2560 2430 2580 2680 5090 500

2780 1900 2360 650 1960 430 1490 1960 1770

24 #NUM! 1960 #NUM!

42 28 20 36 29 1 04 34 26 85 36 30 103

15 60 44 47 47

a

2440 1570 1300 1080 1550 2530 2500 1730 3740 230 2390 2850 1400 1640 950 380 540 1230

c1 c1 c1 c l <1 < I c1 < I < I c1 c1 c1 c1 c1 < I c1 c1 c1

5

8 3 4 3 4 12 14 11 6 3 4 5 2 5 4 5 3 2 c1

4

6 5 4 5 5

20 5 5 16 5 4 19 2 3 11 6 7 6

#NUM!

#NUM!

18 <1 3 1920 <1

105 1 33.5 36 #NUM! 1570 #NUM! 5 #NUM!

21 0 118 53 165 66 54 13 30 60 139 21 9 92 72 52 105 131 112 122 17

34 47 37 38 63 37 36 22 65 79 27 40 53 25 55 53 65 50 <5

33 49 20 40 32 19 30 13 67 66 55 39 28 12 51 57 47 50 2

1060 390 1410 470 600 1470 1860 1330 1620 200 1180 280 51 0 41 0 450 470 300 990 1810

6 8 4 6 6 3 5 2 14 11 7 7 5 2 9 8 9 8 <I

N

i

f 92 1 43.5 39 1 600 #NUM! 6.5 #NUM!

*=. .

i

i

h

lu

iu

lu

Th

0.5 PPB 3.8 3.7 5.5 7.2 3.4 4.3 5.7 15.6 5.1 5.9 13.1 13.6 15.7 30

45.6 31.4 8.3 9.6

25.8 34.3 3.9 6.4 16.1 21.1 4.8 5

5.1 15.3 10.3 8.1 12.4 18.9 3.3 3.4 3.7 10.6 13.1 15.5 17.7 38.3 5.7 4.9 8.5 51.9 25 6.8 6.5

MMLM5 Ti

MMI-M5 3

PPB 7 5 11

132 7 12 30

459 5 15

224 474 29

44 1 692 918 5 5 64

1300 5 3 6

225 5 <3 <3 54 <3 3 57

297 4 <3 <3 91 50

208 249 1860 e3 e3 10

581 120 5 4

TI U MMI-M5 MMI-M5 0.5 1 PPB PPB C0.5 9 C0.5 6 0.6 4

c0.5 4 ~ 0 . 5 6 < O S 4 c0.5 6 ~ 0 . 5 12 ~ 0 . 5 10 ~ 0 . 5 9 ~ 0 . 5 12 ~ 0 . 5 9 0.7 6 1 6

1.4 8 0.7 7

c0.5 13 ~ 0 . 5 12 C0.5 15 ~ 0 . 5 17 e0.5 54 ~ 0 . 5 61 c0.5 75 < O S 16 ~ 0 . 5 46 ~ 0 . 5 33 ~ 0 . 5 15 ~ 0 . 5 14 e0.5 30 e0.5 24 <0.5 10 ~ 0 . 5 8 < O S 5 ~ 0 . 5 4 ~0.5 15 ~ 0 . 5 8 0.9 9 1.1 5 0.6 5 0.6 13 ~ 0 . 5 4 ~ 0 . 5 4 0.8 3 1.2 5 1.6 13 1.1 4

~ 0 . 5 11

Y MMLM5

5 PPB 304 198 179 172 149 115 151 267 133 105 112 130 78 66 137 148 129 120 143 162 348 428 829 107 87 1 409 1 54 177 380 360 133 79 137 1 82 50 1 478 249 74 140 291 108 102 99 149 265 164 667

Yb MMI-M5

1 PPB 20 16 15 13 13 11 13 21 17 15 14 13 7 6 11 10 11 10 18 13 35 50 88 12 80 47 22 20 53 44 14 7 23 30 47 41 21 7 11 21 14 17 17 9 25 28 85

Zn MMI-M5

20 PPB 70 30 <20 20 30 e20 <20 e20 30 40 40 200 e20 <20 40 80 60 50 60 60 40 <20 40 50 50 70 <20 20 40 30 e20 40 60 50

<20 <20 <20 50 50 100 30

<20 30 30 50 30 20

Zr MMI-M5

5 PPB 11 9 10 24 10 12 18 67 9 14 32 38 12 32 54 67 10 13 36 86 9 13 37 48 13 6 7 23 10 7 12 37 <5 <5 9 29 18 35 37 145 <5 <5 e5 61 38 <5 9

P-

e s

spr

1y

3

Y

y:

1

uyi

21.8 3.5 4.3 8.1 17.5 6.5 30.1 6.2 15.9 1.4 3.6

24.8 20.3 33.6 55.3 64.3 31.6 9.1 6.6

20.5 19.8 5.5 4.2 13.4 20.6 3.2 2.3 2.9 2.7 2.2 9.6 3.1 10.9 2.8 31 2.6

3.8 3.4 5.1 15.7 8.3 3.9 4.8 10.3 3.3 13.1 5.7 25

273 c3 c3 44 493 8

756 34 934 c3 3

376 369 606 I010 1130 2380 76 80 782 37 1 4 c3 85

206 c3 c3 4 5 c3 18 c3 46 c3

641 c3

7 7 5 29 5 5 5 c3 4 50 c3 120

C0.5

c0.5 C0.5 C0.5 0.6

0.7 c0.5 C0.5 C0.5

~0.5

~0.5

~ 0 . 5 c0.5 0.8 0.9 0.9 0.5 1 .I 1.1 0.9 0.5 ~0.5 c0.5 c0.5 c0.5 ~0.5 ~ 0 . 5 ~0.5 ~ 0 . 5 c0.5 0.6

C0.5 1

~0.5 0.8 ~ 0 . 5

~ 0 . 5 ~0.5 c0.5 0.7 c0.5 c0.5

C0.5 c0.5 0.9

~ 0 . 5 1.6

~0.5

7 2 1 2 6 4 7 3 3 7 3 9 7 9 9 11 8 10 10 8 12 21 17 31 22 13 7 4 3 6 4 31 7 2 10 13

9 6 10 6 13 54 46 30 5 9 4 13

1 82 57 46 63 1 92 119 148 83 54 296 121 351 272 189 111 129 226 04 1 02 169 26 1 62 44 144 1 99 25 16 10 11 193 55 530 21 7 54 166 24

304 149 133 78 129 348 87 1 380 137 249 108 265

11 9 8 10 17 19 12 13 4 52 27 38 20 17 11 13 17 8 14 14 20 6 6 12 17 4 4 2 2 10 6 65 18 10 17 4

20 13 17 7 I 1 35 80 53 23 21 14 25

20 30 40 40 100 30 100 c20 60 90 60 40 40 30 40 50 50 20 50 50 70 30 c20 30 80

c20 e20 50 40 50 c20 40 c20 30 40 c20

70 30 30 c20 60 40 50 40 60 c20 30 50

37 c5 c5 13 75 c5 63 c5 34 c5 c5 42 78 55 103 112 86 13 8 59 46 c5 c5 26 53 c5 c5 c5 c5 c5 c5 c5 12 <5 51 c5

