report on mobile metal ions soil geochemical survey · 2017. 1. 16. · cairo twps by inco ltd. ......

Report

Mobile Metal Ions

Soil Geochemical Survey

March 2010

Galer Lake Fault Property

Alma Township

Larder Lake Mining Division

Ontario

Terry Link March 25, 2010

Galer MMI Survey 2010 i

SummaryA soil survey was completed over a part of the Galer Lake Fault Property in AlmaTownship during the winter of 2010. Twenty one soil samples were collectedalong a section of the Galer Lake Fault. The samples were analysed for 53elements—by SGS Canada Inc.—using the Mobile Metal Ions Technology.

The area bedrock is prospective for gold ± copper, lead, silver, bismuth,uranium, molybdenum deposits and is mostly unexplored due to extensiveoverburden cover.

The 2010 soil survey was carried out at closer sample intervals to confirm anddefine MMI anomalies outlined by an MMI survey completed in 2008.

The 2010 sampling results are low to highly anomalous and confirm the good2008 results. Power stripping is warranted to expose the underlying bedrockbeneath the strongest anomalies.

Galer MMI Survey 2010 ii

Table of ContentsSummary...................................................................................................................iIntroduction..............................................................................................................1Property.....................................................................................................................1Location and Access.................................................................................................2Exploration History..................................................................................................2Geology.....................................................................................................................3

Regional Geology..................................................................................................3Property Geology..................................................................................................4

Current Work............................................................................................................4MMI Soil Geochemical Survey.............................................................................4Data Treatment and Presentation........................................................................5

Results......................................................................................................................5Conclusions and Recommendations........................................................................6References.................................................................................................................7Certificate of Qualifications......................................................................................8

Illustration Index

Figure 1: Claim Map..................................................................................................1Figure 2: Location Map............................................................................................2Figure 3: Geology......................................................................................................4

Appendices

Appendix ATables

Sample DescriptionsCharts

6 charts response ratios7 charts raw data

Assay CertificateSGS Certificate of Analysis Work Order: TO109427

MapsSample Location and Response Ratio Plan – Au, Ag, Ba, Cu, Mo, Pb, U 1:6 000Sample Location and Response Ratio Plan – Au, Ag, Ba, Cu, Mo, Pb, U1:1 000Sample Location and Response Ratio Plan – Au 1:1 000Sample Location and Response Ratio Plan – Ag 1:1000Sample Location and Response Ratio Plan – Ba 1:1 000Sample Location and Response Ratio Plan – Cu 1:1 000Sample Location and Response Ratio Plan – Mo 1:1 000Sample Location and Response Ratio Plan – Pb 1:1 000Sample Location and Response Ratio Plan – U 1:1 000MNDMF Mining Land Tenure Map scale: 1:40 000

Galer MMI Survey 2010 1

Introductionoil sampling and analysis were completed during the winter of 2010 with 21samples collected along transects on one claim in Alma Twp., Ontario. The

samples were analyzed by SGS Canada Inc. (SGS) of Toronto using the MobileMetal Ion (MMI) Technology . The objective of the survey was to confirm anddelineate highly anomalous geochemical signatures in soil using the MMItechnology in a geological setting favourable for Au, Ag Cu, Pb, Bi, Mo, U mineraldeposits.

s

PropertyThe property is a group of 3 claims in two blocks and is comprised of 25 unitswith a total area of 400 hectares and is referred to as the Galer Lake FaultProperty.

The claim #'s are: 4211856, 4240377, 4240380.The property claims are shown in Figure 1 below.

Figure 1: Claim Map


Location and AccessThe property is located in south eastern Alma Twp. and north eastern Cairo Twp.,11 kilometres NE of the village of Matachewan, in the Larder Lake MiningDivision of Ontario.

Access to the sample area is by truck along Hwy 66 and then by ATV/snowmachine northward along the Separation Lake access road and then alonglogging roads and trails and then by foot through bush.

The property location is shown in Figure 2 below.

Exploration History1967: The geology was mapped by Howard Lovell for the Ontario Department of

Mines.

1988: A ground magnetic survey was completed over the east side of claim4240380 by Actuate Resources Inc. File KL-0007

1990: Geology mapping and sampling were completed over parts of Alma andCairo Twps by INCO Ltd. A gold bearing boulder was discovered south of theGaler Lake Fault on claim 4240377. File KL-3025

Figure 2: Location Map


1992: Trenching, till sampling, and assaying were completed by INCO in the areaof the gold bearing boulder on claim 3009967 (expired) and 4240377 in CairoTwp. File KL-3176. Magnetic, induced polarization, and resistivity surveyswere completed by INCO over part of claims 3009967 (expired) and 4240377.File KL-3214. Diamond drilling 2 holes—335 metres—and assaying werecompleted in the same area. File KL-3214

1997: A magnetic ground survey was completed over the east side of claim4240380 in Alma Twp. by Aquistar Ventures. File KL-4309

2000: An airborne magnetic and electromagnetic survey was completed over theproperty by OGS.

2004: A helicopter airborne magnetic survey was completed over the property byOGS.

2005: An MMI soil geochemistry survey over 4 lines was completed on claims3009967 (expired) and 4240380 by F. Sharpley and T. Link.

2006: An MMI soil geochemistry survey over 3 lines was completed on claim4240380 by F. Sharpley and T. Link.

2008: An MMI soil geochemistry survey was completed by F. Sharpley and T.Link over parts of claims 4240380, 4240377, and 3009967 (expired).

GeologyRegional GeologyThe Matachewan area is composed of Archean metavolcanic, metasedimentaryand intrusive rocks which are part of the Abitibi Greenstone Belt. The Alma andCairo Township area is underlain by tholeiitic flows of the Kinojevis group andcalc-alkaline flows and pyroclastic rocks of the Blake River Group. Archeansedimentary rocks unconformibly overlie the volcanic rocks. This volcano-sedimentary assemblage is intruded by Archean mafic sills, dikes and felsicintrusions. Proterozoic sedimentary rocks of the Huronian Group unconformiblyoverlie the Archean rocks.

