Report Mobile Metal Ions Soil Survey - Ontario

March 13, 2011

Report

Mobile Metal Ions

Soil Geochemical Survey

2010

Bisley Property

Bisley Township

Larder Lake Mining Division

Ontario

Prepared by:

Terry Link

MMI Soil Survey 2010 2

Bisley Property

TABLE OF CONTENTS 1.0 SUMMARY ......................................................................................................................................... 4

2.0 INTRODUCTION ................................................................................................................................. 5

3.0 PROPERTY DESCRIPTION AND LOCATION ......................................................................................... 5

4.0 ACCESS .............................................................................................................................................. 6

5.0 HISTORY ............................................................................................................................................ 7

6.0 CURRENT WORK ................................................................................................................................ 8

6.1 MMI Soil Geochemical Survey ...................................................................................................... 8

6.1.1 Data Treatment and Presentation ........................................................................................ 8

6.1.2 Results ................................................................................................................................... 9

7.0 CONCLUSIONS AND RECOMMENDATIONS ..................................................................................... 11

8.0 REFERENCES .................................................................................................................................... 12

9.0 CERTIFICATE OF QUALIFICATIONS .................................................................................................. 13

LIST OF TABLES Table 6‐1: Raw Data Background .................................................................................................................. 9

Table 6‐2: Response Ratios ........................................................................................................................... 9

LIST OF FIGURES Figure 3‐1: Bisley Property Claim .................................................................................................................. 5

Figure 3‐2: Location Map ‐ Bisley Property ................................................................................................... 6

APPENDICES APPENDIX A

Table

2010 Sample Descriptions

Charts

4 charts 2010 MMI response ratios

8 charts 2010 MMI raw data

1 chart 2006 to 2010 MMI response ratios

Assay Certificates

SGS Certificate of Analysis Work Order: TO112345



Maps

2010 MMI Soil Sample Locations & Au RR 1:5 000

2010 MMI Soil Sample Locations & Ag RR 1:5 000

2010 MMI Soil Sample Locations & Ba RR 1:5 000

2010 MMI Soil Sample Locations & Co RR 1:5 000

2010 MMI Soil Sample Locations & Cu RR 1:5 000

2010 MMI Soil Sample Locations & Ni RR 1:5 000

2010 MMI Soil Sample Locations & Pb RR 1:5 000


Bisley Property

2010 MMI Soil Sample Locations & U RR 1:5 000

2010 MMI Soil Sample Locations & Zn RR 1:5 000

Mining Land Tenure Map 1:40 000


Bisley Property

1.0 SUMMARY A soil survey was completed over a part of the Bisley Property in Bisley Township during the fall

of 2010. Forty seven soil samples were collected over 3 lines. The samples were analysed for 53

elements—by SGS Canada Inc. Mineral Services—using the Mobile Metal Ions Technology.

The soil survey was designed as a follow up to a limited MMI soil survey completed in 2006. The

objective was to outline geochemical signatures in soils overlying possible sub cropping gold

deposits.

Low to medium contrast gold soil anomalies were delineated by the survey and are an

indication of underlying bedrock metal enrichment. Follow up MMI soil sampling should be

completed over the entire property before a program of IP surveying and drilling is

implemented.


Bisley Property

2.0 INTRODUCTION Soil sampling and analysis were completed during the fall of 2010 with forty seven samples

collected along 3 lines on one claim in Bisley Twp., Ontario. The samples were analyzed by SGS

Minerals Services of Toronto using the Mobile Metal Ion Technology (MMI). The objective of the

survey was to detect and delineate geochemical signatures in soil overlying undiscovered

overburden covered gold deposits. The work was follow up to limited MMI soil sampling by T.

Link in 2006 that was completed up ice of a 1982 OGS reverse circulation drill hole that reported

anomalous gold in the ‐250 mesh fraction of basal till.

3.0 PROPERTY DESCRIPTION AND LOCATION The property is one claim comprised of 9 units, with an area of 144 hectares.

The claim # is 4247586 and the holder is Terry Link. The claim is shown on Figure 3‐1.

The property is located in central Bisley Twp., 19 kilometres NNE of the Town of Kirkland Lake,

in the Larder Lake Mining Division of Ontario. The centre of the property is at Longitude 79.952

W, Latitude 48.323 N. The property location is shown in Figure 3‐2.

Figure 3‐1: Bisley Property Claim


Bisley Property

Figure 3‐2: Location Map ‐ Bisley Property

4.0 ACCESS Access to the property is by vehicle northward from HWY 66 along HWY 672 for 30 km, then

westward and southwestward by ATV or truck along a seasonal forest access road for 11.6 km

to the NW corner of the property. Old logging roads on the property are grown in and are

inaccessible by vehicle.


Bisley Property

5.0 HISTORY 1968: L.S. Jensen mapped Bisley Twp and adjacent Melba Twp in 1968. ODM geological report

R103.

1974: New Insco Mines completed airborne electromagnetic and magnetic surveys over the

area. No significant EM conductors were detected on the property. AFRI file #

32D05SW0544.

1979: OGS completed airborne electromagnetic and magnetic surveys over the area. No

significant EM conductors were detected on the property. Publication # GDS1002.

1982: OGS completed overburden drill hole 82‐19 on the property. Anomalous gold was found

in the basal till (‐0.063 mm sieved whole till). OGS open file report # OFR5456.

1988: Hudson Bay Exploration and Development Company Limited completed ground VLF‐EM

and Magnetic surveys over the property. A number of E‐W striking electromagnetic

anomalies were detected. Some of the anomalies were rated as good conductors. AFRI file #

32D05SW0122.

1992: GSC completed airborne electromagnetic and magnetic surveys over the area. No


2003: OGS completed airborne electromagnetic and magnetic surveys over the area. No


2006: T. Link carried out MMI soil sampling along lines 100W and 200W, up ice of gold in till

reported in KLIP overburden drill hole 82‐19. Anomalous Au results from the MMI soil

sampling suggested Au enrichment in the underlying bedrock.


Bisley Property

6.0 CURRENT WORK

6.1 MMI Soil Geochemical Survey Forty seven soil samples were collected by Terry Link along lines 250W, 350W and 450W on

October 7, November 8 and November 10, 2010. The lines were laid out N‐S by compass and

measured by hip chain with 25 metre stations flagged with ribbon and marked with station

coordinates and sample numbers. The location of each line was referenced to the UTM grid by

Garmin GPS. The soil samples were collected at the line stations at 25 metre intervals. The

sample locations are shown on the Sample Location Maps in Appendix A. A total of 47 soil

samples—weighing 300 to 400 grams per sample—were collected using a dutch auger at a

depth between 10 and 25 cm below the bottom of the living organics. The samples were placed

in plastic bags on site without preparation and were submitted to SGS Canada Inc Mineral

Services (SGS) of Toronto, Ontario for analysis in 3 batches on October 12, November 12 and

November 16, 2010. Sample descriptions including location, depth and soil type are presented

in table, 2010 Sample Descriptions, in Appendix A.

The MMI analysis measures the metal ions from mineralization that have moved toward the

surface and attached loosely to the surface of soil particles. Using sophisticated chemical

processes and instrumentation, MMI is able to measure these ions, in surface soils, to

determine accurately where buried mineralization is located.

MMI (Mobile Metal Ions) is a proprietary SGS geochemical survey technique used to accurately

locate deep ore deposits at depth. During the MMI lab analysis procedure, SGS uses

sophisticated chemical processes and instrumentation to measure mobile metal ions (charged

metal atoms and molecules) that have migrated into surface soils from mineralization below.

MMI geochemistry strips mobile metal ions from the exterior of soil particles using a partial

dissolution without digesting the soil itself, to measure metal ion concentrations in the parts per

billion range. By measuring only mobile metal ions in surface soils, MMI surveys produce sharp

responses (anomalies) over buried ore deposits. Significant reductions in exploration costs may

be realized as geophysics and drilling can be focused into targeted, prioritized exploration

zones.

The samples collected were analyzed by SGS for 53 elements using the MMI‐M package. The

elements reported are: Ag, Al, As, Au, Ba, Bi, Ca, Cd, Ce, Co, Cr, Cs, Cu, Dy, Er, Eu, Fe, Ga, Gd, Hg,

In, K, La, Li, Mg, Mn, Mo, Nb, Nd, Ni, P, Pb, Pd, Pr, Pt, Rb, Sb, Sc, Sm, Sn, Sr, Ta, Tb, Te, Th, Ti, Tl,

U, W, Y, Yb, Zn and Zr. The MMI analysis data is shown on SGS assay certificates in Appendix A.

6.1.1 Data Treatment and Presentation

Data treatment and presentation follows the methods recommended by SGS for MMI data.