11 10 9 12 10 9 13 10 c5 18 c5 38

3.5 6.5 1.4

33.6 9.1 5.5 3.2

c3 8

e3 606 76 4 c3

~0.5 0.6 ~0.5 0.8 1.1 ~0.5 ~0.5

2 4 7 9 10 21 13

57 119 296 189 84 62 25

9 19 52 17 8 6 4

30 30 90 30 20 30

<20

L

iir 5.5 7 0.85 9 2 4 37 17 35 11.5

~0.5 e0.5 e0.5

1 e0.5 ~0.5 ~0.5 eo. 5 c0.5 1.1 ~0.5 1.1 ~0.5 e0.5 ~0.5 0.9 1.1 ~0.5 e0.5

6 4 9 6 12 61 33 24 4 5 4 4 1 7 3 9 10 17 7

198 115 105 66 120 428 409 360 182 74 1 02 164 46 148 121 111 102 44 16

16 11 15 6 10 50 47 44 30 7 17 28

12 27 11 14 6 4

a

30 e20 40 <20 50 e20 70 30 50 50 <20 30 40 100 60 40 50

<20 <20

9 12 14 32 13 13 6 7 e5 35 c5 e5 e5 63 c5 103 8 e5 e5

3.7 4.3 5.9 30 9.6 6.4 5

8.1 3.4 15.5 4.9 6.8 4.3 30.1 3.6 55.3 6.6 4.2 2.3

5 12 15

441 5 3 c3 3 e3 208 c3 5 c3 756 3

I010 80 <3 e3

ys

yrr

cr

5.9 12 1.1 7 2 115 14 50 13

5.5 5.7 13.1 45.6 25.8 16.1 5.1 12.4 3.7 17.7 8.5 6.5 8.1 6.2 24.8 64.3 20.5 13.4

11 30 224 692 64 6 c3 57 c3 249 10 4 44 34 376 1130 782 85

0.6

e0.5 1.4 ~0.5 ~0.5 e0.5 ~0.5 ~0.5

~0.5

0.6 0.8 ~0.5 ~0.5 0.7 ~0.5 0.9 0.9 e0.5

4 6 12 8 15 75 15 10 15 5 3 11 2 3 9 11 8 31

179 151 112 137 143 829 154 133 50 1 140 99

667 63 83 351 129 169 144

15 13 14 11 18 88 22 14 47 11 17 85 10 13 38 13 14 12

e20 <20 40 40 60 40 c20 <20 <20 50 30 20 40 <20 40 50 50 30

10 18 32 54 36 37 7 12 9 37 e5 9 13 e5 42 112 59 26

m

ilm

m

Y

2.9 4 ~0.5 4 10 2 50

12.4 57 0.8 9 2 143 14 40 29

7.2 15.6 13.6 31.4 34.3 21.1 15.3 18.9 10.6 38.3 51.9 21.8 17.5 15.9 20.3 31.6 19.8 20.6 2.7

132 459 474 91 8 1300 225 54

297 91

1860 581 273 493 934 369 2380 37 1 206 5

~0.5 ~0.5 ~0.5 0.7

4 . 5 ~0.5 ~0.5 ~ 0 . 5 ~ 0 . 5 0.6 1.2 ~0.5 c0.5 ~0.5 c0.5 0.5 0.5 ~0.5 c0.5

4 12 9 7 17 16 14 8 8 13 5 7 6 3 7

12 22 3

a

172 267 130 148 162 107 177 79

478 291 149 182 1 92 54

272 226 261 199 11

13 21 13 10 13 12 20 7

41 21 9 11 17 4 20 17 20 17 2

20 e20 200 80 60 50 20 40 e20 100 30 20 100 60 40 50 70 80 40

24 67 38 67 86 48 23 37 29 145 61 37 75 34 78 86 46 53 e5

L

e

m

19.8 37 1 0.6 8 #NUM! 177 13 50 50.5

Gold - MPI

11.7

M

M

Silver - MPI

60

40

90

20

10

n

Anenic - MPl

Copper - MPl

1

Gold - MP2

7

2

20

10

Silver - MP2

a 8 4 5 6 7 a 9 10 11

Sample

Arsenic - MP2

Copper - MP2

-Series1 +series2 it- Series3 +Series4

lu $’ 1

L LI...

e

ATTACHMENT C

ICP AND MMI SPREAD SHEETS AND GRAPHICS

13

a, 3 2 E

Y

U

a, 3 3 e pr

rn

rn 2 o_

CD E.

8

ANALYTE METHOD DETECTION UNITS MP2120WlA MPZ2 1 WIA M PU22WIA M P2123WlA MP2124WlA MP2125WlA M PZ26WlA M P2127WlA

MPZ29WlA M P213OWIA median

MPZlZOWlB MP2121 WIB YPZ122WIB M PZl23WIB MPZ124WlB M P2/25W/B MPZ26WIB M P2127WIB MPU28WIB MPU29WIB MPZl30WIB median

MPZlZOWlC MP2121 WIC MPZ22WlC MPU23WlC MPZ124WlC M PW25WIC M PU26WIC M PZ27WlC MPU28WIC M P2129WlC MP2130WlC median

M PU20WlD MPU21 WID MPZ2ZWID MPZ23WlD MPZ124WID M P2125WlD MPZ126WID M P212 7WlD

M P ~ ~ W I A

A A A A A A A A A A A

B B B B B 6 6 B B B B

C C C C C C C C C C C

D D D D D D D 0

Ag AI As AU Ba Bi Ca Cd MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMLM5 MMI-M5 MMLM5 MMI-M5

1 1 10 0.1 10 1 10 10 PPB PPM PPB

2 4

10 17 14 11 32 34 9 7 5

IO

3 6

20 12 19 10 27 14 9 9

13 12

14 3

13 7

24 6

13 19 4

21 10 13

3 3 4

10 15 5

15 8

12 e10 23 e10 8 e10

99 <IO 6 4 0

30 4 0 26 e10 3 e10

20 e10 37 e10 64 < I O 23 #NUM!

25 e10 56 4 0 28 4 0 56 4 0 20 < I O 40 <IO 9 e10 4 e10

100 e10 65 10

153 4 0 40 10

5 e10 61 <IO

90 e10 54 e10 72 4 0 54 e10 36 4 0

150 30

220 10 176 20 21 5 30 72 25

90 e10

PPB PPB PPB 0.9 0.2 0.9 0.2 0.4 0.3

1 0.9 0.3 0.5 0.2 0.4

1 0.4 0.7 0.2 0.4 0.4

1 0.6 0.3 0.3 0.2 0.4

1.3 0.2 0.3 0.2 0.5 0.1 0.4 0.4 0.1 0.2 0.2 0.2

0.6 227 30 ~ 0 . 1 163 80 <0.1 229 20 0.2 123 20 0.4 134 4 0 <o. 1 126 e10 0.3 227 4 0 <o. 1

4050 <1 10700 <1 5550 <1 3220 e1 6650 e l 6690 <1 4290 <1 4020 < I 6530 e l 4710 < I 8960 <I 5550 #NUM!

4490 <1 11600 e1 6620 4 3280 e1 4900 <1 6990 <I 4400 e1 3560 e1 4900 e1 5630 e1 3320 e1 4900 #NUM!

5420 e l 11000 e1 3870 4 5890 < i 5170 e1 5160 e1 7690 e1 3740 e1 3110 e1 2720 e1 4020 4 5160 #NUM!

