ASSESSMENT REPORT ON THE GEOCHEMISTRY

ORIENTATION SURVEY

ON THE

Skinner Property

McBean Lake Area, Thunder Bay Mining District

PREPARED BY:

Andrew Tims, P. Geo.

UTM Zone 16 - NAD 83 Projection

530930mE, 5499270mN

June 11, 2006

TABLE OF CONTENTS

INTRODUCTION

LOCATION AND ACCESS

CLAIMS AND OWNERSHIP

PREVIOUS WORK

REGIONAL GEOLOGY

WORK PROGRAM SUMMARY

Data Display

CONCLUSION AND RECOMMENDATIONS

REFERENCES

APPENDIX 1 - TABULATED FIELD NOTES & RESULTS

APPENDIX 2 - 'B' HORIZON & MMI M ANALYSIS CERTIFICATES

APPENDIX 3 - SAMPLE LOCATION & GEOCHEMICAL MAPS

Figure 1 Figure 2 Figure 3 Figure 4 Figure 5

Table 1 Table 2

Map 1 Map 2 Map2 Map 3

FIGURES

Provincial Location Map Property Claim Map Regional Geology Map 8 Horizon Gold Results as Graduated Symbols MMI Gold Results as Graduated Symbols

TABLES

Property Claims List Mine Production Statistics, Geraldton, Ontario

Map 1: '8' Horizon Sample Locations (1:2500) Map 2: '8' Horizon Gold Results (1:2500) Map 3: MMI Sample Locations (1:2 500) Map 4: MMI Gold Results (1:2 500)

1

1

1

3

5

7

10

10

15

16

17

18

INTRODUCTION

This report presents and summarizes the results of a 50 'B' Horizon/Mobile-Metal Ion soil

sampling orientation survey completed by the author on the Skinner property in Abrey

Township (Figure 1) of the Thunder Bay Mining District.

The geochemical sampling program was conducted during the period of May 22nd to 28th,

2006. Samples were collected along relic grid lines cut by the previous claim holders.

Andrew Tims of Thunder Bay, Ontario, undertook the soil sampling and writing of this

report.

LOCATION AND ACCESS

The Skinner property is located in Abrey township and McBean Lake area,

approximately 20 kilometre's east of Geraldton, 8 kilometres south of Longlac, in the

Thunder Bay mining district on NTS sheet 42E/10. (Fig. 1) The prospecting

proposal covers 2 mining claims (TB 30115317 & TB 30153319) north of the McBean

Lake on the McBean Lake Area claim map (G-0321) centered on VTM Zn16

coordinates 531242E and 5499082N using NAD83 projection.

CLAIMS AND OWNERSHIP

The Skinner Property consists of 2 contiguous staked claims, comprising

approximately 288 hectares (Figure 2). A list of the claims is found in Table 1 below.

Table 1

Skinner Property Claims List

Township/Area Claim Recording Claim Due Units Work Number Date Date Required

MCBEAN LAKE 3015317 2004-Jun-14 2006-Jun-14 10 $4,000

MCBEAN LAKE 3015319 2004-Jun-14 2006-Jun-14 8 $3,200

1

Total Total Claim Applied Reserve Bank

$0 $0 $0

$0 $0 $0

JUL Z 7 2006

GEOSCIENCE ASSEC " T OFFICE

/

/ / ~. --

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(~ .. .ar.

1

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1 ...

~

I 4!"

~ Past and present producing mines

,-.1

('

~ /J D ~ ) >--",

4 0 ·J \. _,r

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y ) I

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:i~~}JJJj;;:1 rl!.>jJ:lI!Y

Property Location Map

Figu-e 1

100

kilometres

JUl 'L 7 1006 ~l\~ •• '1;

EOSCIENCE ASSES".III-

G OFF\CE

PREVIOUS WORK

No historical assessment data for the immediate area of the property is recorded

before 1946. The Theresa Mine, located 5 kilometres to the northeast, produced

4,727 oz of gold and 198 oz of silver from 261,120 milled tons between 1935-1955.

Previous work is as follows:

1934-37

1934-38

1946

1947-49 1950-53

1954 1969

1970-72

1978

1987

1987-88

Initial gold discovery at the Theresa Mine site by Moses Fisher; optioned to Afton Mines Ltd., Bulk sampling, limited gold and silver production; 3,647 m of drilling; sinking of shafts 1 & 2; Theresa Mines Ltd. was incorporated, Independent Mining undertakes line-cutting; magnetic and geological surveys on the majority of the present day Skinner property, Shaft #3 at Theresa Mine sunk to 155 m; 10 934 m of drilling, Theresa Mine Mill operated at 106 tons per day; Shaft #3 deepened to 300m; 2 071 m surface and 15 202 m of underground drilling, Theresa Mine operations halted; patents suspended, O. Albert carried out trenching and stripping on a claim north of rv1ilbean Lake, Canadian Nickel Co. conducted a drill program in the McBean Lake area, Shell Canada Resources Ltd. optioned the property held by Roxmark Mines and Discovery West in the Skinner-McBean Lake Area; Questor Surveys completed an AEM survey with ground magnetic and EM follow-up surveys; a nine hole, 1,026 m drill program followed, Areodat flew an AEM survey over a 186 claim group in the McBean Lake area for Discovery West Corp and Roxmark Mines; follow-up prospecting, ground mag and EM surveys; two holes, 180 m, were drilled south of Skinner Creek between Skinner Lake and Milbean Lake, Duration Mines optioned the Theresa Mine property and dewatered the workings; completed 5 320 m of underground drilling, Duration Mines

3

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ABREY TWP

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Property Claim Map

Figure 2

kilometres

declared bankruptcy; the mine contractor, ].S. Redpath gained ownership of the property as compensation,

1996 Cyprus Canada Inc. staked the original fifteen-claim block in June followed by 23 km of line cutting between Nov and Dec.

1997 An additional 12.34 km of lines were cut plus 35 km's of a mag-VLF surveying were completed in January and February. A 27-km pole­dipole array IP survey was completed between Feb and Mar. An eleven hole, 1,851 metre BQ reconnaissance scale drill program was completed during the months of March and April. Seventy-four kilometre's of line for Grid B were cut between June and August. Line cutting was accompanied by a 58.9 kilometre mag/VLF survey. Geological mapping was completed in August. A 13.7 km pole-dipole array IP survey was completed during August. A 10 drill hole, 1,656 meter BQ diamond drill program was conducted by Cyprus Canada Inc. between October 7th and 27th, 1997

REGIONAL GEOLOGY

The Geraldton Gold camp is underlain by the east-southeast striking sediment­

volcanic Barton Bay synclinorium. The sediments are comprised of Precambrian

turbidite assemblages with interbeds of banded iron formation and lesser mafic

volcaniclastic rocks of the Southern Sedimentary unit (Kresz & Zayachivsky, 1991).

Semi-conformable sills of diorite/gabbro, including quartz and quartz-feldspar

porphyry intrude these formations. The sediments/volcanics and intrusives have

been deformed into tight large and small-scale isoclinal folds. Later intrafold and

drag folds have been superimposed on these structures. To the north, the

synclinorium is bound by a sequence of mafic volcanic flows and to the south by a

major east-southeast tectonic structure known as the Barton Bay deformation zone

(BBDZ). See Fig 3.

Several major longitudinal faults trend east-southeast, roughly parallel the axial

planes of the fold structures. These faults have been offset by the southwest

trending Long Lake fault producing a horizontal offset of 1 kilometre and a

significant displacement in the vertical sense. Rocks to the east of this fault are from

a deeper crustal level with a metamorphic grade of upper greenschist to

5

LEGEND

Mafic Vol Felsic Vol Sedime\ Feldspar Porph Qtz-Fsp Porph

• Gabbro • Tronj, Syenite z Granite, Granodiorite E

i • Diabase

./

0>

525000 mE ~30000 mE

• Mineral Occurance

1 Historical Drill Hole

-Iron Formation

!

.-'

m »

SKINNER PROPERTY

Property Geology Map

Figllre 3

ldiomeUl!s

amphibolite. Lithologies west of Long Lake are of greenschist facies (Kresz &

Zayachivsky, 1991).

Many of the gold deposits in the Geraldton camp are thought to be spatially related

to the low angle splays off of the BBDZ (Bankfield-Tombill fault), as the majority of

the gold production occurs in rocks directly north of this major tectonic structure.

Gold mineralization occurs in several environments but the two most prolific, based

on historical production (Pye, 1951), are the porphyry/sediment contacts and

quartz-ankerite veins within or adjacent to highly folded sections of iron formation.

Between 1934 and 1968, the Geraldton camp produced approximately 2.9 million

ounces of gold at an average grade of 0.17 oz/ton from eleven, moderate to high

grade underground operations. Production statistics for the Geraldton camp are

listed in Table 2.