Numerous north-south faults cut across the region and many have beenintruded by diabase dikes. The Galer Lake Fault, a major fault zone, trends west-south-west across the property and may be a splay off the Larder Lake Break.

The regional geology is shown in Figure 3.


Property GeologyThe Galer Lake Property is underlain by syenite porphyry of the Cairo Stock andnorth trending Matachewan diabase dikes that intrude the syenite. The GalerLake Fault strikes west-south-west through Alma and Cairo Twps. A gold bearingboulder—28.4 g/t—was discovered 200 metres south of the Galer Lake Fault byINCO.

Current WorkMMI Soil Geochemical SurveyThe soil samples were collected along lines LG8+75E, LG8+87E, LG9E, andLG9+25E on March 13 , 14, and 15, 2010 by Terry Link of Kirkland Lake, Ontario.The lines were laid out N-S by compass and flagged with ribbon and marked withline and station coordinates. The location of each line was referenced to the UTMgrid by Garmin GPS. The soil samples were collected at the flagged stations withthe sample assay numbers being the same as the station coordinates. The samplelocations are shown on the Sample Location Maps in Appendix A. A total of 21soil samples—weighing 300 to 500 grams per sample—were collected using adutch auger at a depth of 10 through 20 cm below the bottom of the livingorganics. The samples were placed in plastic bags on site and were shipped to

Figure 3: Geology


SGS for analysis on March 16, 2010. Sample descriptions including location,depth and soil type are presented in Appendix A.

The MMI analysis measures the metal ions from mineralization that havemoved toward the surface and attached loosely to the surface of soil particles. Thesamples collected were analyzed by SGS for 53 elements using the MMI-Mpackage. 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. TheMMI analysis data is shown on SGS certificate of analysis work order TO109427in Appendix A.Data Treatment and PresentationData treatment and presentation follows the methods recommended for MMIdata.

Any data that is less than the lower limit of determination(<LLD) has beenreplaced with a value one-half of the LLD for statistical calculations and graphicalrepresentation.

The raw data background value for an element is the arithmetic mean of thelower quartile of the raw data for that element. The background was calculatedusing raw data from samples covered in this report and from all samples coveredin previous Galer Lake Fault reports by Link and Sharpley from 2005 to 2008.Raw data background values were calculated for selected elements and are asfollows:

Table 1: Raw data background

Element Raw data backgroundAg 1.39 ppbAs 5.0 ppbAu 0.05 ppbBa 361 ppbBi 0.5 ppbCo 13.8 ppbCu 104 ppbMo 2.5 ppbNi 82.1 ppbPb 153 ppbU 3.67 ppb

The response ratio(RR) was calculated by dividing the raw value for theelement at each site by the raw data background value for that element. The RRbackground is always 1.

ResultsResults for selected elements are shown as response ratios in table 2 below, andare also graphically depicted as charts and plan maps in Appendix A. All resultsare shown in assay certificate TO109427.


For the purpose of interpretation of results the following rating system is usedbased on other MMI studies and surveys completed in similar glaciated terrainwith shallow overburden cover.

— a response ratio of 5 to 20 times background is a low contrast anomalousresponse

— a response ratio between 20 and 50 times background is a moderate contrastanomalous response

— a response ratio greater than 50 times background is a high contrastresponse

The best results are on line LG9E from 450N to 475N with highly anomalouslead, and low to moderately anomalous silver, gold, barium, cobalt, copper anduranium.Samples with anomalous response ratios are shown in Table 2 with response

ratios of 5 to 20 highlighted green, 20 to 50 blue and above 50 light red.

Table 2: Samples with Anomalous Response Ratios

Sample Ag As Au Ba Bi Co Cu Mo Pb U

LG8+75E/525N 10.1 6.0 1.0 9.9 6.0 11.8 3.8 8.8 9.9 6.0

LG8+75E/500N 5.0 1.0 1.0 8.0 1.0 10.0 3.2 2.8 20.5 12.5

LG8+75E/450N 3.6 8.0 1.0 4.4 4.0 1.5 2.1 2.4 2.0 1.6

LG8+75E/400N 0.4 1.0 1.0 6.7 1.0 5.1 1.0 4.4 0.7 18.5

LG8+75E/375N 0.4 1.0 1.0 2.4 1.0 3.5 2.9 3.2 0.3 13.9

LG8+87E/500N 5.0 1.0 1.0 9.3 2.0 13.4 9.0 5.6 14.4 26.2

LG9E/500N 14.4 1.0 1.0 4.9 1.0 6.0 3.0 1.0 1.8 2.2

LG9E/487N 7.9 4.0 1.0 12.6 4.0 8.0 5.0 5.2 16.1 15.0

LG9E/475N 12.2 1.0 10.0 8.7 1.0 10.0 13.9 2.4 60.7 44.4

LG9E/462N 15.8 1.0 1.0 11.1 1.0 3.1 6.0 1.0 68.0 19.4

LG9E/450N 25.9 1.0 6.0 15.2 1.0 1.9 4.2 1.0 58.5 26.7

LG9E/437N 5.0 1.0 1.0 13.9 1.0 6.9 6.7 3.2 19.8 37.9

LG9E/425N 5.8 1.0 1.0 14.4 1.0 7.2 10.8 3.6 15.0 19.4

LG9E/413N 5.0 1.0 1.0 2.0 1.0 2.8 2.3 1.0 3.5 2.2

LG9E/400N 1.4 1.0 1.0 4.4 1.0 1.4 1.4 1.0 5.6 1.1

LG9E/387N 2.2 1.0 1.0 5.2 1.0 4.6 0.6 2.8 0.1 13.6

LG9+25E/500N 5.0 1.0 1.0 2.1 1.0 2.9 2.1 1.0 2.2 1.1

LG9+25E/475N 28.1 1.0 1.0 3.1 1.0 3.1 3.5 1.0 2.6 1.9

LG9+25E/450N 3.6 4.0 1.0 10.3 1.0 2.9 2.8 2.4 3.5 3.3

Conclusions and RecommendationsThe low to high contrast Ag, Au, Ba, Co, Cu, Pb and U anomalies suggestunderlying metal enrichment. The best results are on line LG9E from 450N to475N and confirm the 2008 MMI results. An attempt to expose underlyingbedrock by power stripping from 425N to 500N is warranted based on the good2010 and 2008 results.