9200 e1 4070 4 2050 e1 2670 e1 3910 e1 5770 e1 6100 e1 3070 e1

PPM PPB 400 4 0 590 4 0 590 4 0 230 4 0 520 4 0 600 4 0 440 e10 510 e10 530 4 0 540 e10 360 e10 520 #NUM!

500 e10 440 4 0 450 4 0 250 4 0 500 4 0 550 <10 500 e10 490 e10 290 e10 430 4 0 50 e10

450 #NUM!

510 4 0 470 4 0 210 e10 310 4 0 430 4 0 350 4 0 510 4 0 540 <IO 100 4 0 90 <IO 70 4 0

350 #NUM!

610 e l0 200 e10 160 4 0 100 e10 160 e10 230 e10 330 4 0 190 4 0

MP2/28W/D D 5 224 10 co.1 1450 <I 90 e10 150 < I O M P2/29W/D D

M P2/3OW/D D 5 239 <lo <o. 1 1850 <I 50 <10 median 5 7 94 20 0.35 3070 #NUM! 160 #NUM!

14 1 94 20 <O.l 2280 <I

t

i

2.

i

e

i

Ce c o c u DY Er Eu Fe Gd La MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

5 5 10 1 0.5 0.5 1 1 1 PPB PPB PPB PPB PPB PPB PPM PPB PPB

462 323 124 60

126 157 98 55 4

367 907 252 157

1180 491 169 109 31 7 1 56 70 70

32 1 1500 35 1 37 7

193 547 493 304 108 119 412 326 271 565 522 326

475 437 160 1 96 130 132 748 327

6 21 26 30 11 51 23

31 18 13 22

8 27

260 68 15 26 45 10 40 31 30 30

13 23 73 35

173 31 25 24 58 61 55 35

19 91 85 42 79 35 25 63

420 470 620 300 71 0 510 900 420 81 0 170 400 4 70

600 600

1400 700 850 550 810 380 340 200 290 600

280 480 590 600

1650 290 530 380 280 310 330 380

360 190 130 370

1130 210 590 170

273 96 82 30 42 41

110 1 36 128 92 43 92

450 146 84 32 75 45 96 80

77 88 80

160 74

342 109 56 28

111 64 50 65 98 74

94 51 37 59 20 27

256 95

a0

151 65.6 62.1 20.4 31.8

29 99.9 115

96.3 61.1 25.7 62.1

216 93.4

72 21.5 51.8 35.6

73.6 57.5 45.4 53.6 57.5

119 40.3 233 72.7 57.1 21.6

83 48.8 26.6 37.2 57.2 57.1

62.6 28.6 20.9 36.3 12.5 17.6 172

51.6

87.8

72.2 15.6 14.2 4.1 6.4 7.7

15.7 15.8 19.9 20.7 8.8

15.6

145 24.6 11.9 5.4

14.9 6.2

12.9 8.9

11.3 20.6 16.2 12.9

25.9 16.8 59.9 18.7 6.9 4.7

19.5 13.6

10 16.3 22.1 16.8

19.9 14.5 8.1 9.4 4.3 4.6

43.6 17.7

5 4 4

10 4 5 3 2 5 5 7 5

9 6 8

12 10 4 2 2 9 9

23 9

3 8

73 13 18 7 7 6

61 54 56 13

7 78 76

111 256

15 17 54

412 90 82 22 38 42 93

108 114 107 45 90

732 137 71 28 76 36 76 57 64

107 77 76

150 89

314 96 40 25

103 69 47 75

1 04 89

104 64 39 47 20 24

223 89

277 I 52 88 30 66

85 46

161 403 127 88

795 250 104 47

135 86 64 34

164 657 158 135

110 280 295 137 52 59

201 128 120 284 245 137

266 178 72 69 58 63

457 158

78

r

93 22 1 133 196

21 36 41 41

130 18 10.3 210 35 21.1 160 33 18.9 210 37 21.1

3.4 7.9 6.3 8.7

74 81 61 74

16 46 36 113 29 60 39 72

bi I

h

yi

L

ru

iur

yr

YI

Li Mg Mo Nb Nd Ni Pb Pd Pr MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

5 1 5 0.5 1 5 10 1 1 PPB PPM PPB PPB PPB PPB PPB PPB PPB

8 193 <5 ~ 0 . 5 743 96 c10 < I 130 <5 64 C5 <0.5 248 56 40 <1 50 e5 56 e5 <0.5 165 72 10 <1 30 <5 19 c5 ~ 0 . 5 47 122 60 <1 9

13 51 c5 ~ 0 . 5 92 139 30 c1 19 c5 40 <5 <0.5 117 124 50 < I 23 <5 22 c5 ~ 0 . 5 167 76 10 c1 30

9 55 <5 ~ 0 . 5 99 51 20 <1 16 7 51 <5 ~ 0 . 5 260 125 40 e1 52

<5 53 <5 ~ 0 . 5 454 54 40 < I 104 <5 58 c5 ~ 0 . 5 152 32 70 c1 32

8.5 53 #NUM! #NUM! 165 76 40 #NUM! 30

213 e5 39 c5 33 <5 34 e5 51 <5 27 <5 18 <5 34 <5 20 <5 50 c5 16 <5 34 #NUM!

44 <5 59 c5 43 <5 37 <5 24 <5 21 c5 39 <5 61 <5 26 <5 12 <5 22 c5 37 #NUM!

40 c5

32 c5 30 c5 34 c5 23 <5 31 c5 35 e5

40 C5

<0.5 ~ 0 . 5 <0.5 ~ 0 . 5 <0.5 <0.5 ~ 0 . 5 <0.5 <0.5 ~ 0 . 5 ~0.5

#NUM!

<0.5 <0.5

0.5 <0.5 ~ 0 . 5 <0.5 ~ 0 . 5 ~ 0 . 5

1.9 1.6 1.7

I. 65

<0.5 2.1 1.3 1.7 2.2

<0.5 ~ 0 . 5 ~ 0 . 5

1750 388 161 75

227 94

126 66

176 538 280 I 76

265 356 737 21 9 89 76

283 200 1 76 348 420 265

358 304 132 152 74 81

646 286

133 10 c1 64 70 < I

137 30 <1 88 190 <1

233 50 <1 136 60 <I 59 <10 <1 62 30 < I 88 90 <1 60 60 < I 38 170 <1 88 60 #NUM!

38 56

130 160 403 96 71 99 71 50 81 81

70 89 78

110 153 97 81 57

20 <1 60 < I

160 < I 120 c1 50 < I 80 <I 40 c1 60 c1

140 <1 180 4 180 <I 80 #NUM!

50 e1 160 < I 150 <1 210 c1 20 <1

110 c1 100 < I 260 e1

300 84 32 15 46 21 22 11 40

131 58 40

45 81

133 44 18 16 57 39 38 82 89 45

75 66 27 30 17 18

136 59

6.

irrs 7 24 <5 3.4 62 60 140 <1 14 <5 22 5 4.1 146 76 220 <1 32

I <5 12 <5 1 102 66 140 <1 22 7 31 5 2. 1 146 78 140 #NUM! 30

II.

Y

Rb Sb sc Sm Sn Sr Ta Tb Te MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

5 1 5 1 1 10 PPB PPB

14 e1 108 e1 18 e1 99 e1 22 < I 43 e1 20 e1 15 e1 54 e1 57 < I

128 4 43 #NUM!

9 e1 126 e1 36 <1 95 e1 13 4 58 <I 27 < I 8 <1

94 e1 141 <1 118 e1 58 #NUM!