Table 2 Mine Production Statistics. Geraldton. Ontario

MINE PERIOD TONS AU OZ. AU OZ/T PROD. RATE

JUL 2 7 2006 WORK PROGRAM SUMMARY

The author undertook an orientation survey composed of 50 'B'

Mobile Metal Ion (MMI) media over a known gold occurrence drilled by the

7

previous claim holders. A total of four survey lines totalling 1.1 km were traversed.

Quality assurance and control of the geochemical data involved the taking of two

duplicates and the insertion of 2 blank samples.

Samples were taken every 25 m using a hand soil auger. Careful attention was made

not to compress the soil profile during augering as the sampling depth for the MMI

portion of the survey was critical. MMI sample media was taken 20 cm below the

lowermost organic layer. B horizon material consisted of rusty red to brown mineral

soil immediate beneath any grey oxidized horizon.

Samples were placed into whirl pack bags. Sample size averaged between150 and

400g. Field data for each sample was recorded on custom designed data sheets (see

appendix Xl). Data collected included: sample location in both grid as well as UTM

coordinates, sample type, depth, moisture content, colour, slope, slope direction,

vegetation type plus a section for noting cultural features. (see appendix 1)

A duplicate sample was taken every 20th sample number with the 41st and 50th

sample number skipped to allow a replicate with blank metal values to be inserted.

MMI samples were packed in sealed two 5 gallon pails and shipped via UPS Courier

to SGS Xral Laboratories in Don Mills, Ontario. B horizon samples were delivered

by the author to Accurassay Laboratories in Thunder Bay.

Once at Xral Labs each sample is processed as follows: a 50-gram split from each

sample is weighed out into a plastic vial fitted with a screw cap. Due to the non­

homogeneity of most samples, the split is scooped from different areas. If a sample

consists of large lumps, the sample may be gently broken down into smaller lumps.

To digest any metals in a 50-gram split 50-ml of a diluted MMI-M solution is added

to the sample. The solution used is unique for the each suite of metals being

extracted. The sample is place in a shaker and is shaken for 20 minutes. The sample

8

is allowed to sit in the MMI solution overnight. After the allotted digestion time the

sample is placed in a centrifuge for 10 minutes if needed. The resulting liquid is

decanted into a 20-mI test tube, before being processed through the ICP-ES for the

final analysis the decanted liquid is additionally diluted 10 times (total dilution is

100 times). An internal standard containing 50.0 ppb Re is added to one in every ten

samples. A control sample with known metal values and a blank is sent through the

instrument with each batch of samples. MMI analysis package M was used on the

samples producing results for the following elements:

Au, Cu, Cd, Pb, Zn, , Pd, Co, Ni, U, Nb, Rb, Y, Ba, La, Ta, Ce, Pr, Nb, Sm, Gd, Tb, Er,

Yb, Ti, Zr, Ca, Mg, Al , Sc, Th, Li, Fe, As, Sb, Bi, TI, W, Sn, Mo and Te.

The B horizon samples were dried, and screened through -80 mesh. The -80 portion

is fired in the assay lab. In the fire assay lab the sample is mixed with a lead based

flux and fused for an appropriate length of time. The fusing process results is a lead

button, which is then placed in a cupelling furnace where all of the lead is absorbed

by the cupel and a silver bead, which contains any gold, platinum and palladium, is

left in the cupel. The cupel is removed from the furnace and allowed to cool. Once

the cupel has cooled sufficiently, the silver bead is digested using a 1:3 ratio of nitric

acid to hydrochloric acid. The samples are bulked up with 1.0 mIs of distilled

deionized water and 1.0 mIs of 1 % digested lanthanum solution. The total volume is

3.0 mIs. The samples cool and are vortexed. The contents are allowed to settle.

Once the samples have settled they are analyzed for gold, platinum and palladium

using atomic absorption spectroscopy. The atomic absorption spectroscopy unit is

calibrated for each element using the appropriate ISO 9002 certified standards in an

air-acetylene flame. A control sample with a known gold value and a blank is sent

through the instrument with each batch of samples. Gold was the only element

analyzed from the B horizon soils.

9

Data Display

Sample locations are shown on Map 1 with tabulated field noted and assay data

present in Appendix 1. Assay certificates are located in Appendix 2. Gold assay

results from B horizon samples where averaged where check assays were reported

by the lab. Results are plotted on Map 2 in Appendix 3 as raw (ppb Au) data. For

purposes of statistical analysis samples with Au assay value below the detection

limit of 5 ppb were given a default value of 2.5.

The MMI samples locations are on Map 3 and with the raw (ppb Au) data on Map 4.

Analytical Certificates are located in Appendix 2. Results are plotted on Map 4 in

Appendix 3 as raw (ppb Au) data. For purposes of statistical analysis samples with

Au assay value below the detection limit of 0.1 ppb were given a default value of

0.05

CONCLUSION AND RECOMMENDATIONS

Previous drilling by Cyprus Canada Inc in the area of the orientation survey

intersected 1.98 g/t Au over 7.3 m in hole SK97-04, 0.58 g/t Au over 5.4 metres in

hole SK97-09 and 1.87 g/t Au over 6.5 metres in hole SK97-10 over a total strike

length of 175 m.

Assay results for the 'B' Horizon soils are shown on figure 4 as graduated symbols.

There is a good response from the gold zone in drill holes SK97 -04 and SK97 -09 on

lines OE and 1E. Sampling over SK97-10 on line 1W failed to produce a definitive

response over the drill hole trace. Gold values in 'B' Horizon soils on line 2W were

generally below detection limits. The second highest gold assay from B horizon

soils is located 100 m north of the end of the horizontal trace for drill hole SK97-10

on line 1 W and is coincident with the geophysical response from an iron formation

drill tested by Cyprus Canada Inc.

10

00 m 308 mE 530900 mE 31100 mE 31200 m

I N Magnetic Oechneton 6"15'

· I · + 2.5 z I E

0 TB3015317 0

~ · '" I • 16 .,.

<0

• 9

• 7 + 2.5

• 6

+ 2.5

+ 2.5 + 2.5

+ 2.5 + 2.5

• 9

z • 8 658.5 E Gold in B Horizon 0 + 2.5 ppbAu 0 . 25 «)

'" • 9 23 . 10 ...... '" ...... ';f, • 5 + 2.5 1

• 7 8 . 29

+ 2.5 . . 11

SK97- 1O 3 + 2S@ . 25 SK97-09

2.5 + 2.5 z E .-.~ + 2.5 0 0 .,. • 10 '" '" i · SK97-04 .,.

6 «) • 9 + 2.5

<:i>

I SKINNER PROPERTY 19 + 2.5 + 2.5

0) ..-- Graduated Symbols for ~ 19 "8" Horizon Gold Assays .....

I + 2.5 + 2.5

0 + 2.5 <') Figure 4 ~

Z I + 2.5 '~1IT.::IIot ", .... = .. e-

E + 2.5 g ,. 40 80

'" '" ",...,

'" .,.

<l> ~:lUI UU mt: ~:lU~UU mt: 0:lU8OC mt: O:l_lUuumt: 0311Uo m t: 031 LUU mt:. 0313UU m I

, N .,.----- Magnetic Declination 6~5'

' W ,_-:--- GRIO

I TRUE

Z , • 0.8 . ~

E i' o. . " ... 0:8' ' . ' <D I

'" ... 3.2 '" ;)I; 0- 1.6

0- 1.6 • 0.8 • 0.8 T83015317

* 4.8 * 25.3 • 0.8

* 4.8 * 3.2

* 4.8 • 0.9 z I • 0.8 E

t • 0.8 o. 0 '. .* 4.8 '" * 3.2 • 0.8 '" ~

I ... 3.2 *13 Au RESPONSE RATIO

, * 3.2 * 6.4 (ppb Au/average 4th quartile)

• 0.8 *1

• 0.8 132 " 0.5

* ·0.1

.~.J • ~8

6.4

0.8 * 4.8 19 z

* E 6.4

'* 2i5' 0 0 (J,

'" • 1 . * 3.2 * 3.2 ;)I; (,,)

~ 8 * 3.2

* * 3.2 11.3

Cd 4 0.8

* 4.8 c.,., * 3.2 * 3.2 p

--01 z c.,.,

* 3.2 E ~ * 4.8 o . . ' . 0 SKINNER PROPERTY '" '" '" ;)I; Gold Response Ratio with

f------ Corresponding Graduated ~ Symbols I: ::

Figure 5 ~ :)I;.oIt : I ~1I;II , -.:aan:.-ru:.on. ... ,I~.I :: ""' , ........