ReferencesBerger, B.R., Pigeon, L. and Leblanc, G. 2006. Precambrian geology, Highway 66

area, Swastika to Matachewan; Ontario Geological Survey, Map 2677, scale1:50 000

Fedikow, M.A. 2006. Aqua regia, Mobile Metal Ions and Enzyme LeachSM soilgeochemical survey results from the Timmins area: Discover Abitibi Initiative;Ontario Geological Survey, Open File Report 6179, 22p.

Lovell, H.L., 1967. Geology of the Matachewan Area; Ontario Department ofMines, Geological Report 51, 61 p., accompanied by Maps 2109 and 2110 1"=½ mile

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

MMI Technology, 2005. MMI-M, A Multi-element Partial Extractant for MineralExploration; Technical Bulletin TB15

Ministry of Northern Development and Mines. Assessment work files; KirklandLake

Ontario Geological Survey 2000. Airborne magnetic and electromagnetic surveys,Kirkland Lake area; Ontario Geological Survey, Map 82 038, scale 1:20 000

SGS Minerals, 2006. Sampling for MMI in Boreal Zones

Sharpley, F.J. 2005. Exploration report on MMI soil geochemical surveys, GalerLake Property; Kirkland Lake-Matachewan area, Alma and Cairo townships,Larder Lake Mining Division, Ontario

Link, T.A. 2006. Report on Mobile Metal Ions Soil Geochemical Survey, LG0,LG1E, LG9E; Galer Lake Fault Property, Alma and Cairo Townships, LarderLake Mining Division, Ontario

Link, T.A. 2008. Report, Mobile Metals Ions Soil Geochemical Survey, Galer LakeFault 2008; Galer Lake Fault Property, Alma and Cairo Townships, LarderLake Mining Division, Ontario.


Certificate of QualificationsI, Terry Arnold Link of the Town of Kirkland Lake, Province of Ontario, dohereby certify:

1) That I am an independent prospector and exploration contractor and resideat 72 McCamus Avenue, Apartment # 12, Kirkland Lake, Ontario, P2N 3J5.

2) That I completed—with a 4.0 GPA—the first year of the Mining EngineeringTechnology course at the Haileybury School of Mines, Haileybury, Ontario.(1993)

3) That I have worked in the field of mineral exploration as an independentprospector and exploration contractor over the past 15 years and prior to1993 prospected part time over a period of 15 years.

4) That I wrote the report.

5) That I have a financial interest in the Galer Lake Fault Property in Alma andCairo Townships, Ontario.

Dated at Kirkland Lake, OntarioMarch 25, 2010

Terry A. Link

Galer MMI Survey 2010

Appendix A

Tables• Sample Descriptions

Charts• 6 charts response ratios

• 7 charts raw data

Assay Certificate• SGS Certificate of Analysis Work Order: TO109427

Maps• Sample Location and Response Ratio Plan – Au, Ag, Ba, Cu, Mo, Pb, U

1:6 000

• Sample Location and Response Ratio Plan – Au, Ag, Ba, Cu, Mo, Pb, U1:1 000

• Sample Location and Response Ratio Plan – Au 1:1 000

• Sample Location and Response Ratio Plan – Ag 1:1000

• Sample Location and Response Ratio Plan – Ba 1:1 000

• Sample Location and Response Ratio Plan – Cu 1:1 000

• Sample Location and Response Ratio Plan – Mo 1:1 000

• Sample Location and Response Ratio Plan – Pb 1:1 000

• Sample Location and Response Ratio Plan – U 1:1 000

• MNDMF Mining Land Tenure Map scale: 1:40 000

MMI Samples March 2010 Sample Descriptions Page 1 of 2

Sample #

UTM

E Zo

ne 17 N

ad 83

UTM

N Zo

ne 17 Nad

83

Line

Station

From (cm

)

To (cm

)

Type

Sample

Comments

LG8+75E/375N 534068 5318621 LG8+75E 375N 0 5 organics

5 15 black muck

15 25 black muck Sample


10 20 black muck



5 15 grey sand, stones

15 25

brown sand medium to

course grained, stones Sample



15 25 brown sand, stones Sample



15 25 grey‐brown sand, stones Sample


5 15 brown sand, stones




15 25

brown sand medium

grained, stones Sample




LG9E/387N 534097 5318650 LG9E 387N 0 10 organics

10 20 black muck



5 10 white sand






LG9E/425N 534100 5318688.2 LG9E 425N 0 5 organics




5 15 dark brown sand

15 25 brown sand Sample


5 15 brown sand


1.5 to 2 m higher than 500N, ground slopes gently

north and south, on east side of drainage, mature jack

pine, birch, UTM nad 83 534075E, 5318778N

high ground, about 0.5 to 1 m lower than 475N,

mature jack pine

same elevation as 450N, drop off about 7 m to south

down into swamp(2.5 to 3 m lower), mature jack pine,

birch

creek @ 4 m north, low, wet, mature balsam, cedar

near south edge of swamp, low, wet, rise up

southward begins at 15 m to south, mature cedar,

balsam, spruce

at previous sample LG9E/425N, 0.5 m above swamp

level, swamp to SE a few metres, mature birch,

spruce, jack pine

1.5 m higher than swamp level, swamp to E 5 m,

mature jack pine, spruce

1 m higher than swamp level, swamp to E and S, creek

at 6 m SE, mature spruce, jack pine to NW, cedar and

spruce swamp to S

low swamp, very wet, mature cedar

a little lower than LG9E/500N, flat, mature birch

same elevation as LG9E/500N, at base of 2 m rise to

west, mature birch

low swamp about 10 m SE, 1.5 m above swamp level,

flat, mature birch

at previous sample LG9E/450N, 2 m above swamp

level, fairly flat, mature birch

2 m higher than 500N, mature jack pine, birch

MMI Samples March 2010 Sample Descriptions Page 2 of 2

Sample #

UTM

E Zo

ne 17 N

ad 83

UTM

N Zo

ne 17 Nad

83

Line

Station

From (cm

)