17 e1 162 e1 86 < I

110 <1 45 e1 68 e1 84 e1 22 e1

148 e1 287 144 e1 86

34 < I 238 <1 94 e1 96 4 69 e1 93 e1

100 < I 46 < I

PPB PPB PPB 46 26 19 15 11 15 13 18 49 53 39 19

105 62 42 23 26 13 12 15 35 60 94 35

27 55

150 65 38 14 33 31 76

1 72 98

1 55

35 65 48 92 78 20 78 40

253 < I 59 < I 49 < l 14 e1 23 <1 29 < I 51 < I 46 e1 73 e l 89 e1 35 e1 49 #NUM!

553 e1 91 < I 42 e1 19 < I 59 < I 23 e1 41 e1 26 < I 42 c1 94 e1 64 e1 42 #NUM!

86 e1 71 e1

212 e1 61 e1 24 < I 18 e1 72 < I 50 c1 39 <1 71 c1 88 e1 71 #NUM!

75 < I 60 e1 32 < I 36 e1 17 e1 18 e1

159 < I 66 e1

PPB PPB 3190 3510 e1 3560 < I 1400 < I 2820 e1 3610 e1 2640 e1 3850 < I 3390 4 2900 e1 2590 e1 3190

3740 < I 2680 4 2880 e1 1590 e1 2780 e1 3180 e1 2920 e1 3940 e1 1610 c1 2570 e1 440 e1

2780 #NUM!

1

1 PPB

1

3880 e1 2720 e1 1400 e1 1950 e1 2540 e1 2110 e1 3040 e1 4120 < I

790 < I 390 e1 530 c1

2110 #NUM!

4800 e1 1190 e1 920 e1 800 e1

1060 e1 1540 e1 2180 < I 1450 e1

1 10 PPB

46 e10 14 <IO 12 e10 4 e10 6 4 0 6 4 0

14 e10 17 e10 18 -=IO 15 e10 7 e10

14 #NUM!

82 e10 21 e10 11 e10 4 e10

11 < l o 6 e10

12 <IO 9 < l o

11 e10 14 e10 13 <IO 11 #NUM!

22 e10 12 e10 47 e10 15 e10 7 <IO 4 e10

15 e10 9 <IO 8 4 0

I 1 e10 15 e10 12 #NUM!

14 e l 0 9 4 0 6 4 0 8 4 0 3 < l o 4 e10

35 <IO 14 e10

L

cr c;I f

aw

L

82 e1 47 13 e l 760 <I 3 <10 328 2 56 32 e1 780 <I 5 < lo 135 e1 48 24 e1 330 <I 5 < I O 94 2 48 32 #NUM! 1060 #NUM! 6 #NUM!

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Th Ti TI U w Y Yb Zn Zr MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMLM5 MMI-M5 MMLM5

0.5

7.4 e3 12 c3

5.8 <3 7.5 6.4 <3

11.4 e3 2.3 <3 2.3 e3

13.6 <3 24.9 22.9 7.5

PPB PPB

9.5 e3 21.2 e3

6 e3 11.2 12.4 e3 5.9 <3 2.6 e3 3.4 <3

28.2 51.4 35.3 17.2

1.9 <3 30

40.3 16.7

11.7 8.5 <3

9.7 <3 17.1 e3 72.2 88.9

45 77.7

5.1 <3 55.3 33.5 45.4 46.2

19 23.9

3 0.5 1 PPB PPB PPB c0.5

c0. 5 17 <0.5

~ 0 . 5 c0.5 ~ 0 . 5 c0.5 < O S

6 <0.5

0.6

11 0.8 11 0.7

~ 0 . 5

~ 0 . 5 11 c0.5

C O S c0.5 c0.5 ~ 0 . 5

41 <0.5 69 0.8

192 0.6 55 0.8

0.9

<0.5

312 ~ 0 . 5

~ 0 . 5 8 c0.5

<0.5 c0.5

1400 0.7 1220 0.8 1360 0.6 372 0.7

22 1.1

28 0.6

c0.5 1630 0.9 915 ~ 0 . 5 996 <0.5 984 ~ 0 . 5 165 c0.5 47 <0.5

31.8 196 ~ 0 . 5

10 15 e1 17 < I 4 < I

23 4 41 4 51 < I 48 < I 60 4 74 < I 24 < I 24

28 23 < I 19 < I 9 < I

50 e1 22 < I 39 < I 26 < I 26 < I 67 < I 44 < I 26

10 24 4 60 13 e1 38 4 19 < I 50 4 30 4 42 < I 73 < I 37 < I 37

3 < I 14 < I 22 < I 34 < I 50 e1 17 e1 81 28 < I

1 5 I 20 5 PPB PPB PPB PPB

2

2

2

2

1

2

1.5

1

2040 391 438 148 185 174 756 835 698 439 206 438

3420 683 44 1 157 389 1 96 474 359 423 395 463 423

866 30 1

2770 49 1 303 151 670 418 252 320 679 41 8

445 283 202 294 103 144

1750 663

88 54 54 16 29 26 91 99 85 53 22 54

134 78 69 17 44 32 81 69 48 36 46 48

91 33

181 60 63 20 72 43 21 32 46 46

46 23 17 29 11 15

1 37 35

50 40

110 90

110 100 30 50 70 30 20 50

30 30

120 130 90 50 20 20 50 30 50 50

80 50

130 70

120 50 40 20 90 50 80 70

30 80

100 70 70 50 30 50

12 14 12 14 11 17 11 7

31 20 39 14

30 25 16 23 17 12 8 8

26 40 67 23

8 38 62 36 23 15 20 24

107 109 118 36

13 98 52

108 133 27 39 31

e

Y

26.2 2440 <0.5 15 <1 101 9 90 77 45.9 3210 <0.5 40 <I 185 18 70 115 23.7 633 c0.5 19 <I 160 15 60 75 31.8 949.5 0.9 22 1 202 18 70 75

c

Moosehorn MP2 20-30 Au

t s a m p l e s t s a m p l e s t samples

V

MP2 2030 Ni

45a

406

35Q

300

150

loo

50

-samples

Tt-sampies

s

L

ATTACHMENT D

COLOR COMPILATION MAPS

14

b

Tanana Exploration Inc. Illloosehorn ProJoct

MMI Horlzon A Au PPb

Preliminary January 14,2007

t 1. R

, I I I 504MX) 504100 504m 504300 504400 504500

Scale I :3000

Tanana Exploration Inc. Moosehom Project

MMI Horizon C As Ppb

Preliminary January 14,2007

MMlA8ppb

5wooo 504100 504200 504300 SO4400 5wsoo a I 1 I I I 1

Scale I 3000

:L 0 I Tanana Exploration Inc.

Moosehorn Project MMI Horlron D

As mob

I ..

Pmlirnlnaty

i January 14,2007

504m 504100 504200 504300 504400 5045oO I I I I I 1

201)

I - Scale 1 :3WO

I Tanana ExDloration Inc. Moorshorn PmJoct

MMI Horbon A

I Preliminary Januarv 14.2007

504000 504100 504200 504300 504400 50)5oO I I 1 1 I I

Soale 1 :3000

I Tanana Ewloration Inc.

NI DDb

I Prdlminary January 14,2007

‘I 15

MMI Co ppb

Scale 1 :3000

P

I Tanana Exdoration Inc.