Any data that is less than the lower limit of determination (<LLD) has been replaced with a value

one‐half of the LLD for statistical calculations and graphical representation.

The raw data background value for an element is the arithmetic mean of the lower quartile of

the raw data for that element. The background was calculated using raw data from samples

covered in this report. Raw data background values were calculated for selected elements and

are as follows:


Bisley Property

Table 6‐1: Raw Data Background

Element Raw data background

Ag 0.8 ppb

As 5.0 ppb

Au 0.05 ppb

Ba 533 ppb

Co 31 ppb

Cu 209 ppb

Mo 2.5 ppb

Ni 173 ppb

Pb 33 ppb

U 9.9 ppb

Zn 76 ppb

The response ratio(RR) was calculated by dividing the raw value for the element at each site by

the raw data background value for that element.

6.1.2 Results

Results for selected elements are shown as response ratios in Table 6‐2 below, results for

selected elements are also graphically depicted as charts and plan maps in Appendix A. All raw

data results are shown in assay certificates in Appendix A

For the purpose of interpretation of results the following rating system is used based on other

MMI studies and surveys done in similar glaciated terrain with shallow overburden cover.

– a response ratio of 5 to 20 times background is a low contrast anomalous response

– a response ratio between 20 and 50 times background is a moderate contrast anomalous

response

– a response ratio greater than 50 times background is a high contrast anomalous response

Several response ratios’s for Au and raw data results for Au are low to moderate, are significant

and possibly very significant if the overburden depth is greater than a few metres. The Au

results are the most significant and have a good correlation with the Ag results. Pb and Zn have

elevated response rations but the raw data results are less significant. Cu, Ba, and Co have some

low contrast response ratios but some of the raw assays are somewhat more significant.

Uranium has some low to high contrast response ratios and some low to high raw data results.

The results for As, Mo and Ni are low.

Sample response ratios for 11 elements are shown in Table 6‐2 with response ratios of 5 to 20

highlighted green, 20 to 50 blue and above 50 light red.

Table 6‐2: Response Ratios

Sample # Ag As Au Ba Co Cu Mo Ni Pb U Zn

16 5 1 4 1.65 4.65 3.4 1 1.72 3.64 1.62 1.18

17 7.5 1 4 2.31 0.81 1.34 1 1.36 6.97 3.84 0.92

18 3.75 1 1 3.15 0.45 0.38 1 1.56 1.82 3.23 1.71


Bisley Property

Sample # Ag As Au Ba Co Cu Mo Ni Pb U Zn

19 15 1 12 4.58 1.19 2.73 1 0.8 3.03 1.62 1.05

20 11.25 4 1 2.72 2.1 1.15 1 1.98 3.33 0.51 2.11

21 7.5 4 1 1.58 1.48 1.48 1 1.52 0.61 0.51 0.66

22 12.5 1 6 3.66 3.94 5.65 1 4.29 7.88 4.75 0.92

23 1.25 1 1 2.2 1.77 1.2 1 0.99 10.61 10.3 1.32

24 1.25 1 1 1.28 1.74 1.48 1 1.03 18.79 7.58 9.21

25 8.75 1 4 2.66 2.55 1.67 1 1.71 3.94 4.34 3.68

26 2.5 1 1 1.52 2.81 1.2 2 1.4 4.24 4.44 2.37

27 7.5 1 14 2.85 0.61 2.78 1 1.43 1.82 0.61 1.32

28 3.75 1 4 2.23 10.19 2.44 1 3.31 11.82 2.83 16.58

29 3.75 1 1 2.03 2.1 1.91 1 2.71 9.09 2.02 9.87

30 0.63 1 1 1.95 6.29 1.72 1 1.23 10 4.04 7.11

31 0.63 1 1 0.84 2.19 0.86 1 0.51 1.52 6.26 2.37

32 7.5 1 20 3 6.71 6.36 1 2.95 8.79 8.48 9.21

33 0.63 1 1 0.28 1.45 0.86 1 0.38 2.42 1.01 8.16

1 3.75 2 4 4.07 1.74 1.53 1 1.97 5.15 0.51 0.66

2 7.5 1 1 5.05 2.19 1.96 1 2.39 14.85 1.52 2.5

3 5 1 1 4.9 3.16 1.72 1 2.47 8.18 5.86 5.66

4 5 1 8 6.96 1.45 1.91 1 2.58 6.67 2.22 1.84

5 2.5 4 8 5.95 2.19 2.3 1 2.42 4.55 1.31 1.32

6 7.5 1 4 6.06 1.68 2.78 1 1.16 4.24 2.32 2.89

7 5 1 4 4.11 0.94 2.2 1 3.08 7.58 2.93 2.63

8 7.5 1 12 4.07 1.74 4.55 1 2.67 3.03 2.42 2.63

9 6.25 1 8 4.18 8.65 6.27 1 1.38 3.64 2.12 2.11

10 2.5 4 8 2.87 4.13 2.01 1 1.14 1.21 0.81 1.84

11 2.5 1 1 1.82 2.97 1.53 1 2.65 11.21 4.55 3.95

12 0.63 1 1 1.37 5.97 2.34 1 1.16 0.91 10.3 2.24

13 0.63 1 1 2.51 4.52 0.91 1 1.37 12.73 4.24 10.39

14 3.75 1 1 2.53 4.29 2.39 1 2.5 14.24 10.81 3.55

15 3.75 1 1 1.37 3.97 6.6 1 4.65 13.33 58.59 10.26

250W/25S 2.5 2 4 0.83 1.32 4.35 2 1.27 0.91 0.81 4.21

250W/0N 0.63 1 1 0.68 2.97 0.96 3.2 1.26 0.61 2.12 0.39

250W/25N 3.75 1 18 2.63 0.84 2.92 1 1.38 1.52 2.22 2.24

250W/50N 17.5 1 8 3.62 0.74 4.5 1 3.31 2.42 4.04 2.37

250W/75N 1.25 6 2 2.57 2.84 1.29 1 1.21 13.33 1.41 10.53

250W/100N 6.25 1 14 3.17 4.19 3.88 1 2.08 0.61 1.41 2.63

250W/125N 6.25 1 6 2.23 1.16 4.93 1 2.79 1.21 1.72 1.97

250W/155N 0.63 1 1 0.36 2.52 1.58 2.8 1.13 0.3 2.93 4.21

250W/175N 2.5 2 2 2.1 2.87 2.78 1 2.76 3.94 2.12 8.55

250W/200N 1.25 1 1 0.53 1.19 0.38 1 1.34 5.15 2.73 3.95

250W/225N 10 1 8 1.58 2.45 4.16 1 3.18 0.91 2.73 0.53

250W/250N 7.5 1 4 2.68 1.68 3.83 1 1.84 1.82 2.63 4.61

250W/275N 5 1 10 2.29 2.65 2.97 1 1.54 1.52 6.36 6.05

250W/300N 8.75 1 4 1.39 1.16 5.17 1 2.76 2.12 10.61 4.08


Bisley Property

7.0 CONCLUSIONS AND RECOMMENDATIONS The low to moderate contrast Au anomalies suggest underlying bedrock Au enrichment and are

significant, especially were the overburden may be thicker than a few metres.

MMI soil sampling should be completed over the entire property, followed by IP surveying and

diamond drilling.


Bisley Property

8.0 REFERENCES Averill, S. A. and Fortescue, J. A. C., 1983. Deep Overburden and Geochemical Sampling in

Hearst, Catherine, McElroy, Gauthier, Arnold, Clifford and Bisley Townships, Districts of

Timiskaming and Cochrane, Ontario Geological Survey Open File Report 5456, 315 p., 5

appendices, 5 tables, 32 figures.

Fedikow, M. A., 2006. Aqua regia, Mobile Metal Ions and Enzyme LeachSM soil geochemical

survey results from the Timmins area: Discover Abitibi Initiative; Ontario Geological Survey,

Open File Report 6179, 22p.

Jensen, L. S., 1972. Geology of Melba and Bisley Townships, District of Timiskaming; Ontario

Division of Mines, GR103, 27p. Accompanied by Map 2252, scale 1 inch to ½ mile.

MMI Technology, 1997. Improving Anomaly Resolution, Technical Bulletin TB03.

MMI Technology, 2005. MMI‐M, A Multi‐element Partial Extractant for Mineral Exploration;

Technical Bulletin TB15.

MNDMF. Assessment Files.

SGS Minerals, 2006. Sampling for MMI in Boreal Zones.