To (cm

)

Type

Sample

Comments

LG9E/462N 534100 5318719 LG9E 462N 0 5 organics, stones




5 15 brown sand








LG9+25E/450N 534120 5318695.6 LG9+25E 450N 0 5 organics



LG9+25E/475N 534119 5318720.5 LG9+25E 475N 0 5 organics




5 15 grey sand


same elevation as LG9E to west, gentle slope

southward, higher ground 4 m E which is 1.5 m

higher, mature jack pine, birch

higher ground, about 2 m higher than 475N, moved to

the east about 3 m to get off of a higher ridge, mature

jack pine

1 m above swamp level, swamp to south about 7 m,

mature jack pine, balsam, due east of sample

LG9E/437N

2 m above swamp level, fairly flat, mature birch, jack

pine

at previous sample LG9E/475N, 2.5 m above swamp

level, fairly flat, mature birch, jack pine

2.5 m higher than swamp level, fairly flat, mature

birch, jack pine

at previous sample LG9E/500N, 3 m higher than

swamp level, ground rises up 2 m immediatly to

north, mature birch, jack pine

Galer Lake Fault Property 11 RR MMI Data Chart

200Galer Lake MMI March 2010

UPbNi

150

NiMoCuCoBiBaAu

100

ponse Ratio

As

50

Resp

50

0

Station

Galer Lake Fault Property LG8+75E MMI Data Chart

80

90LG8+75E MMI 2010

60

70

Ag As Au Ba Bi Co Cu Mo Ni Pb U

50

60

ponse Ratio

30

40

Resp

10

20

0LG8+75E/525N LG8+75E/500N LG8+75E/475N LG8+75E/450N LG8+75E/425N LG8+75E/400N LG8+75E/375N

Station


80

90LG8+87E MMI 2010

60

70


50

60

ponse Ratio

30

40

Resp

10

20

0LG8+87E/500N

Station

Galer Lake Fault Property LG9E MMI Data Chart

80

90LG9E MMI 2010

60

70


50

60

ponse Ratio

30

40

Resp

10

20

0LG9E/500N LG9E/487N LG9E/475N LG9E/462N LG9E/450N LG9E/437N LG9E/425N LG9E/413N LG9E/400N LG9E/387N

Station


80

90LG9+25E MMI 2010

60

70


50

60

ponse Ratio

30

40

Resp

10

20

0LG9+25E/500N LG9+25E/475N LG9+25E/450N

Station

Galer Lake Fault Property Au Raw MMI Data Chart

0.6Au PPB

0 4

0.5

0.3

0.4

Data PPB

0.2

Raw

0.1

0

SampleSample

Galer Lake Fault Property Ag Raw MMI Data Chart

45

Ag PPB

35

40

25

30

Data PPB

15

20

Raw

D

5

10

0

Sample

Galer Lake Fault Property Ba Raw MMI Data Chart

6000

Ba PPB

5000

3000

4000

Data PPB

2000

Raw

D

1000

0

Sample

Galer Lake Fault Property Cu Raw MMI Data Chart

1600

Cu PPB

1200

1400

800

1000

Data PPB

400

600

Raw

D

200

400

0

Sample

Galer Lake Fault Property Mo Raw MMI Data Chart

25

Mo PPB

20

15

Data PPB

10Raw

D

5

0

Sample

Galer Lake Fault Property Pb Raw MMI Data Chart

12000

Pb PPB

10000

6000

8000

Data PPB

4000

Raw

D

2000

0

Sample

Galer Lake Fault Property U Raw MMI Data Chart

180

U PPB

140

160

100

120

Data PPB

60

80

Raw

D

20

40

0

Sample

Galer Lake Fault Property Chart RR All Response Ratio Chart

200Galer Lake Fault MMI RR 2005 to 2010

U

160

180


U

Pb

Ni

Mo

140

160

180


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

100

120

140

160

180

200

se Ratio

Galer Lake Fault MMI RR 2005 to 2010

U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

80

100

120

140

160

180

200

Response Ratio


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

60

80

100

120

140

160

180

200

Response Ratio


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

20

40

60

80

100

120

140

160

180

200

Response Ratio


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

0

20

40

60

80

100

120

140

160

180

200

GLB

5W/2

00N

GLB

5W/1

75N

GLB

5W/1

50N

GLB

5W/1

25N

GLB

5W/1

00N

GLB

5W/7

5NG

LB5W

/50N

GLB

5W/2

5NG

LB5W

/0N

GLB

3W/2

25N

GLB

3W/2

00N

GLB

3W/1

75N

GLB

3W/1

50N

GLB

3W/1

25N

GLB

3W/1

00N

GLB

3W/7

5NG

LB3W

/50N

GLB

3W/2

5NG

LB3W

/0N

GLB

1W 2

50N

GLB

1W 2

25N

GLB

1W 2

00N

GLB

1W 1

75N

GLB

1W 1

50N

GLB

1W 1

25N

GLB

1W 1

00N

GLB

1W 0

75N

GLB

1W 0

50N

GLB

1W 0

25N

GLB

1W 0

00N

GLB

2E 3

75N

GLB

2E 3

50N

GLB