I P rel l m i n a ry January 14,2007

Soale 1 :3000

Tanana Exploration Inc. M-horn PmJact

MMI Horlron A Afl PPb

Pmllminary Januaty 14,2007

"I 175

Scale 1:3000

.- -I Tanana Exploration Inc.

Mo#ehom Project MMI Horizon D

Pb mb I Preliminarv

504oOO 504100 504200 504300 504400 504500 1 1 1 1 I I I

I I I 1 I 504000 504100 504200 504300 504400 504500

Tanana Exploration Inc. Moogehom Project

MMI Horizon D ppb

Preliminam I January 14, iW7

ATTACHMENT D

COLOR COMPILATION MAPS

14

504m 504100 504200 504300 5044oO 5045oO I I I I I I I

4 l w - T -

Scale 1 :3WO

15.7 .,. .. I

Scale 1 :3WO

504MX) 504100 504200 504300 504400 504500 I I I I I I

I I I 5040M) 504100 504200 5043oO 504400 5045oO

Scale 1:3000

I Tanana Exploration Inc. Moosehom Prolect

al

.l

lo I I Preliminary

January 14.2001

504000 504100 504200 5044oO 5045oO I I s 1 t I I

I 1 I I I 504(MO 504100 504200- 504300 50*4oO 5045oO

Tanana Exploration Inc. -pro3.ot

cOnvmtknr1- cuaonl

I prdmbrprv

I Jammy 14, io07

-

21 21

18 17

20 19

I8

1 Scale 1:3000

- -I 11 4

ICP Co ppm

Tanana Exploration Inc Moorehorn P-

Comentiml Osochemistry

I Pmllminary January 14,2007

I. I- ---- I I I I

504MK) 504100 504200 s(X300 5044oO 5015oO

I Tanana Exdoration Inc.

I January 14,2007 I Prelirninaw

504000 504100 504200 5043oO 5094oO 504500 I 1 I 1 I I

- 3

Scale 1 :3WO

Tanana Exploration Inc. Mooamhorn ProJect

Conventional Oeochedstry Acl DDm

I Preliminary January 14,2007

504100 554200 504300 5044oO 5045oO 504000 I 1 I I 1 1 I

I -- I

I , t L 504200 504300 504400 504500 I Y I

5 0 4 m 504100

8 4

Tanana Exploration Inc. Mootbehorn PmJ&

Conventional Geochmktry Pb Ppm

r

Prelimlnaty January 14,2007

115 ,I Scale 1:3000

1 Tanana Exploration Inc. Moosehom Pm&ct

Conventional Geochemistry zn Ppm

46 =rn ICP Zn ppm .-

n

t ATTACHMENT E

REGIONAL GEOLOGY MAP

Y

15

ATTACHMENT F

STATEMENT OF COST

m

YI

Irr

1

lu

TANANA EXPLORATION INC. 27 Tutshi; Whitehorse, Yukon Y1A 3R4

December 30,2006

PROJECT: Moosehorn; Phase 1

CLIENT: 39231 Yukon Inc.; 27 Tutshi; Whitehorse, Yukon Y1A 3R4

TYPE OF REPORT: Regional Reconnaissance and Property Examination; Phase 1

WAGES: three men Q $300.0 / day No of days: 8 Total: $7,200.0 FOOD: three men @ $35.0 / man /day No of days: 8 Total: $840.0 TRAVEL: Type of Equipment: % ton truck x 2 ; Cesna 175 airplane x 4 flights Rate / kilometer: Truck - 2 Q $0.42 / km; 2144km Q $0.42 / km = $900.48 Rate /flight: Cesna 172 Q $630.0 /flight; Cesna 172 x 4 flights = $2,520.00 No of days: 2 Total: $3,420.48 RENTALS: Moosehorn Exploration Ltd.; camp, chainsaw & ATV x 2 Rate / day: Camp Q $50.0 / day x 3 men = $150.0 / day Rate / day: ATV Q $1 00.0 / day x 2 = $200.0 / day Rate / day: Chainsaw Q $35.0 / day No of days: 6 Total: $2,310.0 FIELD SUPPLIES: Flagging; Fuel; Picks & Shovels; Sample Bags @ Cost Total: $300.0 ANALYSIS: 128 soil samples for MMI multi element leach plus shipping to Toronto

38 soil samples for 32 element ICP & shipping to Vancouver 10 rock samples for 32 element ICP & shipping to Vancouver 3 stream sediment samples for 32 element ICP in Vancouver 4 pan concentrate samples for total gold fire assay in Vancouver

Total: $5,790.82 PREPARATION OF REPORT: Digital compilation, mapping, printing and binding at cost Total: $450.0 FILING FEES: Registering work for assessment credits with Y.T.G. Q cost Total: $61 0.0

COST: $20,921.30 + GST: $1,255.27 TOTAL COST: $22,176.57

l 16

i

e AlTACHMENT G

t‘

h

0.. ,

h

yu

I

m

t

STATEMENT OF QUALIFICATIONS WADE CARRELL

I am self-employed as President of Tanana Exploration Inc., which carries out reconnaissance prospecting and geological surveys of quartz and placer properties in the Yukon and Northern B.C.

I have fifteen years prospecting and exploration experience in Alberta, B.C., N.W.T. and Yukon.

Completed Yukon Chamber of Mines “Basic Prospecting Coarse (1 995)” and “Advanced Prospecting Coarse (1 996 & 1998)”, Cordilleran Roundup VMS short coarse (1 999), Geoscience Forum Gemstone short coarse (2004), Calgary “Diamond Prospecting Short Coarse (2006)”, Yukon Geological Survey “MMI Geochemistry and Sampling Coarse (2006)”, etc.

Recent discoveries: Big Top VMS project (1 997); Fox VMS property (1 999); Spice Gold property (2001), under option to Klondike Gold Corp. (2004); Clark / Cameron Silver / Zinc deposits (2001), under option to CMC Metals Ltd. (2006); Moosehorn Gold prospect (2006); King Lake Copper Porphyry prospect (2006).

I reside at 27 Tutshi Road, Whitehorse, and have been a resident of the Yukon since 1981.

I supervised the work on the Moosehorn property.

Y

WADE O d W S-. GARRELL, PRESIDEN TANANA EJPLORATION INC.

17

-a”- Tanana Exploration Inc. GPS Claims Posts

January 2007

MOOSEHORN GPS DATA UTM NAD 83 ZONE 7

POINT M H-09 MH-I 1 MH-13 MH-15 MH-17 MH-19 MH-21 MH-23 M H-24

UTM EAST UTM NORTH DESC 503346.5 6999946.1 CLAIM POST 503465.5 6999489.4 CLAIM POST 503568.8 6999070.5 CLAIM POST 503701.5 6998631.7 CLAIM POST 503806.4 6998187.3 CLAIM POST 503936.1 6997770.7 CLAIM POST 504061.8 6997329.6 CLAIM POST 504192.1 6996899.7 CLAIM POST 504315.3 6996478.7 CLAIM POST