Bisley Property

9.0 CERTIFICATE OF QUALIFICATIONS I, Terry Arnold Link of the Town of Kirkland Lake, Province of Ontario, do hereby certify that:

1) I am an independent prospector and exploration contractor and reside at 72 McCamus

Avenue, Apartment # 12, P.O. Box 561, Kirkland Lake, Ontario, P2N 3J5.

2) I completed—with a 4.0 GPA—the first year of the Mining Engineering Technology course at

the Haileybury School of Mines, Haileybury, Ontario (1993).

3) I have worked in the field of mineral exploration as an independent prospector and

exploration contractor over the past 17 years and prior to 1993 prospected part time over a

period of 15 years.

4) I wrote this report entitled “Report, Mobile Metal Ions, Soil Geochemical Survey, 2010, Bisley

Property, Bisley Township, Larder Lake Mining Division, Ontario”, dated March 13, 2011 and

the statements made in this report are based on mining industry reports, Government of

Ontario assessment file reports, site visits, involvement with the soil sampling program, and

assay results from an independent laboratory. The information is to the best of my

knowledge correct, complete, and not misleading.

5) I have a financial interest in the Bisley Property in Bisley Township, Ontario.

Terry Link


Bisley Property

APPENDIX A

Table

2010 Sample Descriptions

Charts

4 charts 2010 MMI response ratios

8 charts 2010 MMI raw data

1 chart 2006 to 2010 MMI response ratios

Assay Certificates




Maps

2010 MMI Soil Sample Locations & Au RR 1:5 000

2010 MMI Soil Sample Locations & Ag RR 1:5 000

2010 MMI Soil Sample Locations & Ba RR 1:5 000

2010 MMI Soil Sample Locations & Co RR 1:5 000

2010 MMI Soil Sample Locations & Cu RR 1:5 000

2010 MMI Soil Sample Locations & Ni RR 1:5 000

2010 MMI Soil Sample Locations & Pb RR 1:5 000

2010 MMI Soil Sample Locations & U RR 1:5 000

2010 MMI Soil Sample Locations & Zn RR 1:5 000

Mining Land Tenure Map 1:40 000

Bisley Property 2010 Sample Descriptions 1 of 6

Sample # STN E W Depth (cm) Type Sample Comments

250W/25S 250W/25S 577640 5352625 0‐5 organics High bedrock outcrop to south, spruce to 15 cm diameter

5‐10 black soil

10‐30 br. sand, pebbles

15‐30 sample

Soil DescriptionUTM Zone 17 Nad 83

250W/0N 250W/0N 577640 5352650 0‐5 organics south side of 8m wide shallow E‐W drainage (no water flowing)

5‐30 black soil tag alders, small spruce

15‐30 sample

250W/25N 250W/25N 577640 5352675 0‐5 organics flat, dry, mature jack pine, tag alders, small spruce

5‐30 brown clay5 30 brown clay

15‐30 sample

250W/50N 250W/50N 577640 5352700 0‐5 organics flat, dry, mature poplar

5‐10 brown soil

10‐30 brown clay

15‐30 sample

250W/75N 250W/75N 577640 5352725 0‐5 organics flat, dry, mature jack pine, poplar

5‐10 brown soil

10‐30 brown clay

15‐30 sample

250W/100N 250W/100N 577640 5352750 0 5 organics flat dry outcrop about 9 m to west spruce jack pine250W/100N 250W/100N 577640 5352750 0‐5 organics flat, dry, outcrop about 9 m to west, spruce, jack pine

5‐10 black soil

10‐30 brown clay

15‐30 sample

250W/125N 250W/125N 577640 5352775 0‐10 organics dry, creek aout 10 m to north, mature spruce

10‐12 black soil10 12 black soil

12‐35 brown clay

20‐35 sample

250W/155N 250W/155N 577640 5352805 0‐5 organics open area/beaver meadow, 6 m north of creek

5‐30 black muck/soil

15‐30 sample




250W/175N 250W/175N 577640 5352825 0‐5 organics flat, dry, mature spruce, jack pine

5‐15 black soil

15‐30 brown clay

15‐30 sample

250W/200N 250W/200N 577640 5352850 0‐10 organics flat, a bit wet, spruce, tag alders

10‐35 black muck

20‐35 sample

250W/225N 250W/225N 577640 5352875 0‐10 organics flat, dry, spruce, jack pine, tamarack, tag alders


15‐35 brown clay

20‐35 sample

250W/250N 250W/250N 577640 5352900 0‐10 organics flat, dry, spruce, tamarack, tag alders

10‐15 black soil

15‐35 brown clay

20‐35 sample

250W/275N 250W/275N 577640 5352925 0‐10 organics flat, dry, spruce, tamarack, tag alders

10‐15 black soil

15‐35 brown clay

20‐35 sample

250W/300N 250W/300N 577640 5352950 0‐10 organics flat, dry, tamarack, spruce, tag alders

10‐35 brown clay

20‐35 sample

1 350W/100S 577540 5352550 0‐5 organics high, dry, sloping gently down to north, up to south, outcrop about 50 m south

5‐15 dark brown soil poplar to 15 cm diameter5 15 dark brown soil poplar to 15 cm diameter

15‐30 light brown soil

15‐30 sample

2 350W/75S 577540 5352575 0‐5 organics high, dry, poplar to 15 cm diameter


15‐30 sample

3 350W/50S 577540 5352600 0‐5 organics low, somewhat wet, tag alders

5‐30 dark brown soil

15‐30 sample




4 350W/25S 577540 5352625 0‐5 organics flat, dry, poplar to 20 cm diameter, tag alders, small spruce, jack pine

5‐30 light brown clay

15‐30 sample

5 350W/0N 577540 5352650 0‐5 organics slight rise to N, dry, outcrop about 15 m to N, poplar to 12 cm diameter, birch to 15 cm dia.


15‐30 sample

6 350W/75N 577540 5352725 0‐5 organics low, flat, about 10 m N of outcrop, spruce, poplar, birch to 15 cm dia.

5‐10 dark brown soil5 10 dark brown soil

10‐30 brown sandy clay

15‐30 sample

7 350W/100N 577540 5352750 0‐5 organics flat, dry, poplar has been cut by beaver, spruce to 20 cm dia., tag alders

5‐10 dark black soil

10‐30 grey clay

15‐30 sample

8 350W/125N 577540 5352775 0‐5 organics flat, dry, about 10 m S of beaver pond, pond is about 15 m wide

5‐30 grey/brown clay spruce to 4 cm dia.

15‐30 sample

9 350W/175N 577540 5352825 0 2 organics open area grass old stumps low flat9 350W/175N 577540 5352825 0‐2 organics open area, grass, old stumps, low, flat

2‐12 black soil

12‐27 grey/brown clay

12‐27 sample

10 350W/200N 577540 5352850 0‐5 organics flat, dry, 7 m into bush, jack pine, spruce

5‐30 grey/brown clay5 30 grey/brown clay

15‐30 sample

11 350W/225N 577540 5352875 0‐7 organics flat, dry, spruce, jack pine , tag alders

7‐32 grey clay

17‐32 sample

12 350W/250N 577540 5352900 0‐15 organics flat, dry, thick tamarack, spruce

15‐40 black soil

25‐40 sample




13 350W/275N 577540 5352925 0‐10 organics flat, fairly, dry spruce, tamarack, tag alders

10‐20 black soil

20‐35 grey clay

20 35 sample20‐35 sample

14 350W/300N 577540 5352950 0‐10 organics flat, dry, small spruce, tamarack

10‐20 black soil


20‐35 sample

15 350W/325N 577540 5352975 0‐10 organics flat, wet, tag alders, small tamarack, small spruce

10‐20 black soil

20‐35 grey clay

20‐35 sample

16 450W/150S 577440 5352500 0‐5 organics high, dry, slight up slope southward, slight down slope northward,

5‐30 light brown soil outcrop about 25 m SE, birch, spruce to 15 cm dia.

15‐30 sample

17 450W/125S 577440 5352525 0‐5 organics flat, dry, polar to 20 cm dia.

5‐15 black soil


15 30 sample15‐30 sample

18 450W/100S 577440 5352550 0‐3 organics flat, dry, poplar to 20 cm dia.

3‐6 black soil


13‐28 sample

19 450W/75S 577440 5352575 0‐2 organics flat, dry, trail about 3 m N, poplar to 20 cm dia.


12‐27 sample

20 450W/56S 577440 5352594 0‐5 organics flat, dry, outcrop about 4 m N, poplar to 20 cm dia.

5‐7 light grey silt/sand

b d7‐30 brown sand

15‐30 sample




21 450W/25N 577440 5352675 0‐3 organics flat, dry, about 10 m N of outcrop, poplar to 25 cm dia.

3‐5 white/grey sand

5‐28 brown sand

13‐28 sample

22 450W/50N 577440 5352700 0‐3 organics flat, dry, poplar to 25 cm dia.