I 0 ,. '" ''''

Z mit,.. E

0

The MMI Au response ratios are shown in figure 5 with the raw analytical data on

Map 4 in Appendix 3. Response Ratios are peak data values to average background

ratios. The calculated background is the average of the lowest quartile of the entire

data set. Should different media types be collected (ie sand, clay and humus) a

unique background average is calculated is used for each. Response ratios provide a

number of benefits for interpretation:

1) Reduce the effects of dissolution variables during extraction, for example time

and temperature;

2) Allow the splicing of different data batches or data from varying regolith

situations;

3) Reduce the effects of sampling in different soil types; and

4) Facilitate multi-element data presentations for interpretation.

In this orientation survey the MMI samples produced a similar response as seen in

the'S' Horizon soils on line 1E traversing the trace of hole SK97-09. Anomalous

MMI responses on line OE show a displacement of 25 m to the north of Sf Horizon

gold anomalies. The MMI results are probable seeing the bedrock response and is

not being influenced by the down ice dispersion train. Sample lines 1W and 2W

exhibit weak erratic MMI responses.

Soil depths in the survey increase from east to west with the western most sample

line, 2W, dominated by black spruce and cedar swamp. This may explain the strong

response for the weakly mineralized intersection in drill hole SK97-09 (.58 g/t Au

over 5.4 metres) were overburden cover averages between 0-1 m. Likewise the lack

of a response from'S' Horizon soils on line 1W where drill hole SK97-10 produced a

significantly strong assay composite, 1.87 g/t Au over 6.5 metres, can be attributed

to the deep wet overburden cover. The MMI sampling over the two western most

lines with the greatest overburden cover yielded weakly anomalous and erratic

responses. The magnitude of the difference between background and anomalous

13

values in MMI surveys is very small on the order of 2-3 ppb. A larger sample

population covering a larger area would produce a statistically better response as a

greater number of samples would better refine the average background value.

Enlarging the survey area should allow a gold trend to become more evident.

Further work on Skinner property should include:

1) The expansion of MMI soil survey to better define the trend of the gold

zone and;

2) Drill testing of the known auriferous mineralization down dip, down

plunge and along strike where indicated by the MMI survey.

Respectfully submitted,

July 25, 2006

14

REFERENCES

Bajc, A.F., 1998; A comparative analysis of enzyme leach and mobile ion selective

extractions; case studies from glaciated terrain, northern Ontario. Journal of

Geochemical Exploration, vol 61, pp. 113-148.

Bruce, E.L., 1935; Little Long Lac Gold Area, Vol. XLIV, Part III, Ontario Department of Mines Report

Kresz, D.D. and Zayachivsky, B., 1991; Precambrian geology, northern Long Lake area; Ontario Geological Survey, Report 273,77 p.

MacDonald, A.J., 1988; The Geraldton Gold Camp: The role of Banded Iron Formation, Ontario Geological Survey, Open File Report 5694,173 p.

Mann, A. W., Birrell, R.D., Mann, A.T., Humphreys, J.L., Perdrix, J.L., 1998;

Application of mobile metal ion technique to routine geochemical

exploration. Journal of Geochemical Exploration, Vol 61, pp. 87-102.

Pye, E.G., 1951; Geology of Errington Township, Little Long Lac Area, Vol. LX, Part VI, Ontario Department of Mines Report. 140p.

Wamtech Pty Ltd., 1996; MMI Operations Manual for Mobile Metal Ion

Geochemical Soil Surveys. MMI Technology, Version 4.98

15

To: Andrew Tlms

Certificate of Analysis Work Order: 089173

Date: Jul 11, 2006 Attn: Consulting Geologist Andrew AB. Tims 317 Sillesdale Cr. THUNDER BAY ON P7C 1S7

P.O. No. Project No. : No. Of Sam~les Date Submitted Report Comprises

SKINNER DEFAULT 50 May 30, 2006 Pages 1 to 11 (Inclusive of Cover Sheet)

Distribution of unused material:

3ts

Report Footer:

Certified B~:s:t;2

ISO 9002 REGISTERED

r# Il~ Stuart Lam Operations Manager

ISO 17025 Accredited for Specific Testa. see No. 4S6

L.N.R. .. Listed not received n.'. = Not applicable

I.S. .. Insufficient Sample = No result

"INF = Composition of this sample makes detection impoasible by this method M after a result denote. ppb to ppm conversion, % denotes ppm to % conversion

Methoda marked with an aateri&k (e.g. "NAA08V) were subcontracted

Subject to SGS General Terms and Conditions

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

SGS Canada Inc. Mineral Services 1885 L.etr.1ie Street Toronto ON M3B 2M3 \(416) 445-5755 1(416) 445-4152 www .•• ca

COpy INVOICE

ANDREWTIMS 317 81LLE8DALE CR. THUNDER BAY ON P7C 187 Canada

Cuatomer Reference Attn: Accounts Payable Order source reference number: 0000005388 WQI:089173: SKINNER

Item Descrlptton

$7341 Mobile lIetallOn An_vsle MMI-MS Mulll·Element Package

Contact Name: DlnICt line: E-IMII:

Pleue RemIt To: SGS Canllda Inc

LEE,MAlVRA 416-445-5755 ext 235 Ma.lyraLeeOsgs.com

FOR WIRE TRANSFER PAYMENTS: CrnSANKCANAOA-lORONTO BANK 11260 TRANSrr, 00082 SWIFT CODE: crnCATI 2014113008 CAD 2014113016 USC ABAt021000089

PlEASE INCLUDE INVOICE NUMBER WITH PAVMENT DETAIL

FOR CHEQUE PAYMENTS: POBOX 4580 DEPT 5, STATION A

Toronto MSW 4W2 Canada

cu.tomer Number Cummcy Payment Term

SGSOnlerNo.

Quantity UoM

50 Ea

Invoice Number Dale Page

590372 CAD

: 10148095 : 1()..JUL-06 : 1 /1

Net CUe In 30 Days

109117

UnIt Price Net Amount

34..00 1.100.00

GST

Net Amount CAD Sum Of Tex CAD

Total Amount CAD

80S Minerals Services SGS Canada Inc. 1885 leslie Straet Toronto ON M3B 2M3 t (416) 445-5765 1(416) 445-4152

Amount

1. __ 00

102.00

1.700.00 102.00

1,802.00

SGS Tax 10 GSTIHSTITPSlRI06082672 aSTfNQlRl010605000 Member or 8GS Group AlI_ ... _ond .. ___ .. _ ............. ___ oI_"" __ ....... ___ .. _bo_. ____ or._~_,..,_ ......... _ ....... Hip\Q ...... _or __ ....... _oI .... --. ___ .... __ ._ ....... _oI ... _oIUS _ ...... _ ...... poId .. .,.,-"" ... _ fI'tIII ........ _ ...... _ .. _" ... _oI ... __ ..... -.SQ8_1IIo __ ..... _ .. ~ __ .. " .... -.M(o)_"' ___ _

J

Final: 089173 Order: SKINNER .. f>age2of 11

Element MMI-~~ A AI Au 8s B Ca Cd ca Cc Method MMI-M5 MMI-M5 MMI-M5 MMI-Mti MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M/5 Ott.Llm. 1 1 10 0.1 HI 1 10 10 5 /5 Units PPB PPM PPS PPB PPS PPB PPM PPB PPB PPS

ISKS 1001 16 41l 280 0.3 4& <1 280 <10 124 40 ISKS 1002 4 52 130 1.2 1500 <1 320 <iC 1220 246 ISKS 1003 4 55 80 2.C 1490 <1 380 <1C 190 42 SKS 1004 5 17~ 80 O.~ 26C <1 30 <1C 5(1 81l ~KS 1005 7 1M! 110 O. 530 <1 110 <10 313 231l SKS 1006 4 16~ 40 <0.1 91C <1 80 <1~ 1441 1313 SKS 1007 ~ 201l ~O <0.1 1~ <1 120 <1C 243 150 SKS 1008 ~ 101 50 <0.1 140(1 <1 2?~ <tC 113(l 1~ SKS 1009 ~ 1104 30 0.1 1360 <1 220 <1t 112~ 47 SKS 1010 4 22 800 1.e 1330 <1 510 <10 163 158 SKS 1011 6 35 80 0.3 186(1 <1 500 <10 43 <5 ISKS 1012 3 63 220 <0.1 1020 <1 310 <10 420 60 ISKS 1013 12 14 50 O.~ 2000 <1 580 <10 109 15 ISKS 1014 ! e 790 O.~ SOC <1 390 <1t 17 e ISKS 1015 7 HI 50 O. S50 <1 660 <1C e e ISKS 1016 5 4C 1..~ 1./ 1050 <1 390 <10 7 15 SK_S 1017 3 11~ ~ 0 ... 164C <1 320 <1<: 217 15 SKS 1018 17 ~ <10 o. ~~ <1 600 <10 11l 12 SKS 1019 17 10 <10 g} 670 <1 .~ <~~ 41 3E! SKS i020