CLAIM POSTS

15/01/2007

MOOSEHORN GPS DATA UTM NAD 83 ZONE 7

SAMPLE UTM EAST UTM NORTH DESC 1A-VEIN 2ASTRIP

4MAG-01 5MAG-24 6MAG-2E

3M-VEIN

7MAG-2N 8MH-01s 9MH-02R lOMH-02S 11 MH-03s MH-04R MH-05R MH-06R MH-07R 16MH-09 17MH-11 18MH-I 3 19MH-15 20MH-I7 21 MH-19 22MH-21 23MH-23 24MH-24 M H-26 MH-27 MH-28 M H-29 M H-30 MH-31 M H-32 MH-33 33MH-AI R 34MH-CL MP1101 WIA M P1102WlA MP1103WlA M P I 104WlA M P I 105WlA MPIlOGW/A M P 1 IONVIA M P 1108WlA M PZO9EIA MP2/10UA MP2/11 EIA MPZ12UA MPZI 3ElA MP2/14E/A MP2/15UA MPU16EIA

504065.3 506302.1 5041 27.5 503071 .O 5041 71.1 507971.0 505871 .O 503580.6 503234.4 504062.9 5041 27.2 503217.2 506294.6 507278.0 507038.8 503346.5 503465.5 503568.8 503701.5 503806.4 503936.1 504061.8 5041 92.1 50431 5.3 503814.5 503765.6 503834.3 503886.8 505580.1 505736.1 506095.1 507647.0 505802.2 504286.9 5043 12.3 504289.1 504263.8 504239.6 504214.4 504188.1 504162.8 5041 38. I 504298.1 504323.8 504349.6 504379.9 504404.6 504430.4 504454.6 504478.8

69921 33.1 6997360.0 6992099.7 7001 172.5 6996372.7 6997623.2 7000473.3

6996509.8 6997295.1 6997102.4 6996538.7 ROCK ICP 6997348.8 ROCK ICP 6997679.5 ROCK ICP 6997680.1 ROCK ICP 6999946.1 CLAIM POST 6999489.4 CLAIM POST 6999070.5 CLAIM POST 6998631.7 CLAIM POST 6998187.3 CLAIM POST 6997770.7 CLAIM POST 6997329.6 CLAIM POST 6996899.7 CLAIM POST

6998197.3 TILL ICP 6998191.7 TILL ICP 6998095.9 TILL ICP 6998075.9 TILL ICP 6996939.7 TILL ICP 6996957.8 TILL ICP 6997160.1 TILL ICP 6997645.9 TILL ICP 6996933.4 6996583.4

6996476.5 M MI 6996470.9 M M I 6996467.5 M MI 6996466.3 MMI 6996469.6 M M I 6996475.2 MMI 6996476.3 M MI 6996519.9 MMI 6996521.1 MMI 6996517.8 MMI 6996520.0 MMI 6996514.5 MMI 6996514.5 MMI 6996514.6 MMI 6996511.3 MMI

6998933.5

6996478.7 CLAIM POST

69~169.8 MMI

15/01 12007

MOOSEHORN GPS DATA

MPZI 7E/A MPZI 8EIA MPZI 9EIA MP2-20WIA MP2-21 WIA MP2-22WIA MP2-23WIA MP2-24WlA M P2-25WlA M P2-26WlA MP2-27WIA MP2-28WIA M P2-29WlA M P2-3OWlA 65QUAD-E

504504.1 504528.3 504553.0 504273.3 504249.1 504223.9 504199.6 5041 73.9 5041 48.1 504123.9 504096.7 504071.9 504046.7 504023.0 5071 02.3

UTM NAD 83 ZONE 7

6996512.4 MMI 6996505.8 M M I 6996511.4 MMI 699651 7.7 M MI 6996522.1 M MI 6996517.6 MMI 6996523.1 M M I 6996520.9 MMI 6996526.4 MMI 6996524.2 MMI 699651 8.6 M M I 6996514.1 MMI 6996514.0 MMI 6996507.3 M MI 6997718.2

15/01 12007

1.

INVOICE Stewart Basin Exploration

12 Mossberry Lane, Whitehorse, Yukon Y1A 5W4 Tel. (867) 633-3829, rhs@northwestel. net

Invoice To: Tanana Exploration Ine. 27 Tutshi Road %tehorse, Yukon Y 1A 3R4

Date: January 22,2007 Invoice No.: TANEX-06-02 BN: 89383 3921 RTOOO2 Terms: Net 30 days Re: King Lake and Moosehorn Projects

Professional Services, Drafting and GIs - Date Jan. 6fi

Jan. llh

Jan. 12" Jan. 14&

Jan. 15h Jan. lp

Jan. ISfi

Descriution of Work Create King Lake survey database in Geosoft. Need ICP soil results for KL and Moosehorn. Edit King Lake conventional and Moosehorn conventional geochem in Geosoft. King Lake soil sample location map. King Lake Geosoft, ICP and MMI. Plot Au and Cu, email. Moosehorn Geosoft, ICP and MMI. Merge Heon and Bond MMI data and find the most responsive horizon. Create soil maps for ICP: Ag, As, Au, Co, Cu, Ni, Pb, Zn and for MMI: Ag, As, Au, Co, Cu, Ni, Pb, Zn . Plot Moosehorn claim map with GPS locations. Moosehorn rock and till sample location map. 3923 1 Yukon Property Location map. King Lake rock sample location map. Moosehorn soil sample location map for ICP and MMI. Create map PDF's and email to Tanana.

Professional Services Discount Total GST @ 6% AMOUNT OWING

Hourly Rate: $50.00 - Total HOW

$600.00

$500.00 $30.00

$530.00

($100.00)

- Hours 0.5

0.9

1.5 6.75

0.75 0.6

0.7 0.3

12.0

TANEX-06-02, Page 1 of 1 Thank you for your business.

MAIL BOXES ETC #302 108 ELLIOTT ST

WHITEHORSE Y T

CARD NUMBER 45064452wwww4212 CARD TYPE DEBIT CARD ACCOUNT TYPE CHEQUING 4891 DATE/T I ME 2007/01/22 16: 21; 25 RECEIPT NUMBER 4918868T 0019740180 s PURCHASE TOTAL MOUNT $196,46

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

CFlRDHMDER COPY

. .-

\

Daniile H t o n -Geologist

1 2 Marigold Place

Whitehorse, Yukon

_ . . . Canada _. . .. .. *

. .

Ph: (867) 668-6242

r a x (867) 668-6203

d [email protected]

G.5.T. NO: 8794076 17-RTooo I

.- . Invoice

* -

Date:

To:

Attn:

December 18 2006

Tanana Exploration

Wade Carrel1

__- - - - Project title: MMI data compilation

Description of services: graphing of MMI data from SGS Lakefield data interpretation

, .. . . . . I 0.5 day Q $450/day .+ $225.00

$1 3.50 .------------ GST 6%

- . Grand total $238.50

I

\ 12 Marigold Place

Whitehorse, Yukon d h e o n w Canada VIA 6m

Phone/ TeI. (867) 668-6242 Fax (867) 668-6203

-1. m e t

COD SGS MINERALS C/O LESLIE STREET DON MILLS ON M3B 2M3 Canada

INVOICE

Customer Number Currency Payment Term

SGS Order No.

lnvolce Number : 101 53322 Date 28-JUL-06 Page :1 I 1

272831 CAD Due immediately

1 13243

Customer Reference Tanana Explorations Inc 27 Tutshi Rd. Whitehorse Yukon Canada Y 1 A 3R4