2E 3

25N

GLB

2E 3

00N

GLB

2E 2

75N

GLB

2E 2

50N

GLB

2E 2

25N

GLB

2E 2

00N

GLB

2E 1

75N

GLB

2E 1

50N

GLB

4E/5

50N

GLB

4E/5

25N

GLB

4E/5

00N

GLB

4E/4

75N

GLB

4E/4

50N

GLB

4E/4

25N

GLB

4E/4

00N

GLB

4E/3

75N

GLB

4E/3

50N

GLB

6E/6

00N

GLB

6E/5

75N

GLB

6E/5

50N

GLB

6E/5

25N

GLB

6E/5

00N

GLB

6E/4

75N

GLB

6E/4

50N

GLB

6E/4

25N

GLB

6E/4

00N

GLB

8E/7

00N

GLB

8E/6

75N

GLB

8E/6

50N

GLB

8E/6

25N

GLB

8E/6

00N

GLB

8E/5

75N

GLB

8E/5

50N

GLB

8E/5

25N

GLB

8E/5

00N

LG2W

225

NLG

2W 2

00N

LG2W

175

NLG

2W 1

25N

LG2W

100

NLG

2W 7

5NLG

2W 0

50N

LG2W

040

NLG

2W 0

25N

LG2W

000

N

LG1W

275

NLG

1W 2

50N

LG1W

225

NLG

1W 2

00N

LG1W

175

NLG

1W 1

50N

LG1W

125

NLG

1W 1

00N

LG1W

075

NLG

1W 0

50N

LG1W

025

NLG

1W 0

00N

LG0/

425N

LG0/

400N

LG0/

375N

LG0/

350N

LG0/

325N

LG0/

300N

LG0/

275N

LG0/

250N

LG0/

225N

LG0/

200N

LG0/

175N

LG0/

150N

LG0/

125N

LG0/

100N

LG1E

/525

NLG

1E/5

00N

LG1E

/475

NLG

1E/4

50N

LG1E

/425

NLG

1E/4

00N

LG1E

/375

NLG

1E/3

50N

LG1E

/325

NLG

1E/3

00N

LG1E

/275

NLG

1E/2

50N

LG1E

/225

NLG

1E/2

00N

LG1E

/175

NLG

1E/1

50N

LG1E

/125

NLG

1E/1

00N

LG7E

/500

NLG

7E/4

75N

LG7E

/450

NLG

7E/4

25N

LG7E

/400

NLG

7E/3

75N

LG7E

/350

NLG

7E/3

25N

LG7E

/300

NLG

7E/2

75N

LG7E

/250

NLG

7E/2

25N

LG7E

/200

N

8+75

E/5

25N

8+75

E/5

00N

8+75

E/4

75N

8+75

E/4

50N

8+75

E/4

25N

8+75

E/4

00N

8+75

E/3

75N

8+87

E/5

00N

LG9E

/500

NLG

9E/4

87N

LG9E

/475

NLG

9E/4

62N

LG9E

/450

NLG

9E/4

37N

LG9E

/425

NLG

9E/4

13N

LG9E

/400

NLG

9E/3

87N

LG9E

/500

NLG

9E/4

75N

LG9E

/450

NLG

9E/4

25N

LG9E

/400

NLG

9E/3

75N

LG9E

/350

NLG

9E/3

25N

LG9E

/300

NLG

9E/2

75N

LG9E

/250

NLG

9E/2

25N

LG9E

/200

N

9+25

E/5

00N

9+25

E/4

75N

9+25

E/4

50N

LG11

E/6

25N

LG11

E/6

00N

LG11

E/5

75N

LG11

E/5

50N

LG11

E/5

25N

BG

Response Ratio


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

0

20

40

60

80

100

120

140

160

180

200

GLB

5W/2

00N

GLB

5W/1

75N

GLB

5W/1

50N

GLB

5W/1

25N

GLB

5W/1

00N

GLB

5W/7

5NG

LB5W

/50N

GLB

5W/2

5NG

LB5W

/0N

GLB

3W/2

25N

GLB

3W/2

00N

GLB

3W/1

75N

GLB

3W/1

50N

GLB

3W/1

25N

GLB

3W/1

00N

GLB

3W/7

5NG

LB3W

/50N

GLB

3W/2

5NG

LB3W

/0N

GLB

1W 2

50N

GLB

1W 2

25N

GLB

1W 2

00N

GLB

1W 1

75N

GLB

1W 1

50N

GLB

1W 1

25N

GLB

1W 1

00N

GLB

1W 0

75N

GLB

1W 0

50N

GLB

1W 0

25N

GLB

1W 0

00N

GLB

2E 3

75N

GLB

2E 3

50N

GLB

2E 3

25N

GLB

2E 3

00N

GLB

2E 2

75N

GLB

2E 2

50N

GLB

2E 2

25N

GLB

2E 2

00N

GLB

2E 1

75N

GLB

2E 1

50N

GLB

4E/5

50N

GLB

4E/5

25N

GLB

4E/5

00N

GLB

4E/4

75N

GLB

4E/4

50N

GLB

4E/4

25N

GLB

4E/4

00N

GLB

4E/3

75N

GLB

4E/3

50N

GLB

6E/6

00N

GLB

6E/5

75N

GLB

6E/5

50N

GLB

6E/5

25N

GLB

6E/5

00N

GLB

6E/4

75N

GLB

6E/4

50N

GLB

6E/4

25N

GLB

6E/4

00N

GLB

8E/7

00N

GLB

8E/6

75N

GLB

8E/6

50N

GLB

8E/6

25N

GLB

8E/6

00N

GLB

8E/5

75N

GLB

8E/5

50N

GLB

8E/5

25N

GLB

8E/5

00N

LG2W

225

NLG

2W 2

00N

LG2W

175

NLG

2W 1

25N

LG2W

100

NLG

2W 7

5NLG

2W 0

50N

LG2W

040

NLG

2W 0

25N

LG2W

000

N

LG1W

275

NLG

1W 2

50N

LG1W

225

NLG

1W 2

00N

LG1W

175

NLG

1W 1

50N

LG1W

125

NLG

1W 1

00N

LG1W

075

NLG

1W 0

50N

LG1W

025

NLG

1W 0

00N

LG0/

425N

LG0/

400N

LG0/

375N

LG0/

350N

LG0/

325N

LG0/

300N

LG0/

275N

LG0/

250N

LG0/

225N

LG0/

200N

LG0/

175N

LG0/

150N

LG0/

125N

LG0/

100N

LG1E

/525

NLG

1E/5

00N

LG1E

/475

NLG

1E/4

50N

LG1E

/425

NLG

1E/4

00N

LG1E

/375

NLG

1E/3

50N

LG1E

/325

NLG

1E/3

00N

LG1E

/275

NLG

1E/2

50N

LG1E

/225

NLG

1E/2

00N

LG1E

/175

NLG

1E/1

50N

LG1E

/125