3‐28 grey/brown soil/clay

13‐28 sample

23 450W/75N 577440 5352725 0‐5 organics flat, dry, poplar to 25 cm dia.


15‐30 sample

24 450W/100N 577440 5352750 0‐3 organics flat, dry, tag alders, spruce to 20 cm dia.

3‐28 black soil

13‐28 sample

25 450W/125N 577440 5352775 0‐3 organics flat, dry, beaver meadow about 8 m to N, spruce, tag alders

3‐20 black soil

20‐35 brown clay

20‐35 sample

26 450W/147N 577440 5352797 0‐3 organics flat, slightly wet, 4 m S to S edge of beaver meadow, 5 m N to E‐W stream

3 15 black muck3‐15 black muck

15‐30 brown/grey soil/clay

15‐30 sample

27 450W/175N 577440 5352825 0‐5 organics flat, dry, about 12 m N of beaver meadow, spruce to 25 cm dia., tag alders

5‐15 black soil

15‐30 grey/brown clay15 30 grey/brown clay

15‐30 sample

28 450W/200N 577440 5352850 0‐5 organics flat, dry, spruce, birch to 20 cm dia., tag alders

5‐15 black soil

15‐30 brown/grey clay

15‐30 sample




29 450W/225N 577440 5352875 0‐5 organics flat, dry, thick tamarack to 25 cm dia., spruce, tag alders

5‐15 black soil

15‐30 brown/grey clay

15‐30 sample

30 450W/250N 577440 5352900 0‐5 organics flat, slightly wet, tamarack, birch, spruce, tag alders

5‐15 black soil

15‐30 dark grey soil/clay

15‐30 sample

31 450W/275N 577440 5352925 0‐5 organics flat, slightly wet, tag alders, spruce, birch31 450W/275N 577440 5352925 0 5 organics flat, slightly wet, tag alders, spruce, birch

5‐13 black soil

15‐30 sample

32 450W/300N 577440 5352950 0‐15 organics flat, somewhat wet, tag alders, small spruce, tamarack, birch

15‐25 black soil/muck


25‐40 sample

33 450W/330N 577440 5352980 0‐10 organics flat, somewhat wet, tags, small spruce, tamarack

10‐35 black muck

20‐35 sample

Bisley Property Response Ratio MMI

150Bisley Property MMI 2010

ZnUbPb

NiMoCuCoBaAu

100

se Ratio

AuAsAg

50

Respons

0

W/150S)

W/125S)

W/100S)

0W/75S)

0W/56S)

0W/25N)

0W/50N)

0W/75N)

W/100N)

W/125N)

W/150N)

W/175N)

W/200N)

W/225N)

W/250N)

W/275N)

W/300N)

W/330N) x

W/100S)

0W/75S)

0W/50S)

0W/25S)

50W/0N)

0W/75N)

W/100N)

W/125N)

W/175N)

W/200N)

W/225N)

W/250N)

W/275N)

W/300N)

W/325N) x

50W/25S

250W/0N

50W/25N

50W/50N

50W/75N

0W/100N

0W/125N

0W/155N

0W/175N

0W/200N

0W/225N

0W/250N

0W/275N

0W/300N x

BG

16 (450

17 (450

18 (450

19 (45

20 (45

21 (450

22 (450

23 (450

24 (450W

25 (450W

26 (450W

27 (450W

28 (450W

29 (450W

30 (450W

31 (450W

32 (450W

33 (450W

1 (350

2 (35

3 (35

4 (35

5 (35

6 (350

7 (350W

8 (350W

9 (350W

10 (350W

11 (350W

12 (350W

13 (350W

14 (350W

15 (350W

25 2

25

25

25

250

250

250

250

250

250

250

250

250

Sample #

Bisley Property 450W MMI Response Ratio Chart

50450W MMI 2010

b40

Ag As Au Ba Co Cu Mo Ni Pb U Zn

30

esponse Ratio

20

Re

10

0

Sample #


50350W MMI 2010

40Ag As Au Ba Co Cu Mo Ni Pb U Zn

30

esponse Ratio

20

Re

10

0

Sample #


50250W MMI 2010

40Ag As Au Ba Co Cu Mo Ni Pb U Zn

30

esponse Ratio

20

Re

10

0

Sample #

Bisley Property Ag Raw MMI Data Chart

16

Ag PPB

12

14

8

10

Data PPB

4

6

Raw

0

2

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Au Raw MMI Data Chart

1.2

Au PPB

1

0.6

0.8

w Data PPB

0.4

Raw

0

0.2

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Ba Raw MMI Data Chart

4000

Ba PPB

3000

3500

2000

2500

Data PPB

1000

1500

Raw

0

500

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Cu Raw MMI Data Chart

1600

Cu PPB

1200

1400

800

1000

Data PPB

400

600

Raw

0

200

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Mo Raw MMI Data Chart

9

Mo PPB

7

8

5

6

Data PPB

2

3

4

Raw

0

1

2

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Pb Raw MMI Data Chart

700

Pb PPB

500

600

400

Data PPB

200

300

Raw

0

100

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property U Raw MMI Data Chart

700

U PPB

500

600

400

Data PPB

200

300

Raw

0

100

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Zn Raw MMI Data Chart

1400

ZN PPB

1000

1200

800

Data PPB

400

600

Raw

0

200

0

16 (450W/150S)

17 (450W/125S)

18 (450W/100S)

19 (450W/75S)

20 (450W/56S)

21 (450W/25N)

22 (450W/50N)

23 (450W/75N)

24 (450W/100N)

25 (450W/125N)

26 (450W/150N)

27 (450W/175N)

28 (450W/200N)

29 (450W/225N)

30 (450W/250N)

31 (450W/275N)

32 (450W/300N)

33 (450W/330N) x

1 (350W/100S)

2 (350W/75S)

3 (350W/50S)

4 (350W/25S)

5 (350W/0N)

6 (350W/75N)

7 (350W/100N)

8 (350W/125N)

9 (350W/175N)

10 (350W/200N)

11 (350W/225N)

12 (350W/250N)

13 (350W/275N)

14 (350W/300N)

15 (350W/325N) x

250W/25S

250W/0N

250W/25N

250W/50N

250W/75N

250W/100N

250W/125N

250W/155N

250W/175N

250W/200N

250W/225N

250W/250N

250W/275N

250W/300N x

BG

Sample #

Bisley Property Response Ratio MMI

150Bisley Property MMI 2006 and 2010

ZnUbPb

NiMoCuCoBaAu

100

se Ratio

AuAsAg

50

Respons

0

W/150S)

W/125S)

W/100S)

0W/75S)

0W/56S)

0W/25N)

0W/50N)

0W/75N)

W/100N)

W/125N)

W/150N)

W/175N)

W/200N)

W/225N)

W/250N)

W/275N)

W/300N)

W/330N) x

W/100S)

0W/75S)

0W/50S)

0W/25S)

50W/0N)

0W/75N)

W/100N)

W/125N)

W/175N)

W/200N)

W/225N)

W/250N)

W/275N)

W/300N)

W/325N) x

50W/25S

250W/0N

50W/25N

50W/50N

50W/75N

0W/100N

0W/125N

0W/155N

0W/175N

0W/200N

0W/225N

0W/250N

0W/275N

0W/300N x

B2W/ 0N

2W/ 50N

2W/100N

2W/150N

2W/200N

2W/250N

2W/300N

2W/350N

2W/400N

2W/500N

2W/575N

2W/600N

2W/625N

2W/700N

2W/800N x

B1W/ 0N

1W/ 50N

1W/100N

1W/150N

1W/200N

1W/250N x

BG

16 (450

17 (450

18 (450

19 (45

20 (45

21 (450

22 (450

23 (450

24 (450W

25 (450W

26 (450W

27 (450W

28 (450W

29 (450W

30 (450W

31 (450W

32 (450W

33 (450W

1 (350

2 (35

3 (35

4 (35

5 (35

6 (350

7 (350W

8 (350W

9 (350W

10 (350W

11 (350W

12 (350W

13 (350W

14 (350W

15 (350W

25 2

252525

250

250

250

250

250

250

250

250

250 B B2

B2

B2

B2

B2

B2

B2

B2

B2

B2

B2

B2

B2

B2 B B1

B1

B1

B1

B1

Sample #

Certificate of AnalysisWork Order: TO112345

COD SGS MineralsC/O P.O. Box 439Whiffen Head RoadARNOLD COVENF A0B 1A0

To: Date: Nov 06, 2010

P.O. No. Project No. No. Of Samples Date Submitted Report Comprises

TERRY LINK-14Oct 12, 2010Pages 1 to 7(Inclusive of Cover Sheet)

:::::

SGS Minerals Services (Toronto) is accredited by Standards Council of Canada (SCC) and conforms to the requirements of ISO/IEC 17025 for specific tests as indicated on the scope of accreditation to be found at http://www.scc.ca/en/programs/lab/mineral.shtml

M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

= Composition of this sample makes detection impossible by this method

= Insufficient Sample= No result

I.S.--

= Listed not received= Not applicable

L.N.R.n.a.