Ann: Carrell Wade

Attn: Carrell Wade

Order source reference number: 0000005820 W0#:089898: TANANA EXPL

Item Descriotion Quantitv UoM Unit Price Net Amount Amount

37347 Mobile Metal Ion Analysis 76 Ea 34.00 2,584.00 2,739.04 MMI-M5 Multi-Element Package

. _ - _ _ - __ -- GST 155.04

Net Amount CAD 2,584.00 SumofTax CAD 155.04

Total Amount CAD 2,739.04

Contact Name: LEE, MA LYRA Direct line: 416-445-5755 ext 235 E-mail: Ma.LyraLeeOsgs.com

Please Remit To: SGS Canada Inc FOR WIRE TRANSFER PAYMENTS:

BANK # 260 TRANSIT # 00082 SWIFT CODE: ClTlCATT 20141 13008 CAD 20141 13016 USD ABA#O21000089

PLEASE iNCLUDE iNVOlCE NUMBER WITH PAYMENT DETAIL

FOR CHEQUE PAYMENTS: PO BOX 4580 DEPT 5, STATION A

Toronto M5W 4W2 Canada

CITIBANK CANADA -TORONTO, ONTARIO

COD SGS MINERALS C/O LESLIE STREET DON MILLS ON M3B 2M3 Canada

INVOICE

Customer Number Currency Payment Term

SGS Order No.

Invoice Number Date Page : I I 1

: 101 5361 3 : 29-JUL-06

272831 CAD Due immediately

1 13687

Customer Reference Tanana Explorations Inc. 27 Tutshi Rd. Whitehorse Yukon Canada Y 1 A 3R4

Attn: Carell Wade

Attn: Carrel1 Wade

Order source reference number 0000005854 W0#089899 TANANA EXPL

Item Description Quantity UoM Unit Price Net Amount Amount

37347 Mobile Metal Ion Analysis 49 Ea 34.00 1,666.00 1,765.96 MMI-M5 Multi-Element Package - - - -- - _ -- _____- ~ __ - -

GST 99.96

Net Amount CAD 1,666.00 SumofTax CAD 99.96

1,765.96 Total Amount CAD

Contact Name: LEE, MA LYRA Direct line: 41 6-445-5755 ext 235 E-mail: MaLyraLee 0 tigs.com

Please Remit To: SGS Canada Inc FOR WIRE TRANSFER PAYMENTS:

BANK # 260 TRANSIT # 00082 SWIFT CODE: CITICAll ClTlBANK CANADA -TORONTO, ONTARIO

201 41 13008 CAD 20141 1301 6 USD ABA#021000089

PLEASE INCLUDE INVOICE NUMBER WITH PAYMENT DETAIL

FOR CHEQUE PAYMENTS: PO BOX 4580 DEPT 5, STATION A

Toronto M5W 4W2 Canada

2 , / o b

SGS Minerals Services SGS Canada Inc. 1885 Leslie Street Toronto ON M3B 2M3 t (41 6) 445-5755 f (41 6) 445-41 52

SGS Tax ID GST/HSTKPS#R 105082572 QSTKVQ#RlOI 0505000 Member of SGS Group

ACME ANALYTICAL LABORATORIES LTD. 852 East Hastings,, Vancouver, B.C., CANADA V6A 1 R6

Phone: (604) 253-3158 Fax: (604) 253-1716 Our GST # 100035377 RT

TANANA EXPLORATION INC. 27 Tutshi Road Whitehorse, YT Y1A 3R4

Inv.#: A6041 71 Date: Aug 23 2006

Please pay last amount shown. Return one copy of this invoice with payment. TERMS: Net two weeks. 1.5 % per month charged on overdue accounts. [COPY 1 ]

ACME ANALYTICAL LABORATORIES LTD. 852 East Hastings,, Vancouver, B.C., CANADA V6A 1 R6

Phone: (604) 253-3158 Fax: (604) 253-1716 Our GST # 100035377 RT

QTY

2 2 2

48 9

TANANA EXPLORATION INC. 27 Tutshi Road Whitehorse, YT Y1A 3R4

Inv.#: A604446 Date: Aug 30 2006

ASSAY I PRICE I AMOUNT

GROUP 1DX Q GROUP 48 - REFRACTORY and REEs Q GROUP 6 - AU P i PD Q GROUP 6 - AU Q P150 - PAN CONC. @

Project: MOOSEHORN Samples submitted by W. Carrel1 FILE # A604446 & A604447

22.60 46.20 33.60 621.60 28.35

752.35 45.14

797.49

Please pay last amount shown. Return one copy of this invoice with payment. TERMS: Net two weeks. 1.5 % per month charged on overdue accounts. [ COPY 1 ]

MOOSHORN EXPLORATION #407 - 108 ELLlO7T STREET',

WHITEHORSE, YUKON Y l A 6C4

PH: I =600.700.1878 FAX: 1-600.70 1-9 1 84 EMAIL: [email protected]

INVOICE TO TANANA EXPLORATION FOR CAMP AND EQUIPMENT AS FOLLOWS:

Roomhunkhouse: 6 nights @ $50/man. .. .. . . . . . . . . .. . . . . . . . . . . .. . . . . . . ... ... . . . .. . . . . .. . ..$300.00 Roomhunkhouse: 6 nights @ $5O/man. .. .. . . . . .. . . . . ... . . . . . . . . . . . . ... ... . . . .. . .. . . . . .. . ..$300.00 Roomhunkhouse: 6 nights @ $50/man.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . - . . . . . . . . . . . . . . . . . . . .$300.00

ATV rental: 5 days @$l OO/machine.. . . . . . , . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .$500.00

AW rental: 5 days $$I OO/machine.. . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . .$500.00 MINUS propane fill.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .CR($85.00)

MINUS 40 litres gas @VI ...... ...... ... ... .,.... ... ............ ... ......... .,. ... ...... ..... CR($40.00)

MINUS supplying employee's meals.. . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . -. . . . . . . . . . CR($lOO.OO)

BALANCE OWING: $1675.00

- A T n.. Great River Aviation Ltd. Flight Ticket / Invoice Great River Aviation Ltd. Flight Ticket - - / Invoice N9 0 2 7 9 Charter and Contract Service

60 Lodestar Lane. Whitehorse Yukon, Canada YlA 6E6 867-393-4359 Fax 456-7186 GST I R 867 317 372

SIGNATURE

CHARTERER

Great River Aviation Ltd Flight Ticket - _ / Invoice NZ 0 2 6 9 Charter and Contract Servlce

60 Lodestar Lane, Whitehorse Yukon, Canada YlA 6E6 AIR 867-393-4359 Fax 456-7186

- - Fkh I H/ vc N i 0 2 7 9 Charter and Contract Service

60 Lodestar Lane. Whitehorse Yukon, Canada YlA 6E6 a AI R 4 867-393-4359 Fax456-7186

'

GST YR 867 317 372 I - - - - GST #R 867 317 372 _ _ -. .