NLG

1E/1

00N

LG7E

/500

NLG

7E/4

75N

LG7E

/450

NLG

7E/4

25N

LG7E

/400

NLG

7E/3

75N

LG7E

/350

NLG

7E/3

25N

LG7E

/300

NLG

7E/2

75N

LG7E

/250

NLG

7E/2

25N

LG7E

/200

N

LG8+

75E

/525

NLG

8+75

E/5

00N

LG8+

75E

/475

NLG

8+75

E/4

50N

LG8+

75E

/425

NLG

8+75

E/4

00N

LG8+

75E

/375

N

LG8+

87E

/500

N

LG9E

/500

NLG

9E/4

87N

LG9E

/475

NLG

9E/4

62N

LG9E

/450

NLG

9E/4

37N

LG9E

/425

NLG

9E/4

13N

LG9E

/400

NLG

9E/3

87N

LG9E

/500

NLG

9E/4

75N

LG9E

/450

NLG

9E/4

25N

LG9E

/400

NLG

9E/3

75N

LG9E

/350

NLG

9E/3

25N

LG9E

/300

NLG

9E/2

75N

LG9E

/250

NLG

9E/2

25N

LG9E

/200

N

LG9+

25E

/500

NLG

9+25

E/4

75N

LG9+

25E

/450

N

LG11

E/6

25N

LG11

E/6

00N

LG11

E/5

75N

LG11

E/5

50N

LG11

E/5

25N

BG

Response Ratio

Sample


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

0

20

40

60

80

100

120

140

160

180

200

GLB

5W/2

00N

GLB

5W/1

75N

GLB

5W/1

50N

GLB

5W/1

25N

GLB

5W/1

00N

GLB

5W/7

5NG

LB5W

/50N

GLB

5W/2

5NG

LB5W

/0N

GLB

3W/2

25N

GLB

3W/2

00N

GLB

3W/1

75N

GLB

3W/1

50N

GLB

3W/1

25N

GLB

3W/1

00N

GLB

3W/7

5NG

LB3W

/50N

GLB

3W/2

5NG

LB3W

/0N

GLB

1W 2

50N

GLB

1W 2

25N

GLB

1W 2

00N

GLB

1W 1

75N

GLB

1W 1

50N

GLB

1W 1

25N

GLB

1W 1

00N

GLB

1W 0

75N

GLB

1W 0

50N

GLB

1W 0

25N

GLB

1W 0

00N

GLB

2E 3

75N

GLB

2E 3

50N

GLB

2E 3

25N

GLB

2E 3

00N

GLB

2E 2

75N

GLB

2E 2

50N

GLB

2E 2

25N

GLB

2E 2

00N

GLB

2E 1

75N

GLB

2E 1

50N

GLB

4E/5

50N

GLB

4E/5

25N

GLB

4E/5

00N

GLB

4E/4

75N

GLB

4E/4

50N

GLB

4E/4

25N

GLB

4E/4

00N

GLB

4E/3

75N

GLB

4E/3

50N

GLB

6E/6

00N

GLB

6E/5

75N

GLB

6E/5

50N

GLB

6E/5

25N

GLB

6E/5

00N

GLB

6E/4

75N

GLB

6E/4

50N

GLB

6E/4

25N

GLB

6E/4

00N

GLB

8E/7

00N

GLB

8E/6

75N

GLB

8E/6

50N

GLB

8E/6

25N

GLB

8E/6

00N

GLB

8E/5

75N

GLB

8E/5

50N

GLB

8E/5

25N

GLB

8E/5

00N

LG2W

225

NLG

2W 2

00N

LG2W

175

NLG

2W 1

25N

LG2W

100

NLG

2W 7

5NLG

2W 0

50N

LG2W

040

NLG

2W 0

25N

LG2W

000

N

LG1W

275

NLG

1W 2

50N

LG1W

225

NLG

1W 2

00N

LG1W

175

NLG

1W 1

50N

LG1W

125

NLG

1W 1

00N

LG1W

075

NLG

1W 0

50N

LG1W

025

NLG

1W 0

00N

LG0/

425N

LG0/

400N

LG0/

375N

LG0/

350N

LG0/

325N

LG0/

300N

LG0/

275N

LG0/

250N

LG0/

225N

LG0/

200N

LG0/

175N

LG0/

150N

LG0/

125N

LG0/

100N

LG1E

/525

NLG

1E/5

00N

LG1E

/475

NLG

1E/4

50N

LG1E

/425

NLG

1E/4

00N

LG1E

/375

NLG

1E/3

50N

LG1E

/325

NLG

1E/3

00N

LG1E

/275

NLG

1E/2

50N

LG1E

/225

NLG

1E/2

00N

LG1E

/175

NLG

1E/1

50N

LG1E

/125

NLG

1E/1

00N

LG7E

/500

NLG

7E/4

75N

LG7E

/450

NLG

7E/4

25N

LG7E

/400

NLG

7E/3

75N

LG7E

/350

NLG

7E/3

25N

LG7E

/300

NLG

7E/2

75N

LG7E

/250

NLG

7E/2

25N

LG7E

/200

N

LG8+

75E

/525

NLG

8+75

E/5

00N

LG8+

75E

/475

NLG

8+75

E/4

50N

LG8+

75E

/425

NLG

8+75

E/4

00N

LG8+

75E

/375

N

LG8+

87E

/500

N

LG9E

/500

NLG

9E/4

87N

LG9E

/475

NLG

9E/4

62N

LG9E

/450

NLG

9E/4

37N

LG9E

/425

NLG

9E/4

13N

LG9E

/400

NLG

9E/3

87N

LG9E

/500

NLG

9E/4

75N

LG9E

/450

NLG

9E/4

25N

LG9E

/400

NLG

9E/3

75N

LG9E

/350

NLG

9E/3

25N

LG9E

/300

NLG

9E/2

75N

LG9E

/250

NLG

9E/2

25N

LG9E

/200

N

LG9+

25E

/500

NLG

9+25

E/4

75N

LG9+

25E

/450

N

LG11

E/6

25N

LG11

E/6

00N

LG11

E/5

75N

LG11

E/5

50N

LG11

E/5

25N

BG

Response Ratio

Sample


U

Pb

Ni

Mo

Cu

Co

Bi

Ba

Au

As

Ag

Certificate of AnalysisWork Order: TO109427

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

To: Date: Mar 23, 2010

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

Terry Link-21Mar 17, 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 : TO109427 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