, .. ~ .. ~ 21l <0~1

- -"._--440 <1 10 <1(; 78~ 14

t;KS 1021 J 13 20 0 ... 87~ <1 510 <10 8(l 72 SKS 1022 ~ ~ 6~ <0.1 113~ <1 43_0 <iC 183 224 SKS 1023 1 143 120 <0.1 1240 <1 22~ <1C 444 ~ SKS 1024 5 6 <10 0.2 890 <1 330 <10 18 ~~ SKS 1025 8 I! <10 <0.1 1440 <1 400 <1<: 39 10 SKS 1026 4 e <10 0.2 1420 <1 370 <1t 8 15 SKS 1027 12 Ii 80 0 . .: 1S2C <1 640 <1C <!i e SKS 1028 14 a <10 0.1 1500 <1 SIlO <1<: HI e SKS 1029 / a <10 <0.1 105(1 <1 500 <10 74 13 SKS 1030 / 15 <1(1 <0.1 122C <1 580 <1t 7S 13 SKS 1031 11 7 <10 0.2 2290 <1 56(l <1(1 80 47 SKS 1032 E Il <10 <0.1 1510 <1 470 <1(: 91l 32 SKS 1033 e e <10 o. 97e <1 400 <10 15 37 SKS 1034 S 15 <10 <0.1 1290 <1 660 <10 137 39 fi.KS 1035 ~ Ii <10 o. 1270 <1 360 <1C 3tl 26 ~KS 1036 ~ e '!~ o.~ 1440 <1 400 <1C 27!i 29 SKS 1037 ~ .~ <1(1 <0.1 4f5O <1 43IJ 20 5!i 49 SKS 1038 e 2~ <11l <0.1 10~C <1 54...11 1C 12!l 11 SKS 1039 E 1S <10 0.1 1300 <1 4~ <i.e 1SS 1~ SKS 1040 .1 94 5t1 O.~ 41'1.1l <1 2~ <1t 1160 36 SKS 1041 !i 9~ ~(] <0. 571l <1 ~ <!t 78:l 11 SKS 1042 ~ 128 <1(] O.J 191(1 <1 340 <1C 114 14 SKS 1043 e E <10 OA 1140 <1 60(] <1t 42 22 SKS 1044 e Ii <10 o.~ 101ll <1 4~ <1~ 28 14 SKS 1045 e E <10 0 ... 121..0 <1 6~0 <1(: 14 27 SKS 1046 10 ! 11l 0.4 980 <1 510 <1<: 17 7

SKS 1047 Il 2~ 1~Q o. 118(l <1 470 <1t 87 SIl SKS 1048 04 27 200 0 ... 13~ <1 43(] <1t 9!i <5

The 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. Mineral SeNiceS 1885 Lulie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 www.sgs.ca

"mile, of III_ •••• ""11 floc'''' .,...,. .. III_ ...",.. .. nee)

Final: 089173 Order: SKINNER Page 3 of 11

Element MMI.~~ A MMI.~ Au MM~: BI MMI-~ Cd MMI-~ Cc Method MMI-MlS MMI-MlS MMI-MlS MMI-M5 MMI-M5 Det.Urn. 1 1 10 0.1 10 1 1C 10

PPri !i

Units PPE PPM PPB ppe PPB PPB PPN PPB PPB ~KS 1049 14 10 8C 0.1 119<l <1 4IK <10 19 <!i SKS 1050 1~ 7 <10 0.2 1360 <1 71e <1(l 7 <!i "Oup SKS 1001 11l 51l 320 O.:! 53~ <1 2?'l <1(l 133 45 Dup SKS 1013 13 14 40 0.1 1730 <1 52~ <10 102 U DupSKS 1025 !l 10 <10 0.1 1480 <1 45t <11l 3~ H DupSKS 1037 4l 55 <10 <0.1 450 <1 31!C 2(l 65 ~e DupSKS 1049 16 11 70 0.1l 138C <1 55e <10 2~ <!i

The 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 wHhout prior written approval.

SGS Canada Inc. Minerai ServiceS 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 www.sgs.ca

M ..... of ....... a ..... ca ...... cu.,... d ............ c.)

Final : 089173 Order: SKINNER Page 4 of 11

Element Cu MMI-~ Er Eu Fe Gd La L MMI-~~ Me Method MMI-M5 MMI-M5 MMI-Mli MMI-M5 MMI-M5 MMI-tH.i MMI-M5 MMI-M5 DelLlm_ 10 1 P~~ 0.5 1 1 1 PP~ 1 PP~ Units PPB PPB PPB PPM PPB PPB PPN

iSKS 1001 280 S 2._ 2.S 35 10 5:.1 8 3E 5 iSKS 1002 74C 49 23.~ 19J1 25 90 521l < 711 <f ISKS 1003 9C 1 2.~ 3.'4 19 14 70 <5 71 <~

ISKS 1004 43C 3 U 1.<e 30S ~ 25 <5 fl ~

ISKS 1005 30C 10 3.1l 4.1 115 16 10S 7 7 <f SKS 1006 23C 9 4 .• 3.41 195 1 5Sl 18 9 <~

SKS 1007 9~ 11 4.8 3.t 112 H 78 24 16 <E SKS 1008 30C 49 21.1 16.1 136 71 381 8 4e <5 SKS 1009 15c: 64 27.7 22.9 52 91 45{i fl 49 <5 SKS 1010 850 6 2.6 2.<1 19 1C +1 <5 51! <5 SKS 1011 130 I! 3.6 2.11 7 13 11l <5 62 <5 SKS 1012 160 19 8.E 7.1 40 3~ 14~ <5 4:l <5 SKS 1013 290 22 10.1 6.1l 5 ~ 6:3 <5 84 <5 SKS 1014 410 11 4.f 4.0 4 U ~ 11 6fl <E SKS 1015 29C 12 8.9 3.2 4 HI 14 <5 88 <f ISKS 1016 14e 6 3.1 1.9 16 Il 22 <f 52 <~

ISKS 1017 19C 1 .. 6.6 4. 16 1E 70 ~ 51! < ISKS 1018 92C 10 5.6 2.6 3 1 .. 6 1. ~ <f ISKS 1019 64( 15 7.1 5.(1 6 2f 39 <~ 74 <E tsKS 1020 150 18 7.1 7.7 14 "37 r---. 387 <~ 1 <5 ISKS 1021 400 ~ 3.S 2.5

.. ~ h 2~ <5 82 <5 ISKS 1022 155() 11 4. 4.1l 4</ 2C 74 <5 61 <5 [SKS 1023 420 27 10.~ 1U 70 47 17~ !O 34 ~ [SKS 102 .. 410 Ii 2.1 1.1 3 8 ~ 8 63 <..5 [SKS 1025 20C 7 3.( 2.6 ~ 1~ 3~ 11 69 <..f [SKS 1026 37e 3 U 0.11 • .oj <1 31 n <f [SKS 1027 56C 8 3.1 2.1l I. 11 1 23 100 <e [SKS 1028 40C 5 2.1. U <11 I! Ii <f 65 <f [SKS 1029 28C 13 5.~ 4.2 ~ 2C 3C I 83 <5 [SKS 1030 49C 10 5.C 2.9 E 13 22 <E 1 <HI <~

[SKS 1031 680 Il 4.1 3..011 3 17 22 8 99 <! SKS 1032 310 7 3.1 2.1l 6 13 33 ~ 84 ~

SKS 1033 40C fl 2. 1.9 2 !l 7 15 74 S SKS1~ 70C 15 7. 4.7 9 20/ 50 E 106 <f SKS 1035 47C Ii 2.1 1.1 Ii Ii 1C 79 <~

SKS 1036 1910 11 5.f 4JI 36 21 10fl <f 62 <f SKS 1037 430 8 4.'1 2. 67 11 26 <f 58 <Ii SKS 1038 690 12 5.~ 4.fl 13 21 4Il <f 93 <~

SKS 1039 38C 24 12.1 7.11. 15 35 1 OIl ~ 9fl <Ii SKS 1040 39C 7Q 30.~ 24.~ 29 1 Oil 354 <~ 55 <!i SKS 1041 13C 18 6.1 7.'1 1E 37 387 <li 1 <li ISKS 1042 32e 24 14.'1 5.1 21 23 3fl <f 61! <li ISKS 1043 45C 19 U 4.!l ~ 25 25 <~ 8tl <f ISKS 1044 61C II 4.1 2.7 13 1.e E 84 <f ISKS 1045 78C 9 5.~ 2. .,; 12 7 1~ 125 ~ ISKS 1046 420 Ii 4.1 3.1 ~ Hi 2fl if 77 <li ISKS 1047 180 10 5.;,: 2.!l S 13 3;, <li 73 <!I ISKS 1048 140 ill. 5.E 3.ll iC HI 51 <f 6;,: <f

The data reported on this certificate of analysis represents the sample submitted to 5GS Minerals Services. Reproduction of this analytical report, in full or In part. is prohibited without prior written approval.

SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 \(416) 445-5755 1(416) 445-oi152 WWW.sgS.C8

Final: 089173 Order: SKINNER Page 5 of 11

Element Cu MMI-~ Er EIJ Fe MMI-~~ La l;

MMI~ Mo Method MMI-M5 MMI-M!i MMI-ME MMI-M5 MMt-M~ MMI-M5 MMI-M5 Det.Llm. p~~ 1 0.5 O.! 1 1 1 pp~ 1 pp~ UnItS PPB PPB PPB PPM ppe PPB PPM ~KS 1049 43C 14 6.1 4.~ 5 22 31 <5 69 <5 [SKS 1050 Sge 11 5.7 2.S :l 14 1.: S 12f <f DupSKS 1001 29C e 2,41 2.~ 3e 11 51 S 35 <f DupSKS 1013 200 3(] 14.7 9.! 7 45 Sf <5 81 <f DupSKS 1025 23(] II 3.e 2.S 5 14 2E 15 l' <5 Dup SKS 1037 520 I 3.7 2.~ 71l 11 3f <5 ~~ ~ DupSKS 1049 430 H! 8..4 5.'1 5 27 4.01 <5 81 ~

The 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. Mineral Services 1885 leslie Street Toronto ON M38 2M3 t(418) 445-5155 f(418) 445-4152 www.sgs.ca

......... f til ......... , (hcl6t6 G." ...... _ ......... 1 ..... )

Final: 089173 Order: SKINNER Page 6 of 11

Element Nb MMI-=

N Ptl Pd P RtJ Sb Sc Sm Method MMI-M5 MMI-M~ MMI-M5 MMI-M6 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 DelLlm. 0.5 1 ~ 10 1 1 ~ 1 Ii 1 Units PPB PPB PPB PPB PPB PPB PPB PPB PPE ~!<S 1001 4.1 611 11~ 60 <1 11l 131 ~O 13 1~

ISKS 1002 2.e 609 131 3(J <1 150 149 1 38 10A ISKS 1003 i.e tJIj 5.: 4(l <1 20 125 <1 9 1E ISKS 1004 2.~ 25 teE 3(1 <1 e 12e 5 11 f ISKS 1005 5.E 98 101 100 <1 2EI 218 <1 22 18 ISKS 100e 8.S 71 14E 120 <1 17 149 <1 2e 14 ISKS 1007 18.'1 75 ~ 280 <1 19 254 <1 42 1~

iSKS 1008 9.C 412 81 100 <1 100 141l <1 ee 7E ISKS 1009 1'.~ 551 45 14(] <1 13(] 157 <1 Ttl 1~ ISKS 1010 0.1 63 22<4 30 <1 '~5 111 2 <5 1~ ISf<S 1011 <O.~ ~ 101 -~ <1 8 '-9() <1 <5 11 SKS 1012 4.1 191 71j 70 <1 45 169 <1 13 3E SKS 1013 <O.E 121 1~1 9Cl <1 21j 79 <1 I 3C SKS 1014 <O.~ 71 97 30 <1 13 33 Ii <5 1/ SKS 1015 <0.5 ~ 81 40 <1 7 76 3 <5 1A ISKS 1016 2.e ~ 71 70 <1 7 175 1 1 ! ISKS 1017 3.1 76 7~ 150 <1 17 121 <1 24 11 ISKS 1018 <0.5 2E 98 40 <1 4 37 <1 <!i ~

ISKS 1019 <0.5 81 126 30 <1 16 52 <1 8 22 . ,~ .. -.-~ lSI' .... ~ ...... ft n..;) IV.<V 2.1 32~ 21 90 <1 87 7C <1 15 41

SKS 1021 O.E 5C 9 30 <1 10 91 1 <5 11 SKS 1022 0.9 113 22E1 70 <1 25 12E <1 13 2;0 SKS 1023 5.S 24S 95 100 <1 55 17S <1 35 50 SKS 1024 <0.5 2. 6<4 40 <1 4 3E <1 <~ I

SKS 1025 O.E Sf 9 .~ <1 12 84 <1 .~ 1:2 ~KS 1026 <O~ ~ 7(] 6Q <1 1 <5 <1 <5 .:

SKS 1027 <0.5 H 14<1 20 <1 :2 ~ <1 7 E SKS 1028 <0.5 26 1«r.i 20 <1 5 2~ <1 <5 1

SKS 1029 <0.5 6!i 91 40 <1 12 ~ <1 8 11 SKS 1030 <0:5 ~S 155 5Q <1 10 7.: <1 <5 12 ISKS 1031 <o.e 5E 151 50 <1 10 2(J <1 6 Hi ISKS 1032 <0 __ 5

~t 1H! 30 <1 12 88 <1 6 13 SKS 1033 <O.!i ~, 61! 60 <1 .. <e <1 6 S SKS 1034 <O.!i ~ 280 70 <1 1S 21 <1 6 21 SKS 1035 <0.5 2~ 116 70 <1 .. n <1 <5 7 SKS 1036 1.3 14~ 9E 140 <1 34 3:2 17 8 2<4 SKS 1037 <0.5 4E 269 140 <1 10 5E <1 10 10 SKS 1038 <0.5 9. 478 50 <1 19 16 <1 6 21 SKS 1039 1.(l 15 145 60 <1 35 7~ <1 6 3;;: SKS 1040 8.'1 54E 105 260 <1 119 191 <1 53 112 SKS 1041 2 . .1 3H 18 120 <1 Be 7~ <1 15 44 iSKS 1042 1.1 65 111 200 <1 14 281 <1 49 19 ISKS 1043 <0.5 7~ 101 2C <1 13 55 <1 Ii 20 ISKS 1044 <0.5 4C 118 4C <1 7 31 <1 <f 11 ISKS 1045 <0.5 2f 166 50 <1 .. 41 <1 <!i 9 ISKS 1046 <0.5 ~ 93 40 <1 10 2e 2 E 1 ISKS 1047 1.2 5, 75 30 <1 12 1504 <1 E 1 ISKS 1048 1.1 ~ 58 20 <1 18 161! <1 <f U

The data reported on this certificate of analysis represents the .ample submitted to SGS Mlnerats Services. Reproduction of this analytical report, In MI or In part. is prohibited without prior written approval.

SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M382M3 1(416) 445-5755 (416) 445-4152 www.sgs.ca

Final: 089173 Order: SKINNER Page7of11

Element Nb Nd Ni Ptl Pd Pt MMI.:

Sb MMI.~~ Sm Method MMI-M5 MMI-M5 MMI·M5 MMI·W MMI-M5 MMI-M5 MMI-M5 MMI-M5 Del.Llm. O.! 1 5 10 1 1 PP~ 1 5 1 Units PP13 PPB PPB PPB PPB PPB PPB PPB PPB

ISKS 1049 <O.f 7"j. 88 40 <1 13 &4 <1 <5 1S [SKS 1050 <O.f 34 23 3(1 <1 6 51! <1 <5 1(1 Oup SKS 1001 3.8 7"j. 12 6Cl <1 11 135 23 1 13 Oup SKS 1013 <0.5 15~ 1H 11(1 <1 34 &4 <1 <5 4(]

DupSKS 1025 <0:5 5S 10~ 4(] <1 11 84 <1 <~ 1~ Dup SKS 1037 0.5 5<l 25. 12(l <1 12 54 <1 8 11 DupSKS 1049 <0.5 93 95 30 <1 18 704 <1 5 23

The 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. Mineral Services 1885 Leslie Street Toronto ON M382M3 t(416) 445-5755 1(416) 445-4152 www.sgs.ca