SIGNATURE

CHARTERER

I I TELEPHONE POSTAL CODE PURCHASE ORDER # BASE

CUSTOMER FUEL FLIGHT ITINERARY MILES TIME

1 1

d MILES

GREAT RIVER FUEL

t* v.* LITRES FROM

\ LITRES FROM os

LITRES FROM os

PILOT EXPENSES I OTHER CHARGES DESCRIPTION AMOUNT

I I

UTRES FROM OS I

I L

os I / UTRESFROM

I I / I I I I I I 1

I RATE PER HOUR $

RATE PER MILE $ I ; I

I /

I

TOTAL 2433

I I I RATE PER HOUR $

/ RATE PER MILE $

I I

PASSENGERS I FLIGHT DETAILS PASSENGERS FLIGHT " PASSENGERS I FLIGHT DETAILS PASSENGERS FLIGHT

TO: I FROM I FROM: I TO:

FUEL

HOLDING

OTHER

GST

TOTAL SIGNATURE X AUTHORIZED BY (PRINT)

Wlllow Prlnters

SIGNATURE X AUTHORIZED BY (PRINT) TOTAL

Wlllow Mnters

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)ne : 1-888-359-9896 ( to1 1 free 1

I ulll need the STORE NUMBER: 3191 complete t h l e survey. Thank you. it- oplnlon counts, n eondese est deeleaent o f f e r t en lncsls 1 '

WAL*MART MHITEHORSE 831 91

UE SELL FOR LESS EVERYDAY 9021 QUFiRTZ ROAD ( 867 1 667-2652 UNITEHORSE, YT

3191 O P t 00000189 TEt 01 TRt 05526 AN FOIL 005735101250 2.84 J AN FOIL 0057351 01 250 2.84 J

SUBTOTAL 5.68 1ST 6% 0.34

TOTAL 6.02 DEBIT TEND 6,02

CHANGE DUE 0.00 /HST 137466199 RT 0001 1016551356 TP 0001

CHIlSE TRANSACTION RECORD

RUING ******#*****4212 - 131 2 6.02

8 : 011028008 H 1): 142808

HINAL I D : VALCABIOIPR APPROVED-THANK YOU

07/11/06 11:28:08

# ITEMS SOLD 2 TC8 2757 6734 9459 2735 9829

203 HA#Sa# STREET YlA1Y3 #lTEHORSE YT 8151621 rlcct # $50644520

Date

Purchase , 627.26 - ## AF'FiBOVED-TH1IPlk YOU

Retain this copy fdr ywr'tetord :. 9 1 \

I-

I /-

-L,,w.*"**4* ',+@w+-

R I VERIREWPER A 29 LEWES BLVD, WHITEHORSE YT

CORD NUMBER 4506445208wwrrw~ ACCOUNT TYPE CHEQUI NG 5241 DRTE/T I ME 2006/07/11 11 :56: 24 RECEIPT NUMBER S08642262-001-129-019 PURCHASE ...................... TOT& AMOUNT $24 .66

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

00 RPPROVED - 001 AUTH, #I 150014 THRNK YOU

CARDHOLDER COPY

<:

. .. ., ...

. .

RIVERDnLE SUPER fl 29 LEWES BLVD, WH1 TEHORSE YT

00 RPPROVED - 001 THANK YOU

RUTH, # 150119

CRRDHOLDER COPY

.~ ... L . . . . . . . . . . . . .

/ '

. . . r . .... . ;.i .... :. ' ..

, a ' . . *.

TRANSACTION RECORD rse

WHITEHORSE LIQUOR STOR 2190 SECOND AVENUE YIA4P9

t l t t

10: 32: 39 mBER 45064452wwwr4212 t l t t PURCHASE

07 - 12-1Go6 'PE DEBIT CARD

TYPF CHFMI I NG 2607 . . . A r r r e a n e c * ~ ~ ~ ~ C I

, CCKlDHOLDER COPY Retain t h i s copy for your 30 15 8 records

Herchant copy .---___ \ v

7 0 7 INWSlHlHL KUHU Fax: (867) 993-6104 I II I I lA\nnr I J T WHl ltHUMX TI

:ARD NUMBER 4506445208534212 COUNT TYPE CHEW I NG 4932 flTE/TI HE 2006/07/19 1 lECE I PT NUMBER S80137963-272 'URCHRSE 'OTCV MOUNT $105100

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

10 FlPPROVfD 001 WTH, # 183118 ' H M YOU

I

BoNclZA INN HOTEL

' CRRD NWlBER ACCOUNT TYPE DATEIT I ME

00 APPROVED 001 RUTH, ti 145153 THRNK YOU

Superstore Gas Bar #I730 2226 2nd Avenue Whitehorse, Yukon

Y 1 A 1C8 Your attendant i s Evrard

REF#: Oij8OOlOOlO 04 TERM :WD1?309

2006/0

Taxes i nc 1 ii! led i r i f ue 1 : 6% !'.;S'l 105641805 7.19

Fuel GST# 105642805

Piease come again!

NORTH DRRXN RESTfUtRriN 2058 2 RVE YlAlA8 WH I TEHORSE Y T Acct # 4506445208534212

Date 06/07/20 Ti me Exoiru 1312 Alith #

22669424 TYPE Chequ i n!i

15 17 23 221749

Purchase $26 98

TOTAL $26,98 T i p $0 6 00

00 WPROVED-THCINK YOU

Retain t h i s copy for your record

Box 840 Dawson City Y.T. Canada YOB 1 GO Phone (867) 993-5495 - G.S.T. #I03797775 I kT SUN HOTEL

ACCOUNT PAID OUT

CASH 0

AMEX

VISA

CHG 0

CHEQUE 0

MASTER

-

22

24

I Credit Authorization Regardless of charge instructions the undersigned guest acknowledges the abwe as a personal indebtness.

CHARGE TO Telephone Readings

ADDRESS

SIGNATURE TOTAL

N

! I _ . . _ -. .. i ....... : I%.-.....- i

. . . . . I .~ . -:. ......... .......... ...... ~ ....

:: < i:.-. i : :i.;.- ........ ....... . ._ - - ,13

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. . . . . . . . . . . --.

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, . , - i - :< -.- ........... Y.2 , . . . . . . ~ , ~ ; : .. ......

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i w l e t e t I oplnlon ondase e lais I

SUBTOTkL 8-31 TOTAL 8.31

CFISH TEND 10.00 CHRNGE DUE 1.69

ST 137466199 RT 0001 016551356 TQ OOOl--

FAS GAS DIL Fas Gas Kopper King # 20228

91888 B Alaska Hiahway Whitehorse, YT Y1A 557

1867) 668-2422 GST # R101745552

Quantity Price Amount Diesel 78.64 1 1.115' 88.UI)# __------

t 88,oo 4.98

1 13.75'

- Cash Receipt

07/27/06 Oh43 Date/Time

'?E i 2 1-4 s ,= ?F '0, in :I-- -a I G

=

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I ITEMS SOLD 3 - - . -1 .. 1 -

SHIPPER R E C E I P T ~t 7857 5132 9759 2938 0819

IIIIIIIIIlllllllllllllllllllllll~llllllllllllllMllMMl~llllll~llll~llll Ue Sell For Less, Everyday! lllllllll Change : 0.76

iiave a great day! 0711 2/06 08: 46 : 1 3

I .

...... ~ . ~ . . ~ . , ....................... .-,- . . . . . . .

WHITEHORSE M I N I MG RECORDER/Y GS BOX 2703

WHITEHORSE, YUKON Y 1 A 2C6

Jul 11/2006 15:08:32 #12200 1 Clerk: Cashier 4 1 i hsh ie r : Cashier #1

Itern # Pr ice Qt.y Anioilnt

- - .. - - - - - -. - Tota l due: 4.24

Tendered ; Cash ' ; 5.00

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Date .... -..),(A.k.v ..... !q ... f&.& .......... Page ......... 0.S ........... . ““I“;)TT ....... 4.H.l ................. 1 ........

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