LG8+75E/375N <1 89 <10 <0.1 870 <1 110 1 165 48

LG8+75E/400N <1 71 <10 <0.1 2410 <1 100 2 61 71

LG8+75E/425N 4 >300 20 0.1 1120 1 20 18 120 16

LG8+75E/450N 5 >300 40 <0.1 1600 2 20 8 51 21

LG8+75E/475N 4 >300 20 <0.1 1410 <1 20 9 30 11

LG8+75E/500N 7 152 <10 <0.1 2880 <1 80 8 358 138

LG8+75E/525N 14 144 30 <0.1 3570 3 70 10 695 163

LG8+87E/500N 7 186 <10 <0.1 3370 1 20 16 222 185

LG9E/387N 3 75 <10 <0.1 1860 <1 120 <1 69 63

LG9E/400N 2 >300 <10 <0.1 1600 <1 20 9 42 19

LG9E/413N 7 139 <10 <0.1 730 <1 <10 7 63 38

LG9E/425N 8 167 <10 <0.1 5210 <1 50 7 393 99

LG9E/437N 7 125 <10 <0.1 5010 <1 60 18 294 95

LG9E/450N 36 136 <10 0.3 5500 <1 30 8 494 26

LG9E/462N 22 167 <10 <0.1 4010 <1 20 18 596 43

LG9E/475N 17 166 <10 0.5 3150 <1 20 16 330 138

LG9E/487N 11 >300 20 <0.1 4550 2 40 12 747 110

LG9E/500N 20 >300 <10 <0.1 1770 <1 20 11 62 83

LG9+25E/450N 5 >300 20 <0.1 3710 <1 <10 8 112 40

LG9+25E/475N 39 >300 <10 <0.1 1100 <1 10 13 122 43

LG9+25E/500N 7 >300 <10 <0.1 770 <1 <10 26 34 40

*Rep LG9E/413N 7 137 <10 <0.1 750 <1 <10 8 68 37

*Rep LG9E/450N 39 131 <10 0.5 5320 <1 30 7 593 22

*Std MMISRM18 17 24 10 9.0 180 <1 120 79 26 65

*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

LG8+75E/375N <100 1.6 300 14 7.8 4.7 45 2 18 <1

LG8+75E/400N <100 <0.5 100 8 4.5 2.7 73 3 10 <1

LG8+75E/425N 200 3.0 260 9 4.4 3.4 117 38 11 <1

LG8+75E/450N 200 3.1 220 6 3.3 2.0 191 79 7 <1

LG8+75E/475N <100 2.6 100 3 1.9 1.2 65 51 3 <1

LG8+75E/500N <100 4.4 330 39 17.0 17.2 59 9 63 <1

LG8+75E/525N 300 10.0 390 19 9.6 8.6 161 38 33 <1

LG8+87E/500N <100 15.3 940 33 18.4 10.2 149 14 37 <1

LG9E/387N <100 <0.5 60 6 3.2 2.7 76 3 10 <1

LG9E/400N <100 6.8 150 6 3.6 1.8 86 30 6 <1

LG9E/413N <100 11.6 240 12 6.6 2.9 69 12 10 <1

LG9E/425N <100 14.5 1120 34 15.3 13.8 138 12 50 <1

LG9E/437N <100 18.7 700 56 29.3 20.0 38 7 71 <1

LG9E/450N <100 9.5 440 76 31.1 29.6 17 6 108 <1

LG9E/462N <100 8.2 620 99 40.3 30.0 41 9 120 <1

LG9E/475N <100 12.2 1440 75 30.2 25.9 26 6 96 <1

LG9E/487N 200 18.6 520 44 19.6 21.8 117 28 77 <1

LG9E/500N <100 3.6 310 11 5.5 2.9 65 19 11 <1

LG9+25E/450N 100 4.1 290 6 3.5 2.4 182 25 8 <1

LG9+25E/475N <100 10.8 360 13 6.1 4.5 57 6 15 <1

LG9+25E/500N <100 7.2 220 8 4.1 1.9 53 10 7 <1

*Rep LG9E/413N <100 10.8 240 12 6.7 3.1 67 11 12 <1

*Rep LG9E/450N <100 11.5 510 87 35.1 34.3 14 6 133 <1

*Std MMISRM18 <100 5.3 720 3 1.3 1.2 3 <1 5 6

*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

LG8+75E/375N <0.5 1.9 88 <5 19 4990 8 <0.5 88 208

LG8+75E/400N <0.5 4.0 41 <5 16 23900 11 <0.5 47 172

LG8+75E/425N <0.5 7.2 65 <5 2 4370 6 8.9 54 207

LG8+75E/450N <0.5 9.3 28 5 3 1190 6 21.1 27 247

LG8+75E/475N <0.5 4.9 18 <5 2 1320 <5 8.3 14 292

LG8+75E/500N <0.5 3.5 276 <5 8 8500 7 1.5 303 218

LG8+75E/525N <0.5 5.2 125 <5 7 8310 22 23.7 168 190

LG8+87E/500N <0.5 6.7 159 <5 3 8920 14 5.3 178 238

LG9E/387N <0.5 1.3 52 <5 20 20400 7 <0.5 57 149

LG9E/400N <0.5 3.2 23 <5 2 510 <5 4.1 23 141

LG9E/413N <0.5 6.9 31 <5 <1 620 <5 1.6 39 195

LG9E/425N <0.5 5.7 246 <5 5 7190 9 3.9 260 164

LG9E/437N <0.5 4.9 212 <5 6 21400 8 0.5 299 295

LG9E/450N <0.5 3.1 332 <5 2 1300 <5 0.5 498 154