Final: 089173 Order: SKINNER Page 8 of 11

Element Sn 51 Ta n Te Th T TI U MMI-M~ Method MMI·M5 MMJ-Mli MMI·M5 MMI-M5 MMI·M5 MMI-M!i MMI-ME MMI-M!i MMI-Mli Det.Llm. 1 10 1 1 10 0.5 ~ o.e 1 1 Units PPB ppe PPB PPB PPB PPB PPB PP8 PPB ppe ~KS 1001 <1 23C 2 1 <10 13.4 87 <0.5 7 29 ~KS 1002 <1 531] 1 11 <10 87.9 346 1.0 22 ~KS 1003 <1 540 <1 4! <10 14.5 341 <0.5 4 ~ ~KS 1004 <1 140 1 <1 <10 11.7 52!! <0.5 5 74 ~KS 1005 <1 170 1 " <10 35.4 2020 <0.5 5 4 ISKS 1006 1 141] 1 2 <10 17.4 3090 <0.5 5 _2 ISKS 1007 2 270 2 2 <10 31.9 647C <0.5 5 2 ~KS 1008 <1 460 <1 10 <10 82.3 2050 0.5 10 1 ISKS 1009 <1 540 1 13 <10 85.7 2730 0.9 9 2 IS_KS 1010 <1 470 <1 1 <10 12.4 31 <0.5 e <1 ISKS 1011 <1 500 <1 2 <10 21.2 1!i <O.!! 1~ <1 ISKS 1012 <1 370 <1 .. <10 49.6 762 <0.5 e 1 ISKS 1013 <1 720 <1 .. <10 24.7 11l <0. 6 <1 ISKS 1014 <1 300 <1 4l <10 6.6 1 .. <0.5 5 <1 ISKS 1015 <1 1030 <1 .o! <10 7.7 .. <0.5 6 <1 ISKS 1016 <1 450 <1 1 <10 23.8 640 <0.1i 4 <1 ISKS 1011 <1 e10 <1 <10 57.3 71 .. <O.!! 5 <1 ISKS 1018 <1 910 <1 .o! <10 5.2 4 <O.~ 2 <1 ISKS 1019 <1 520 <1 3 <10 14.8 ~ <O~ 4 <1 )$1<:$ 1(21) .A 5() <; 4 <1~ 53.8 475 <O:~ 14 iI. ... , IS.KS 1021 <1 630 <1 1 <10 23.3 23 <0.5 7 <1 fSKS 1022 <1 420 <1 .~ <10 7.9 13e <0.5 16 <1 ISKS 1023 <1 360 <1 Il <10 29.8 2100 <0.5 5 <1 fSKS 1024 <1 370 <1 <1 <10 5.8 Il <0.5 ~ <1 ISKS 1025 <1 370 <1 1 <10 11.4 65 <0.5 -'I <1 ISKS 1026 <1 340 <1 <1 <10 2.9 4 <0.5 3 <1 ISKS 1027 <1 460 <1 1 <1( 2.8 4 <0.5 2 <1 ISKS 1028 <1 360 <1 <1 <1( 4.7 <3 <0.5 Ii <1 ISKS 1029 <1 430 <1 2 <1( 12.8 21i1 <0.5 2 <1 ~KS 1030 <1 600 <1 2 <1C 18.0 39 <0.5 II <1 ISKS 1031 <1 48( <1 2 <1C 6.4 12 <0.5 :l <1 ISKS 1032 <1 35( <1 1 <1C 13.3 40 <0.5 4 <1 ~S1033 <1 32( <1 1 <tC 3.3 14 <0.5 J <1 ~S 1034 <1 54C <1 3 <1C 18.3 15 <0.5 4 <1 ISKS 1035 <1 37C <1 1 <1C 4.1l 5 <O.~ 2 <1 fSKS 1036 <1 36( <1 2 <1C 34.~ 71 <O.e 9 <1 fSKS 1037 <1 31t <1 1 <1C 3.& 75 <O.e 30 <1 ~KS 1038 <1 44C <1 3 <1C 1U 7'9 <O.~ 3Jl <1 !SKS 1039 <1 55C <1 4 <1~ 30:_~ 1~S <OJ: .Il <1 !SKS 1040 <1 85C <1 14 <1~ 114 1_~ <O,-~ 1<4 <1 !SKS 1041 <1 5C <1 4 <1C 54JI 5911 <O~f 1<4 1 fSKS 1042 <1 -~ <1 4 <1t 54.S 19C1 <O.:.Ii 11 <1 SKS 1043 <1 95C <1 oJ <U 8.2 5 <O . .!l <4 <1 SKS 1044 <1 44C <1 2 <1~ 7.1l e <O~~ 2 <1 !SKS 1045 <1 8~ <1 2 <1C 4.fI <~ <O~ti 2 <1 fSKS 1046 <1 47C <1

.. ~ <1t 5.~ 1~ <0.5 3 <1 SKS 1047 <1 4~ <1 2 <11l 29.3 17tj <O~!i 5 1 fSKS 1048 <1 -~ <1 2 <1~ 27:1I 19.3 <0~1i 5 <1

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

SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 WWW.8gS.ca

..... 11 ... ., tile .0. Oro .... (Sec ................ urw, ...... )

Final: 089173 Order: SKINNER Page 9 of 11

ElePlent Sn S Ta Tb Te TI1 T T U W Method MMI-M!i MMI-Mf MMI-M!i MMI-M5 MMI-M~ MMI-M!i MMI-M!i MMI-M5 MMI-M5 MMI-M5 Det.Um. 1 1C 1 1 1<1 O.!i pp~ 0.5 1 1 Units PPS PPE PPI3 PPB PPil PPB PPB PPB PPB ~KS 1049 <1 48C <1 3 <1<: 11.1 2 <O.! 2 <1 ~KS 1050 <1 901: <1 2 <1<: 4.oJ <3 <o.e 2 <1 Dup SKS 1001 <1 23C <1 1 <1(1 14.Cl 9741 <O.! 7 2E Oup SKS 1013 <1 75C <1 6 <1~ 22.7 24: <O.! e <1 OupSKS 1025 <1 41C <1 2 <1(1 10.(1 80 <o.e Ji <1 DupSKS 1037 <1 27C <1 1 <1~ 4.6 77 <O.! 2} <1 DupSKS 1049 <1 58C <1 J <1t 13.2 1S <O'-~ " <1

The data reported on this certificate of analysis represents !he sample submitted to SGS Minerals Services. Reproc/udion of this analytical report. In full or In part. is prohibited without prior written approvaL

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5155 f(416) 44~152 www.sgs.ca

M ......... of the s ...... , (Socl" ............... rvelll."ce)

Final: 089173 Order: SKINNER Page 100f11

Element ~ Yb Zn Zr Method MMI-M5 MMI-M!i MMI-M~ MMI-M5 Det.LIm. PP~ 1 2(1

P~ Units PPB PPB ~S 1001 21 ~2 1HI 27 ~KS 1002 231 18 22(J 76 $KS 1003 27 2 9(J 19 ~S 1004 11 1 15(] 18 SKS 1005 38 3 30(1 64 ~KS 1006 3-4 7(1 4e SKS 1007 43 .. 17e 1DB SKS 100e 181 15 6(J 153 SKS 1009 252 19 5(] 172 SKS 1010 25 2 ~ 12 S~S 1011 29 ~ I$(l 17 ~S1012 84 7(1 74 SKS 1013 98 I 29(1 25 SKS 1014 52 <1 8(l 15 SKS 1015 58 f 60 12 SKS 1016 21 :1 14(1 40 ~KS 1017 56 5 3(l 109 SKS 1018 61 ~ 100 12 SKS 1019 74 ~ 4(1 18 SKS 1020 (0 f 4C 42 ~KS 1021 33 7Cl 21 SKS 1022 51 ~ 2~ 16 ~~S 1023 11(1 ! 12(l 65 SKS 1024 27 2 6(l 13 ~KS 1025 32 2 ~ 17 SKS 1026 19 ~ ~ S SKS 1027 39 -.: 4(] I

SKS 1028 26 4 40 E SKS 1029 56 ~ 9(1 18 $KS 1030 40 <4 6C 19 SKS 1031 41 ~ 3(l 13 SKS 1032 29 4 <2(1 15 SKS 1033 32 .~ 4C 12 SKS 1034 71 e 100 14 SKS 1035 29 4 1(1 11 SKS 1036 54 ~ 30 30 SKS 1037 46 31(1 9 SKS 1038 52 a1 80 19 SKS 1039 106 E 100 26 SKS 1040 251 2~ 70 136 SKS 1041 67 e 30 41 SKS 1042 93 1<1 30 109 SKS 1043 85 7 <2Q 15 SKS 1044 42 3C 1~

SKS 1045 48 a1 5(J S SKS 1046 48 ~ 3C 1~

SKS 1047 41 a1 4C 38 SKS 1048 51 a1 <20 31

The 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. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 www.sgs.ca

M ... 1Ier of .... 1.1 a", .. (locNtt .......... tI. hrveIII __ )

~ _. -----------------

Final: 089173 Order: SKINNER Page 11 of 11

Element MMI-M~ Yb Zn Z Method MMI.M5 MMI·M5 MMI-M!i Oet.Llm. f 1 20 e Unlta PPB PPB PPB PPB

~_S 1049 64 5 <2C 18 SKS 1050 ~ " 3C e Cup SKS 1001 22 2 11_C 31l Cup SKS 1013 121 ill 31C 23 Cup SKS 1025 37 :3 6C 13 CUp SKS 1037 3S :3 27C !l CupSKS 1049 84 e 3C is

1he data reported on this certificate of analysis represents the sample submitted to SGS Minerala Services. Reproduction of this analytical report, In fuH or in part, is prohibited without prior written approval

SGS Canada Inc. Mirnsral SelVk:es 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 www.8gs.ca

M .......... Ite ........ p (aeel,", ....... 1 ••• SunreUI_.)