*INF

Report Footer:

Methods marked with an asterisk (e.g. *NAA08V) were subcontractedMethods marked with the @ symbol (e.g. @AAS21E) denote accredited tests

This document is issued by the Company under its General Conditions of Service accessible at http://www.sgs.com/terms_and_conditions.htm. Attention is drawn to the limitation of liability, indemnification and jurisdiction issues defined therein.

WARNING: The sample(s) to which the findings recorded herein (the “Findings”) relate was (were) drawn and / or provided by the Client or by a third party acting at the Client’s direction. The Findings constitute no warranty of the sample’s representativity of the goods and strictly relate to the sample(s). The Company accepts no liability with regard to the origin or source from which the sample(s) is/are said to be extracted. The findings report on the samples provided by the client and are not intended for commercial or contractual settlement purposes. Any unauthorized alteration, forgery or falsification of the content or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law.

Mem ber of t he SGS Group (Soc iét é Généra le de Surve i l lanc e )

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto t(416) 445-5755 f(416) 445-4152 www.ca.sgs.com

Final : TO112345 Order: TERRY LINK Page 2 of 7

AgMMI-M5

1ppb

AlMMI-M5

1ppm

AsMMI-M5

10ppb

AuMMI-M5

0.1ppb

BaMMI-M5

10ppb

BiMMI-M5

1ppb

CaMMI-M5

10ppm

CdMMI-M5

1ppb

CeMMI-M5

5ppb

CoMMI-M5

5ppb

250W/25S 2 >300 10 0.2 440 <1 <10 3 125 41

250W/0N <1 82 <10 <0.1 360 <1 250 1 54 92

250W/25N 3 62 <10 0.9 1400 <1 350 4 154 26

250W/50N 14 81 <10 0.4 1930 <1 460 10 148 23

250W/75N 1 280 30 0.1 1370 2 30 11 590 88

250W/100N 5 53 <10 0.7 1690 <1 320 6 365 130

250W/125N 5 44 <10 0.3 1190 <1 480 6 148 36

250W/155N <1 47 <10 <0.1 190 <1 240 4 10 78

250W/175N 2 106 10 0.1 1120 <1 260 16 1040 89

250W/200N 1 83 <10 <0.1 280 <1 340 37 70 37

250W/225N 8 37 <10 0.4 840 <1 550 9 105 76

250W/250N 6 52 <10 0.2 1430 <1 600 7 127 52

250W/275N 4 60 <10 0.5 1220 <1 410 7 176 82

250W/300N 7 112 <10 0.2 740 <1 400 15 253 36

*Rep 250W/50N 14 74 <10 0.3 1890 <1 450 8 136 19

*Rep 250W/300N 7 118 <10 0.2 700 <1 400 17 253 32

*Std MMISRM16 18 41 20 28.2 60 <1 220 4 18 70

*Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

ElementMethodDet.Lim.Units






CrMMI-M5

100ppb

CsMMI-M5

0.5ppb

CuMMI-M5

10ppb

DyMMI-M5

1ppb

ErMMI-M5

0.5ppb

EuMMI-M5

0.5ppb

FeMMI-M5

1ppm

GaMMI-M5

1ppb

GdMMI-M5

1ppb

HgMMI-M5

1ppb

250W/25S 100 5.0 910 16 7.5 3.6 156 22 17 1

250W/0N <100 1.6 200 8 4.6 1.7 85 5 8 <1

250W/25N 200 0.6 610 27 13.2 9.1 13 16 41 <1

250W/50N 200 1.1 940 30 17.1 8.9 10 21 40 <1

250W/75N 400 3.8 270 71 36.0 21.0 183 44 86 <1

250W/100N 100 0.6 810 19 9.0 8.4 23 20 34 <1

250W/125N 200 <0.5 1030 24 15.2 7.0 15 14 34 1

250W/155N <100 <0.5 330 <1 0.5 <0.5 203 4 <1 <1

250W/175N 200 0.8 580 57 28.9 20.0 86 18 87 <1

250W/200N <100 0.7 80 21 13.4 3.4 68 6 17 <1

250W/225N <100 <0.5 870 9 4.6 2.9 14 12 13 <1

250W/250N 100 <0.5 800 24 14.3 6.5 15 17 31 2

250W/275N 300 <0.5 620 22 12.6 7.1 19 14 33 1

250W/300N 400 0.8 1080 26 15.0 7.7 20 10 34 <1

*Rep 250W/50N 200 1.1 920 27 14.3 8.4 10 21 38 <1

*Rep 250W/300N 300 0.8 1000 26 15.2 7.5 16 9 33 <1

*Std MMISRM16 <100 13.9 770 2 0.9 1.0 2 1 4 13

*Blk BLANK <100 <0.5 <10 <1 <0.5 <0.5 <1 <1 <1 <1







InMMI-M5

0.5ppb

KMMI-M5

0.1ppm

LaMMI-M5

1ppb

LiMMI-M5

5ppb

MgMMI-M5

1ppm

MnMMI-M5

10ppb

MoMMI-M5

5ppb

NbMMI-M5

0.5ppb

NdMMI-M5

1ppb

NiMMI-M5

5ppb

250W/25S <0.5 3.7 60 <5 <1 50 5 4.5 64 220

250W/0N <0.5 5.8 27 <5 49 13100 8 0.6 30 218

250W/25N <0.5 10.3 109 <5 91 270 <5 0.7 161 239

250W/50N <0.5 14.5 106 <5 128 880 <5 <0.5 149 572

250W/75N <0.5 10.7 227 <5 6 1490 <5 18.2 360 210

250W/100N <0.5 11.5 153 <5 90 2190 <5 1.5 192 359

250W/125N <0.5 9.7 104 9 97 750 <5 1.2 142 482

250W/155N <0.5 0.9 5 6 44 4520 7 <0.5 5 195

250W/175N <0.5 9.1 391 <5 51 2180 <5 9.3 458 477

250W/200N <0.5 4.6 37 5 77 430 <5 <0.5 54 231

250W/225N <0.5 12.3 36 9 124 1170 <5 0.7 58 550

250W/250N <0.5 13.1 94 5 150 1000 <5 0.8 130 318

250W/275N <0.5 9.2 104 6 92 2170 <5 1.4 150 266

250W/300N <0.5 7.3 117 <5 78 2130 <5 1.3 155 478

*Rep 250W/50N <0.5 12.9 96 <5 124 680 <5 <0.5 142 544

*Rep 250W/300N <0.5 7.7 117 <5 77 3110 <5 1.2 149 554

*Std MMISRM16 <0.5 40.0 4 <5 33 110 59 <0.5 14 363

*Blk BLANK <0.5 <0.1 <1 <5 <1 <10 <5 <0.5 <1 <5







PMMI-M5

0.1ppm

PbMMI-M5

10ppb

PdMMI-M5

1ppb

PrMMI-M5

1ppb

PtMMI-M5

1ppb

RbMMI-M5

5ppb

SbMMI-M5

1ppb

ScMMI-M5

5ppb

SmMMI-M5

1ppb

SnMMI-M5

1ppb

250W/25S 7.8 30 <1 17 <1 69 <1 41 14 <1

250W/0N 0.2 20 <1 8 <1 59 <1 18 6 <1

250W/25N 0.2 50 <1 38 <1 96 <1 21 36 <1

250W/50N 0.1 80 <1 37 <1 190 <1 23 34 <1

250W/75N 4.2 440 2 86 <1 152 <1 87 82 2

250W/100N 0.4 20 <1 48 <1 46 <1 21 36 <1

250W/125N 0.2 40 <1 34 <1 39 <1 18 29 <1

250W/155N 0.2 10 <1 1 <1 20 <1 <5 <1 <1

250W/175N 0.9 130 1 120 <1 83 <1 58 87 <1

250W/200N 0.1 170 <1 13 <1 40 <1 13 13 <1

250W/225N 0.2 30 <1 14 <1 50 <1 6 12 <1

250W/250N 0.1 60 <1 32 <1 26 <1 17 27 <1

250W/275N 0.2 50 <1 37 <1 53 <1 21 30 <1

250W/300N 0.3 70 <1 39 <1 96 <1 24 32 <1

*Rep 250W/50N 0.1 70 <1 34 <1 188 <1 21 33 <1

*Rep 250W/300N 0.3 100 <1 38 <1 97 <1 21 31 <1

*Std MMISRM16 0.3 80 25 3 <1 342 <1 7 4 <1

*Blk BLANK <0.1 <10 <1 <1 <1 <5 <1 <5 <1 <1







SrMMI-M5

10ppb

TaMMI-M5

1ppb

TbMMI-M5

1ppb

TeMMI-M5

10ppb

ThMMI-M5

0.5ppb

TiMMI-M5

3ppb

TlMMI-M5

0.5ppb

UMMI-M5

1ppb

WMMI-M5

1ppb

YMMI-M5

5ppb

250W/25S 40 <1 3 <10 12.9 1370 <0.5 8 <1 72

250W/0N 450 <1 1 <10 10.0 27 <0.5 21 <1 54

250W/25N 1110 <1 6 <10 61.4 48 <0.5 22 <1 131

250W/50N 1250 <1 6 <10 35.6 17 <0.5 40 <1 159

250W/75N 130 1 14 <10 107 4390 <0.5 14 1 335

250W/100N 710 <1 5 <10 41.7 145 <0.5 14 <1 105

250W/125N 1220 <1 5 <10 56.1 71 <0.5 17 <1 121

250W/155N 780 <1 <1 <10 1.4 20 <0.5 29 <1 6

250W/175N 610 <1 13 <10 80.7 2010 <0.5 21 <1 304

250W/200N 900 <1 3 <10 7.6 20 <0.5 27 <1 163

250W/225N 1460 <1 2 <10 20.8 14 <0.5 27 <1 45

250W/250N 1740 <1 5 <10 61.9 25 <0.5 26 <1 121

250W/275N 1770 <1 5 <10 86.3 74 <0.5 63 <1 106

250W/300N 1270 <1 5 <10 93.2 49 <0.5 105 <1 137

*Rep 250W/50N 1210 <1 6 <10 38.2 13 <0.5 40 <1 138

*Rep 250W/300N 1240 <1 5 <10 78.5 33 <0.5 105 <1 138

*Std MMISRM16 470 <1 <1 <10 19.2 7 <0.5 54 <1 10

*Blk BLANK <10 <1 <1 <10 <0.5 <3 <0.5 <1 <1 <5







YbMMI-M5

1ppb

ZnMMI-M5

20ppb

ZrMMI-M5

5ppb

250W/25S 6 320 58

250W/0N 4 30 8

250W/25N 10 170 43

250W/50N 14 180 27

250W/75N 27 800 187

250W/100N 7 200 33

250W/125N 14 150 66

250W/155N <1 320 <5

250W/175N 23 650 128

250W/200N 10 300 8

250W/225N 4 40 15

250W/250N 13 350 45

250W/275N 11 460 96

250W/300N 13 310 106

*Rep 250W/50N 11 140 26

*Rep 250W/300N 13 300 86

*Std MMISRM16 <1 290 17

*Blk BLANK <1 <20 <5







Terry LinkCOD SGS MineralsP.O. Box 561Kirkland LakeON P2N 3J5

To: Date: Dec 03, 2010


Terry Link-15Nov 12, 2010Pages 1 to 7(Inclusive of Cover Sheet)

:::::





I.S.--


L.N.R.n.a.

*INF

Report Footer:






Final : TO112844 Order: Terry Link Page 2 of 7

AgMMI-M5

1ppb

AlMMI-M5

1ppm

AsMMI-M5

10ppb

AuMMI-M5

0.1ppb

BaMMI-M5

10ppb

BiMMI-M5

1ppb

CaMMI-M5

10ppm

CdMMI-M5

1ppb

CeMMI-M5

5ppb

CoMMI-M5

5ppb

01 3 300 10 0.2 2170 <1 20 4 275 54

02 6 211 <10 <0.1 2690 <1 110 21 189 68

03 4 101 <10 <0.1 2610 <1 330 24 165 98

04 4 88 <10 0.4 3710 <1 500 4 2200 45

05 2 97 20 0.4 3170 <1 200 3 2970 68

06 6 124 <10 0.2 3230 <1 290 10 109 52

07 4 141 <10 0.2 2190 <1 350 12 338 29

08 6 36 <10 0.6 2170 <1 420 7 309 54

09 5 29 <10 0.4 2230 <1 310 9 1400 268

10 2 261 20 0.4 1530 <1 30 4 227 128

11 2 98 <10 <0.1 970 <1 300 20 321 92

12 <1 81 <10 <0.1 730 <1 390 6 39 185

13 <1 130 <10 <0.1 1340 1 370 31 41 140

14 3 95 <10 <0.1 1350 1 440 18 153 133

15 3 138 <10 <0.1 730 <1 300 67 118 123

*Rep 02 6 214 <10 <0.1 2850 <1 120 22 203 69

*Rep 15 3 132 <10 0.1 750 <1 330 65 203 74

*Std MMISRM16 14 51 10 24.4 100 <1 200 4 24 64

*Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5







CrMMI-M5

100ppb

CsMMI-M5

0.5ppb

CuMMI-M5

10ppb

DyMMI-M5

1ppb

ErMMI-M5

0.5ppb

EuMMI-M5

0.5ppb

FeMMI-M5

1ppm

GaMMI-M5

1ppb

GdMMI-M5

1ppb

HgMMI-M5

1ppb

01 200 2.5 320 37 20.5 8.7 121 46 37 <1

02 <100 3.8 410 69 38.8 13.8 63 50 60 <1

03 <100 1.7 360 47 32.0 7.9 35 42 37 <1

04 200 <0.5 400 227 140 61.5 16 60 293 1

05 200 <0.5 480 218 109 83.7 31 54 346 <1

06 <100 2.2 580 26 15.0 5.9 39 54 28 <1

07 200 1.1 460 90 54.6 19.0 66 38 89 <1

08 200 <0.5 950 52 27.4 15.6 17 36 74 <1

09 100 <0.5 1310 35 17.4 14.9 58 37 64 <1

10 200 2.0 420 15 8.4 4.6 335 41 19 <1

11 100 0.6 320 48 25.4 13.0 111 20 58 <1

12 <100 <0.5 490 5 4.2 1.0 197 17 5 <1

13 <100 <0.5 190 33 33.9 2.4 192 25 14 <1

14 100 <0.5 500 38 28.4 6.5 156 23 33 <1

15 <100 1.0 1380 43 35.8 5.6 101 17 29 <1

*Rep 02 <100 3.7 420 71 39.5 14.0 63 53 62 <1

*Rep 15 <100 1.0 1340 48 31.4 8.8 57 18 42 <1

*Std MMISRM16 <100 10.0 640 3 1.3 1.7 3 2 7 18

*Blk BLANK <100 <0.5 <10 <1 <0.5 <0.5 <1 <1 <1 <1







InMMI-M5

0.5ppb

KMMI-M5

0.1ppm

LaMMI-M5

1ppb

LiMMI-M5

5ppb

MgMMI-M5

1ppm

MnMMI-M5

10ppb

MoMMI-M5

5ppb

NbMMI-M5

0.5ppb

NdMMI-M5

1ppb

NiMMI-M5

5ppb

01 <0.5 4.4 107 <5 6 270 <5 6.6 156 340

02 <0.5 16.5 65 <5 38 1770 <5 1.3 186 413

03 <0.5 8.7 61 <5 84 4880 <5 0.5 104 428

04 <0.5 7.0 819 14 172 3270 <5 0.6 1030 446

05 <0.5 3.5 1410 7 77 2610 <5 4.2 1660 418

06 <0.5 7.9 66 <5 84 1070 <5 <0.5 97 200

07 <0.5 19.4 155 <5 102 860 <5 0.7 278 532

08 <0.5 13.8 122 7 132 2800 <5 0.7 241 462

09 <0.5 8.6 314 <5 104 22300 <5 1.9 423 239

10 <0.5 8.7 102 7 13 620 <5 14.2 105 197

11 <0.5 3.6 107 <5 76 1310 <5 0.9 212 458

12 <0.5 5.8 15 5 115 3890 <5 0.6 19 200

13 <0.5 4.5 13 8 119 460 <5 <0.5 32 237

14 <0.5 4.4 56 7 117 1860 <5 1.3 98 433

15 <0.5 4.7 46 6 82 10100 <5 0.9 77 805

*Rep 02 <0.5 16.7 70 <5 39 1790 <5 1.2 196 419

*Rep 15 <0.5 3.3 74 5 77 7200 <5 1.2 126 655

*Std MMISRM16 <0.5 34.1 5 <5 35 150 43 <0.5 21 285

*Blk BLANK <0.5 <0.1 <1 <5 <1 <10 <5 <0.5 <1 <5







PMMI-M5

0.1ppm

PbMMI-M5

10ppb

PdMMI-M5

1ppb

PrMMI-M5

1ppb

PtMMI-M5

1ppb

RbMMI-M5

5ppb

SbMMI-M5

1ppb

ScMMI-M5

5ppb

SmMMI-M5

1ppb

SnMMI-M5

1ppb

01 2.8 170 <1 33 <1 51 <1 50 33 <1

02 0.7 490 <1 32 <1 239 <1 73 48 <1

03 0.2 270 <1 20 <1 97 <1 38 27 <1

04 <0.1 220 <1 194 <1 69 <1 82 242 <1

05 0.5 150 <1 431 <1 52 <1 139 342 <1

06 0.2 140 <1 19 <1 131 <1 33 22 <1

07 0.1 250 <1 53 <1 117 <1 61 69 <1

08 <0.1 100 <1 44 <1 38 <1 18 59 <1

09 0.1 120 <1 96 <1 69 <1 32 69 <1

10 3.3 40 2 25 <1 166 <1 44 19 1

11 0.1 370 <1 41 <1 73 <1 59 50 <1

12 0.3 30 <1 4 <1 76 <1 22 4 <1

13 0.1 420 <1 6 <1 78 <1 27 9 <1

14 0.1 470 <1 19 <1 54 <1 50 24 <1

15 0.2 440 <1 15 <1 65 <1 54 20 <1

*Rep 02 0.7 520 <1 34 <1 244 <1 72 49 <1

*Rep 15 0.3 440 <1 25 <1 58 <1 55 32 <1

*Std MMISRM16 0.2 160 23 3 <1 302 <1 12 7 <1

*Blk BLANK <0.1 <10 <1 <1 <1 <5 <1 <5 <1 <1







SrMMI-M5

10ppb

TaMMI-M5

1ppb

TbMMI-M5

1ppb

TeMMI-M5

10ppb

ThMMI-M5

0.5ppb

TiMMI-M5

3ppb

TlMMI-M5

0.5ppb

UMMI-M5

1ppb

WMMI-M5

1ppb

YMMI-M5

5ppb

01 170 <1 5 <10 34.2 1070 <0.5 5 <1 198

02 500 <1 9 <10 37.3 240 <0.5 15 <1 375

03 860 <1 6 <10 10.3 18 <0.5 58 <1 293

04 2250 <1 35 <10 39.0 47 <0.5 22 1 1410

05 1130 <1 39 <10 48.5 643 <0.5 13 2 1300

06 1100 <1 4 <10 13.5 43 <0.5 23 <1 159

07 1160 <1 12 <10 39.2 81 <0.5 29 <1 462

08 1490 <1 8 <10 44.9 40 <0.5 24 <1 234

09 1420 <1 7 <10 61.3 50 <0.5 21 <1 177

10 190 <1 2 <10 75.0 3110 <0.5 8 <1 74

11 960 <1 7 <10 35.1 95 <0.5 45 <1 250

12 2000 <1 <1 <10 9.2 38 <0.5 102 <1 34

13 1940 <1 3 <10 10.1 22 <0.5 42 <1 224

14 3040 <1 5 <10 26.1 52 <0.5 107 <1 218

15 1130 <1 5 <10 26.9 41 <0.5 580 <1 278

*Rep 02 510 <1 9 <10 38.7 223 <0.5 15 <1 379

*Rep 15 1070 <1 6 <10 33.2 63 <0.5 612 <1 297

*Std MMISRM16 490 <1 <1 <10 26.2 7 <0.5 46 <1 15

*Blk BLANK <10 <1 <1 <10 <0.5 <3 <0.5 <1 <1 <5







YbMMI-M5

1ppb

ZnMMI-M5

20ppb

ZrMMI-M5

5ppb

01 16 50 73

02 28 190 32

03 25 430 18

04 121 140 49

05 86 100 79

06 11 220 21

07 43 200 50

08 21 200 27

09 16 160 79

10 8 140 192

11 20 300 44

12 4 170 16

13 31 790 13

14 25 270 40

15 30 780 49

*Rep 02 29 190 32

*Rep 15 25 720 54

*Std MMISRM16 <1 250 16








COD SGS MineralsC/O P.O. Box 439Whiffen Head RoadARNOLD COVENF A0B 1A0

To: Date: Dec 08, 2010


Terry Link-18Nov 16, 2010Pages 1 to 7(Inclusive of Cover Sheet)

:::::





I.S.--


L.N.R.n.a.

*INF

Report Footer:







AgMMI-M5

1ppb

AlMMI-M5

1ppm

AsMMI-M5

10ppb

AuMMI-M5

0.1ppb

BaMMI-M5

10ppb

BiMMI-M5

1ppb

CaMMI-M5

10ppm

CdMMI-M5

1ppb

CeMMI-M5

5ppb

CoMMI-M5

5ppb

16 4 194 <10 0.2 880 <1 70 3 289 144

17 6 156 <10 0.2 1230 <1 190 9 257 25

18 3 46 <10 <0.1 1680 <1 680 19 62 14

19 12 77 <10 0.6 2440 <1 580 2 174 37

20 9 299 20 <0.1 1450 <1 40 6 70 65

21 6 288 20 <0.1 840 <1 20 2 54 46

22 10 123 <10 0.3 1950 <1 270 10 379 122

23 1 114 <10 <0.1 1170 <1 270 25 154 55

24 1 114 <10 <0.1 680 <1 250 67 142 54

25 7 79 <10 0.2 1420 <1 380 18 407 79

26 2 91 <10 <0.1 810 <1 170 26 39 87

27 6 29 <10 0.7 1520 <1 430 6 104 19

28 3 166 <10 0.2 1190 <1 250 36 231 316

29 3 124 <10 <0.1 1080 <1 320 20 319 65

30 <1 130 <10 <0.1 1040 <1 280 21 20 195

31 <1 100 <10 <0.1 450 <1 210 4 <5 68

32 6 84 <10 1.0 1600 <1 340 18 418 208

33 <1 68 <10 <0.1 150 <1 160 4 8 45

*Rep 20 9 297 20 0.1 1510 <1 40 6 73 63

*Rep 33 <1 68 <10 <0.1 160 <1 160 3 6 39

*Std MMISRM16 22 54 10 28.8 80 <1 220 5 22 70

*Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5







CrMMI-M5

100ppb

CsMMI-M5

0.5ppb

CuMMI-M5

10ppb

DyMMI-M5

1ppb

ErMMI-M5

0.5ppb

EuMMI-M5

0.5ppb

FeMMI-M5

1ppm

GaMMI-M5

1ppb

GdMMI-M5

1ppb

HgMMI-M5

1ppb

16 100 4.2 710 30 16.8 8.3 133 11 31 <1

17 <100 2.8 280 48 27.6 10.0 28 3 43 <1

18 <100 <0.5 80 32 22.4 6.3 5 1 31 <1

19 100 <0.5 570 67 42.2 15.3 10 3 72 <1

20 300 2.9 240 10 5.8 2.4 196 36 8 <1

21 300 5.1 310 6 3.7 1.6 213 27 5 <1

22 100 1.7 1180 81 47.2 16.8 84 3 75 <1

23 <100 1.3 250 85 64.9 9.0 80 3 45 <1

24 <100 1.0 310 57 40.8 7.4 57 4 36 <1

25 100 0.5 350 33 19.9 8.3 11 3 37 <1

26 <100 0.7 250 16 14.3 1.6 199 2 7 <1

27 <100 <0.5 580 23 12.4 6.8 8 <1 31 <1

28 100 <0.5 510 60 44.8 8.6 129 4 41 <1

29 <100 0.8 400 57 33.0 11.5 95 4 51 <1

30 <100 0.6 360 33 43.4 1.4 141 3 8 <1

31 <100 <0.5 180 1 6.1 <0.5 192 4 <1 <1

32 200 0.6 1330 37 25.5 9.1 74 4 39 <1

33 <100 <0.5 180 2 2.2 <0.5 145 4 2 <1

*Rep 20 300 3.1 240 10 6.0 2.6 188 36 9 <1

*Rep 33 <100 <0.5 140 2 2.3 <0.5 155 4 1 <1

*Std MMISRM16 <100 11.1 740 3 1.4 1.6 2 <1 6 20

*Blk BLANK <100 <0.5 <10 <1 <0.5 <0.5 <1 <1 <1 <1







InMMI-M5

0.5ppb

KMMI-M5

0.1ppm

LaMMI-M5

1ppb

LiMMI-M5

5ppb

MgMMI-M5

1ppm

MnMMI-M5

10ppb

MoMMI-M5

5ppb

NbMMI-M5

0.5ppb

NdMMI-M5

1ppb

NiMMI-M5

5ppb

16 <0.5 7.0 112 <5 10 1970 <5 3.7 142 298

17 <0.5 5.1 100 <5 36 280 <5 <0.5 149 236

18 <0.5 8.5 48 <5 176 1530 <5 <0.5 81 270

19 <0.5 6.0 133 <5 145 1370 <5 0.7 226 139

20 <0.5 7.7 37 5 7 550 <5 11.1 36 343

21 <0.5 5.8 28 <5 4 50 <5 7.9 25 263

22 <0.5 13.4 147 <5 76 3760 <5 0.7 251 742

23 <0.5 9.6 58 7 98 800 <5 <0.5 135 172

24 <0.5 8.1 52 <5 71 2710 <5 <0.5 105 179

25 <0.5 5.8 90 <5 97 11600 <5 <0.5 145 295

26 <0.5 2.5 15 <5 32 9380 5 0.7 23 242

27 <0.5 11.0 65 6 129 1230 <5 <0.5 111 248

28 <0.5 8.0 88 9 73 7900 <5 0.9 138 572

29 <0.5 8.6 118 <5 65 1680 <5 1.0 194 468

30 <0.5 3.0 7 5 71 1700 <5 <0.5 16 213

31 <0.5 2.2 <1 <5 51 720 <5 <0.5 1 89

32 <0.5 4.6 147 6 68 14100 <5 1.4 196 510

33 <0.5 0.3 4 <5 24 7480 <5 <0.5 6 66

*Rep 20 <0.5 7.1 39 5 7 510 <5 11.2 37 334

*Rep 33 <0.5 0.1 3 <5 25 4990 <5 <0.5 5 48

*Std MMISRM16 <0.5 36.4 5 <5 37 150 45 <0.5 20 327

*Blk BLANK <0.5 <0.1 <1 <5 <1 <10 <5 <0.5 <1 <5







PMMI-M5

0.1ppm

PbMMI-M5

10ppb

PdMMI-M5

1ppb

PrMMI-M5

1ppb

PtMMI-M5

1ppb

RbMMI-M5

5ppb

SbMMI-M5

1ppb

ScMMI-M5

5ppb

SmMMI-M5

1ppb

SnMMI-M5

1ppb

16 1.0 120 <1 34 <1 78 <1 53 31 <1

17 0.2 230 <1 33 <1 59 <1 41 36 <1

18 <0.1 60 <1 17 <1 95 <1 9 23 <1

19 <0.1 100 <1 45 <1 72 <1 33 58 <1

20 4.4 110 <1 9 <1 112 <1 39 8 2

21 3.6 20 <1 6 <1 82 <1 33 5 <1

22 0.2 260 <1 54 <1 130 <1 108 64 <1

23 0.1 350 <1 27 <1 103 <1 33 35 <1

24 0.1 620 <1 21 <1 77 <1 31 28 <1

25 <0.1 130 <1 32 <1 85 <1 14 34 <1

26 0.3 140 <1 5 <1 34 <1 34 6 <1

27 <0.1 60 <1 23 <1 26 <1 12 27 <1

28 0.1 390 <1 30 <1 93 <1 56 34 <1

29 0.1 300 <1 42 <1 91 <1 54 48 <1

30 <0.1 330 <1 3 <1 64 <1 37 5 <1

31 0.2 50 <1 <1 <1 30 <1 17 <1 <1

32 0.1 290 <1 47 <1 54 <1 56 39 <1