Skinner Soil Geochem Field Data and lab Results

Waypoint B'Samples MMI Sample. UTME UTMN GRIDE GRIDN Slope Vegetation Soil Moisture B Depth MMI Depth B Au - ppb MMI Au -ppb MMIRR Comments

S001 SKS001 SKS1001 531056 5E+06 1E OBl flat mixed sand wet 55 65 25 0.3 19 S002 SKS002 SKS1002 531055 5E+06 1E 25 flat mixed sand wet 40 55 38 1.2 32 S003 SKS003 SKS1003 531057 5E+06 1E 50 flat mixed sand moist 45 55 29 2 13 SOO4 SKSOO4 SKS1004 531056 5E+06 1E 75 gentle S mixed sand moist 35 45 25 0.8 5 S005 SKS005 SKS1005 531055 5E+06 1E 100 gentle S spruce sand moist 30 45 9 0.3 1 S006 SKS006 SKS1006 531054 5E+06 1E 125 gentle S spruce sand moist 35 55 2.5 0.05 1 S007 SKS007 SKS1007 531052 5E+06 1E 150 gentle S mixed sand dry 20 35 2.5 0.05 1 S008 SKS008 SKS1008 530972 5E+06 OE 150 gentle W mixed sand moist 20 35 7 0.05 2 bouldery S009 SKS009 SKS1009 530973 5E+06 OE 125 gentle W mixed sand moist 35 50 2.5 0.1 26 bouldery S010 SKS010 SKS1010 530966 5E+06 OE 100 gentle W mixed sand moist 35 50 358.5 1.6 5 bouldery S011 SKS011 SKS1011 530967 5E+06 OE 75 flat mixed sand moist 45 60 23 0.3 1 bouldery S012 SKS012 SKS1012 530963 5E+06 OE 50 flat mixed sand damp 45 60 8 0.05 6 S013 SKS013 SKS1013 530951 5E+06 OE 25 flat mixed clay wet 55 70 33 0.4 6 OWBl SKS014 SKS1014 530955 5E+06 OE OBl flat mixed clay wet 55 70 2.5 0.4 5 S014 SKS015 SKS1015 530953 5E+06 OE -25 flat mixed silt wet 70 85 10 0.3 27 S015 SKS016 SKS1016 530950 5E+06 OE -50 flat mixed clay wet 75 90 87 1.7 3 S016 SKS017 SKS1017 530942 5E+06 OE -75 flat mixed clay wet 80 95 2.5 0.2 5 S017 SKS018 SKS1018 530956 5E+06 OE -100 flat mixed clay wet 60 75 2.5 0.3 3

SKS019 SKS1019 OE -100 flat mixed clay wet 60 75 2.5 0.3 1 Replicate of SKS1018 SKS020 SKS1020 t:: "7C .. 01 __ 1. ...

, , , , , , , , , v., -J , 0,) UIClII"

S018 SKS021 SKS1021 530858 5E+06 1W OBl flat mixed clay damp 45 60 2.5 0.2 1 S019 SKS022 SKS1022 530861 5E+06 1W 25 flat mixed sand damp 35 50 2.5 0.05 1 bouldery S020 SKS023 SKS1023 530863 5E+06 1W 50 flat mixed sand moist 50 65 2.5 0.05 3 bouldery S021 SKS024 SKS1024 530863 5E+06 1W 75 gentle S mixed sand moist 45 60 2.5 0.2 1 bouldery S022 SKS025 SKS1025 530868 5E+06 1W 100 gentle S mixed sand moist 30 45 2.5 0.05 3 S023 SKS026 SKS1026 530869 5E+06 1W 125 gentle S mixed clay wet 60 75 2.5 0.2 5 S024 SKS027 SKS1027 530872 5E+06 1W 150 gentle S mixed clay wet 65 80 9 0.3 2 S025 SKS028 SKS1028 530874 5E+06 1W 175 flat mixed clay wet 60 75 58 0.1 1 S026 SKS029 SKS1029 530775 5E+06 2W 175 flat mixed sand damp 55 70 2.5 0.05 1 5027 SKS030 SKS1030 530773 5E+06 2W 150 flat mixed silt damp 60 75 16 0.05 3 S028 SKS031 SKS1031 530774 5E+06 2W 125 flat mixed silt damp 45 60 6 0.2 1 S029 SKS032 SKS1032 530769 5E+06 2W 100 flat mixed clay damp 70 85 2.5 0.05 5 S030 SKS033 SKS1033 530769 5E+06 2W 75 flat spruce clay damp 70 85 8 0.3 1 S031 SKS034 SKS1034 530765 5E+06 2W 50 flat spruce clay wet 60 75 9 0.05 3 S032 SKS035 SKS1035 530761 5E+06 2W 25 flat cedar clay wet 55 75 7 0.2 3 2WBl SKS036 SKS1036 530756 5E+06 2W OBl flat spruce clay wet 80 90 11 0.2 1 green clay, pebbly S033 SKS037 SKS1037 530757 5E+06 2W -25 flat spruce humic wet 100 100 2.5 0.05 1 S034 SKS038 SKS1038 530752 5E+06 2W -50 flat mixed clay damp 50 75 6 0.05 2 S035 SKS039 SKS1039 530750 5E+06 2W -75 gentle N mixed sand damp 55 65 9 0.1 8

10f2 25/07/2006

Waypoint B'Samples MMI Sample.

S036 SKS040 SKS1040 SKS041 SKS1041

S037 SKS042 SKS1042 S038 SKS043 SKS1043 S039 SKS044 SKS1044 S040 SKS045 SKS1045 S041 SKS046 SKS1046 S042 SKS047 SKS1047 S043 SKS048 SKS1048 S044 SKS049 SKS1049

SKS050 SKS1050

Skinner Soil Geochem Field Data and Lab Results

UTME UTMN GRIDE GRIDN Slope Vegetation Soil Moisture

530746 5E+06 2W -100 ~entle N mixed sand 2W -100 ~entle N mixed sand

530856 5E+06 1W -25 flat ~uce clay 530851 5E+06 1W -50 flat mixed clay 530850 5E+06 1W -75 flat mixed clay 530848 5E+06 1W -100 flat mixed silt 531044 5E+06 1E -100 flat mixed silt 531046 5E+06 1E -75 flat mixed sand 531050 5E+06 1E -50 flat mixed sand 531051 5E+06 1E -25 flat mixed sand

NB: 2.5 ppb values correspond to below dectection limits for "B" soils 0.05 ppb values correspond to below dectection limits for MMI samples MMI-RR - Response Ratio for MMI Au analysis

20f2

moist moist wet

damp moist moist moist moist moist moist

B Depth

35 35

40.0 45.0 15.0 20.0 40.0 25.0 20.0 30

MMI Depth BAu - ppb MMI Au -ppb MMIRR Comments

55 25 0.5 1 55 13 0.5 5 Replicate of SKS1040 60 2.5 0.3 6 65 9 0.4 3 35 2.5 0.2 3 40 2.5 0.2 3 60 2.5 0.2 5 45 2.5 0.3 3 40 2.5 0.2 11 35 2.5 0.7 3

2.5 5 Blank 18.105 0.340625

51.5847354 0.433522957

25/07/2006

l

z E o

I N

o TRUE CD en en ... 10

530400 mE

Magnetic Declination 6· 15'

\

530600 mE 530800 mE 531000 mE --- 531200 mE"'----.-_ 531400 mE

l

r-----------------------------~----------------------

· 4

z E o o ... en ~ 10

z E o o N en en ;g

~ I a o o en en ;g

z E o o <Xl <Xl en ;g

.----TB3015319

'--~~---.-

_ ....

-----, TB3015317

1""""--- - - - - -I

.~

~;~ , ,.-

, •

I + SKS029 •

I + SKS030 • , + SKS031

· 1

+ SKS032

• + SKS033

I + SKS034 •

I + SKS035

• I + SKS036

+ SKS037

+ SKS028

+ SKS027

+ SKS026

+ SKS025 --~ SKS024

+ SKS023

+ SKS022

+ SI$S021 ~ SK97-10

+ SKS042 -----------------------------------------------------

SKS010

+

C+)

Legend

Sample location and sample number

Historical diamond drill collar and drill trace

T83015319

~\(; ~,t.

r~':-''('' .:-.,;..;-.r, ,,It. ",(..

II.;,'/', ~/",\/'.. ,\(.1':-'(',

,'II .. ':-'(, ':"(, ,'of.. .:-.t.. ,'of, .:-..