33 0.3 80 <1 1 <1 <5 <1 8 2 <1

*Rep 20 4.3 120 <1 9 <1 113 <1 39 9 1

*Rep 33 0.2 60 <1 1 <1 <5 <1 8 1 <1

*Std MMISRM16 0.2 190 28 3 <1 307 <1 11 6 <1

*Blk BLANK <0.1 <10 <1 <1 <1 <5 <1 <5 <1 <1







SrMMI-M5

10ppb

TaMMI-M5

1ppb

TbMMI-M5

1ppb

TeMMI-M5

10ppb

ThMMI-M5

0.5ppb

TiMMI-M5

3ppb

TlMMI-M5

0.5ppb

UMMI-M5

1ppb

WMMI-M5

1ppb

YMMI-M5

5ppb

16 130 <1 5 <10 23.7 1110 <0.5 16 <1 156

17 350 <1 7 <10 15.3 48 0.5 38 <1 281

18 1390 <1 5 <10 5.5 6 <0.5 32 <1 191

19 1710 <1 11 <10 34.2 204 <0.5 16 <1 327

20 200 <1 2 <10 17.8 4780 0.5 5 1 47

21 90 <1 <1 <10 11.5 2280 <0.5 5 <1 27

22 670 <1 12 <10 45.1 48 <0.5 47 <1 437

23 770 <1 10 <10 10.3 20 <0.5 102 <1 609

24 780 <1 7 <10 10.8 21 <0.5 75 <1 394

25 1150 <1 6 <10 28.9 25 <0.5 43 <1 153

26 630 <1 2 <10 12.4 80 <0.5 44 <1 102

27 990 <1 4 <10 30.5 7 <0.5 6 <1 105

28 630 <1 8 <10 74.1 85 <0.5 28 <1 327

29 630 <1 9 <10 59.0 82 <0.5 20 <1 294

30 730 <1 3 <10 11.5 25 <0.5 40 <1 227

31 600 <1 <1 <10 5.5 35 <0.5 62 <1 9

32 720 <1 6 <10 60.2 91 <0.5 84 <1 188

33 350 <1 <1 <10 2.8 25 <0.5 10 <1 18

*Rep 20 200 <1 2 <10 17.9 4460 0.5 5 <1 49

*Rep 33 370 <1 <1 <10 2.4 25 <0.5 12 <1 16

*Std MMISRM16 510 <1 <1 <10 28.8 <3 <0.5 51 <1 13

*Blk BLANK <10 <1 <1 <10 <0.5 <3 <0.5 <1 <1 <5







YbMMI-M5

1ppb

ZnMMI-M5

20ppb

ZrMMI-M5

5ppb

16 13 90 50

17 19 70 16

18 19 130 6

19 36 80 35

20 5 160 58

21 4 50 48

22 34 70 48

23 49 100 9

24 30 700 10

25 17 280 32

26 12 180 25

27 9 100 24

28 39 1260 86

29 24 750 60

30 44 540 16

31 10 180 9

32 24 700 92

33 3 620 <5

*Rep 20 5 140 59

*Rep 33 3 490 <5

*Std MMISRM16 <1 280 13







82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioAu ThemePoints : Au

<2

2...5

5...10

10...20

20...50

>50

NMMI Soil SamplesResponse Ratios

Au

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Au RR

(2010 samples labelled with sample #'s)Bisley Twp, Ontario

UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioAg ThemePoints : Ag

<2

2...5

5...10

10...20

20...50

>50


Ag

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Ag RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioBa ThemePoints : Ba

<2

2...5

5...10

10...20

20...50

>50


Ba

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Ba RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioCo ThemePoints : Co

<2

2...5

5...10

10...20

20...50

>50


Co

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Co RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioCu ThemePoints : Cu

<2

2...5

5...10

10...20

20...50

>50


Cu

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Cu RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioNi ThemePoints : Ni

<2

2...5

5...10

10...20

20...50

>50


Ni

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Ni RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioPb ThemePoints : Pb

<2

2...5

5...10

10...20

20...50

>50


Pb

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Pb RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioU ThemePoints : U

<2

2...5

5...10

10...20

20...50

>50


U

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & U RR


UTM Zone 17 Nad 83

82-19

16

33

20

19

18

17

31

30

29

28

27

26

25

24

23

22

21

32

15

3

2

1

13

12

11

10

9

8

7

6

5

14

4

250W/275N

250W/250N

250W/225N

250W/200N

250W/175N

250W/155N

250W/125N

250W/100N

250W/75N

250W/50N

250W/25N

250W/0N

250W/300N

250W/25S

4247586

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

577200 m 577400 m 577600 m 577800 m 578000 m 578200 m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

5352

200

m53

5240

0 m

5352

600

m53

5280

0 m

5353

000

m53

5320

0 m

5353

400

m

LEGEND12 Sample #

MMI Respose RatioZn ThemePoints : Zn

<2

2...5

5...10

10...20

20...50

>50


Zn

0 400 m1:5000

Bisley Property2010 MMI SOIL SAMPLE LOCATIONS & Zn RR


UTM Zone 17 Nad 83

N

0 1600 m1:40000

Documents

Report Mobile Metal Ions Soil Survey - Ontario