.. ,'"".:-,,, ;:Of""I, , ... ,,.':-'/, ""..,..

+ SKS038

+ SKS039

SKS040

~(, .:-of, ':-'/.. .."r, "" .:-,1, ,'I/', ':-'(, .:-or, (; ,,", ..... , .. ,"'of .. _ _M _M __ _M __ __ __ _~

+ SKS043

+ SKS044

+ SKS045

~.

,f, ,"'of, " ,:../ .... ~/, ~

.:0.(. ':-'/.. .. ... r, .:-or, "0 "'6 .:-or, ,:..(, ..... r:. .:-." ,\r, ,'If, .:-06 ':"1, .:'II, ,\(, ,), .. .:-of, ':-'/ ....... r, .:-. ... , .:"0(, .. \1. ':"(, ,\/, ,\" ':"/, .:-0/, I, ..... 1" .:..( .. .:0./.. ,'If, "'I.. ':-'/, ..... I'.. .:-.( .. "I, ,\1 .... 'III .... _M __ __ _M __ __ _U _M __ _M __ __ __ __ __ __ __ _M -- --

+ SKS008

+ SKS009

-l ..... SKS010

+ SKS011

., SKS012

+ SKS013

+ SKS014

+ SKS015

SK97-04 + SKS016

+ SKS017

+ SKS018

+ SKS007

+ SKS006

+ SKS005

+ SKS004

+ SKS003

t SKS002

t SKS001

SK97-09

+ SKS049

+ SKS048

+ SKS047

+ SKS046

T83015317

SKINNER PROPERTY

~

Date:10/6/2006 "8" Horizon Sample Location -

Author:

Office: Map 1 Drawing:

-

Scale: 1:2 500 Projection: UTM Zone 16 (NAD 27 for Canada)

0 0 .1 0.2

E kilometres

2~~~24~7

531

J

z E g CD (» (»

;t!;

z E o

~ (» ... \0

z E o o N OJ OJ ... \0

z E o a a (J)

OJ ... \0

z E a a co co OJ

;t!;

530400 mE 530600 mE

N Magnetic Declination 6"'5'

j . ..

_ .... -. ------,

TB3015317

-----j L: .. TB3~~ • .

.. ".:::'~:'" t",,-*,;.., . ____ _

------------------------------------------

19 +

Legend

Sample location and au assay in ppb

Historical diamond drill collar and drill trace

~a Au assay of 2.5 denotes below detecetion limits

TB3015319

530800 mE

r-----•

I •

I + 2.5 •

I + 16

· 'I + 6

· J

+ 2.5

, . I

+ 8

+ 9 •

, + 7

• \ + 11

• + 2.5

---------+ 6

+ 9

19

531000 mE 531200 mE 531400 mE

------------------------------1-----------------------·

+ 58

+ 9

+ 2.5

+ 2.5 -2.5

+ 2.5

+ 2 §) ~ SK97-10

+ 2.5

+ 9

+ 2.5

+ 2.5

+ 7

+ 2.5

100

+ 23

8

+ 33

+ 2.5

+ 10

+ 87

• 2.5

+ 2.5

SK97-04

+ 2.5

+ 2.5

+ 9

+ 25

+ 29

~ 38

1 25

SK97-09

+ 2.5

+ 2.5

+ 2.5

+ 2.5

TB3015317

SKINNER PROPERTY

Date:10/6/2006 "8" Horizon Gold Assays --

Author: Map2 Office:

Q' -

(! , , Drawing: .. ---Scale: 1:2 500 Projection: UTM Zone 16 (NAD 27 for Canada)

0 0.1 0.2

i i kilometres

531

z E o o <0 Ol

i

z E o o ... Ol Ol

~

z E 8 N Ol Ol

~

z E o o o Ol Ol

~

z E o o co co C7> ... I{)

530400 mE 530600 mE 530600 mE 531000 mE 531200 mE 531400 mE

N Magnetic Declination 6°15'

r----------------------------~-----------------------

· 4 "I!" \

;i,:; .~

------, TB3015317

--------.1

. ;

, · I + SKS1029 · \ + SKS1030

· , + SKS1031

•

I + SKS1032

· \

+ SKS1033

+ SKS1034 · I + SKS0135

· , + SKS1036

• SKS1037

-------------------------------------------------

Legend

+ SKS101 9 Sample location and number

Historical diamond drill collar ® and drill trace

NB: a Au assay of 2.5 denotes below detecetion limits

I ~/' '" ~(,.,:",.; "

TB3015319

... , • .;."r.. .:-...

.:-.,(,.~ ... t, ~,,.. ....

( • ...... r, ':-'1. ~ ... (. .:'If, ::.(,

1,(',\"" ::.("' .... r, ::'1,,::'1,

<:If, ..... r.. .:'II, ,"I, .:'If,.:'It, ,:-.,

;:.,(/ ,"or. "t, .. "or.. ... \I,~', ;::'1".

+ SKS1036

+ SKS1039

SKS1040

to.(, ::'1, .:'It, "I', .. 'It, .:'II, ::.t, ::,/, .. "of, I, .. \(, ,'1(, ,"of,

~ -~ -~ -~ ~~ .~ ~~ ~~ &

+ SKS1026

+ SKS1027

+ SKS1026

+ SKS1025 -~ SKS1024

• SKS1023

+ SKS1022

+ SKS1021 (!J SK97-10

+ SKS1042

+ SKS1043

+ SKS1044

+ SKS1045

,'. , (, ".

,'r~

.,~ ,\/, ~

.. ,(/,\(, , ~{, M

~t, ",t, ~6 _'o(..

~I/,'(, ~(/,'

~/ ... ,\1:- ,\,,,

.,:.,(, i'\(; ,:-", , ... 6 , ... f, "101.... "t, ,'\", "I, , ... r. "I, ,\'" ::'1, ::.t, ':"I', ::'6 ,,/, .:'II:. "I', ::.r.. "" ::.1, .:'\r, ,'If, ::'1, ,"'1', ::'1, ,\r, " .. 'If, ':"11', ,',,':. .:'If, ,\(. ,-.{. ::',(, ::.r.. ~(, ..... (..

"' ...... \r, ;::',(,::'1.. ,\/'" "..... .:'1' ... ,\(.. ::.",,::'f., ... '\b,\1:0 ,"of"" ... " " ... ' .. ..,6 ::'1,,:,,,,, , .... ""6 "", .. "or.. .,:../ ..... \(, ::'1 .. ,\(', ::'1".,\/, ........ '\1, .';),1', .. '''' .. \'",\1.. .. \{; ;::...t,..'I./" .. "/~(, .'\,,,

.'

+ SKS0106

+ SKS0109

SKS101CD

+ SKS10111

t\ SKS1012

+ SKS1013

• SKS1014

+ SKS1015

SK97-04 + SKS1016

+ SKS1017

+ SKS1018

+ SKS1007

l + SKS1006

+ SKS0105

+ SKS0104

+ SKS1003

SKS1002

i SKS100l

SK97-09

+ SKS1049

+ SKS1048

+ SKS1047

+ SKS1046

TB3015317

SKINNER PROPERTY

Date: 1 0/6/2006 MMI Sample Locations I-

Author: -

Office: Map3 r- -

Drawing:

Scale: 1:2 500 Projection: UTM Zone 16 (NAD 27 for Canada)

0 0.1 0.2

E i kilometres

531

N Magnetic Declination 6°15'

TRUE

~~:; ;".

IA

-----1 TB3015317 I

---------- ---

.. - .... -'¥ *' »¥.,j;,'

, •• , lo,

-----------r--------------------------------------.--------------- ~ r----- . •

I •

I • 0.05

•

\ • 0.05

•

I •

• 0.2

• 0.05

I, • 0.3

•

I • 0.05

•

I • 0.2 •

• 0.2

I • 0.05 •

_________________________________________ ~ • 0.05

+ 1.2

T

Legend

Gold Assay (ppb)

Historical diamond drill collar and drill trace

NB: a Au assay of 0.05 denotes below detection limits

TB3015319

• 0.1

• 0.5

• 0.1

• 0.3

• 0.2

• 0.05

0.2

• 0.05

• 0.05

• °i SK97-1O • 0.3

• 0.4

• 0.2

• 0.2

• 0.05

• 0.1

~ .6

• 0.3

• 0.05

• 0.4

• 04

• 0.3

4> SK97-04 • 1.7

• 0.2

• 0.3

TB3015317

• 0.05

• 0.05

• 0.3

• 0.8

• 2

1.2

SK97-09

• 0.7

• 0.2

• 0.3

• 0.2

SKINNER PROPERTY

Dale: 1 01612006 Mobile Metal Ion Assays Author.

Office: Map4 Drawing:

Scale: 1:2 500 Projection: UTM Zone 16 (NAD 27 for Canada)