LG9E/462N <0.5 2.1 228 <5 3 380 <5 0.9 455 216

LG9E/475N <0.5 3.9 209 <5 2 5590 6 0.9 379 206

LG9E/487N <0.5 7.4 405 <5 3 4350 13 10.5 409 233

LG9E/500N <0.5 2.8 39 <5 2 270 <5 2.4 40 238

LG9+25E/450N <0.5 4.7 60 6 2 80 6 7.9 46 288

LG9+25E/475N <0.5 4.3 61 <5 <1 510 <5 1.3 66 181

LG9+25E/500N <0.5 6.7 18 <5 1 710 <5 1.4 23 223

*Rep LG9E/413N <0.5 6.5 32 <5 <1 560 <5 1.5 41 191

*Rep LG9E/450N <0.5 3.1 400 <5 2 1370 <5 <0.5 595 132

*Std MMISRM18 <0.5 16.8 9 <5 55 580 31 <0.5 18 499

*Blk BLANK <0.5 <0.1 1 <5 <1 50 <5 <0.5 1 9







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

LG8+75E/375N 0.3 40 <1 24 <1 18 <1 17 18 <1

LG8+75E/400N 0.5 110 <1 13 <1 26 <1 13 10 <1

LG8+75E/425N 3.4 340 <1 15 <1 59 <1 34 12 2

LG8+75E/450N 4.9 310 <1 7 <1 101 <1 37 6 6

LG8+75E/475N 3.6 300 <1 4 <1 58 <1 18 3 3

LG8+75E/500N 1.3 3140 <1 76 <1 40 <1 22 61 <1

LG8+75E/525N 2.6 1510 <1 40 <1 116 <1 31 34 4

LG8+87E/500N 3.7 2200 <1 44 <1 94 <1 49 38 <1

LG9E/387N 0.4 20 <1 15 <1 8 <1 7 10 <1

LG9E/400N 0.9 860 <1 6 <1 55 <1 22 5 <1

LG9E/413N 0.4 540 <1 9 <1 113 <1 36 10 <1

LG9E/425N 2.1 2290 <1 65 <1 87 <1 30 53 <1

LG9E/437N 0.9 3030 <1 71 <1 82 <1 51 69 <1

LG9E/450N 0.3 8950 <1 112 <1 84 <1 33 107 <1

LG9E/462N 0.8 10400 <1 96 <1 53 <1 20 104 <1

LG9E/475N 0.5 9280 <1 80 <1 88 <1 38 90 <1

LG9E/487N 4.0 2470 <1 106 <1 140 <1 36 80 2

LG9E/500N 1.3 270 <1 10 <1 59 <1 30 10 <1

LG9+25E/450N 2.7 530 <1 12 <1 65 <1 27 9 1

LG9+25E/475N 1.0 390 <1 16 <1 93 <1 25 15 <1

LG9+25E/500N 1.5 340 <1 5 <1 99 <1 20 6 <1

*Rep LG9E/413N 0.4 540 <1 10 <1 110 <1 34 10 <1

*Rep LG9E/450N 0.3 10100 <1 134 <1 96 <1 41 128 <1

*Std MMISRM18 0.8 210 12 4 5 141 <1 <5 5 <1

*Blk BLANK 0.2 <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

LG8+75E/375N 590 <1 3 <10 6.8 16 <0.5 51 <1 91

LG8+75E/400N 760 <1 2 <10 5.8 17 <0.5 68 <1 49

LG8+75E/425N 190 <1 2 <10 39.3 2720 <0.5 9 <1 42

LG8+75E/450N 270 1 1 <10 24.3 7260 <0.5 6 <1 30

LG8+75E/475N 300 <1 <1 <10 17.5 2520 <0.5 5 <1 18

LG8+75E/500N 520 <1 9 <10 36.6 358 <0.5 46 <1 212

LG8+75E/525N 630 1 4 <10 65.5 8340 0.6 22 <1 102

LG8+87E/500N 650 <1 6 <10 108 1350 <0.5 96 1 183

LG9E/387N 730 <1 1 <10 3.6 11 <0.5 50 <1 44

LG9E/400N 190 <1 1 <10 8.7 909 <0.5 4 <1 28

LG9E/413N 100 <1 2 <10 21.1 455 <0.5 8 <1 62

LG9E/425N 1070 <1 7 <10 92.5 1050 <0.5 71 <1 175

LG9E/437N 1390 <1 11 <10 89.6 114 0.6 139 <1 314

LG9E/450N 720 <1 16 <10 92.6 112 <0.5 98 <1 394

LG9E/462N 920 <1 20 <10 61.4 229 <0.5 71 <1 534

LG9E/475N 530 <1 15 <10 115 175 0.7 163 <1 337

LG9E/487N 500 <1 10 <10 104 3060 0.7 55 <1 223

LG9E/500N 400 <1 2 <10 18.2 979 <0.5 8 <1 57

LG9+25E/450N 550 <1 1 <10 51.1 1860 <0.5 12 <1 31

LG9+25E/475N 180 <1 3 <10 14.5 229 <0.5 7 <1 71

LG9+25E/500N 160 <1 1 <10 9.2 452 <0.5 4 <1 43

*Rep LG9E/413N 120 <1 2 <10 21.5 395 <0.5 8 <1 62

*Rep LG9E/450N 680 <1 18 <10 111 101 <0.5 130 <1 429

*Std MMISRM18 940 <1 <1 <10 19.8 10 <0.5 29 <1 18

*Blk BLANK 20 <1 <1 <10 <0.5 <3 <0.5 <1 <1 <5







YbMMI-M5

1ppb

ZnMMI-M5

20ppb

ZrMMI-M5

5ppb

LG8+75E/375N 6 350 <5

LG8+75E/400N 4 390 <5

LG8+75E/425N 4 2330 53

LG8+75E/450N 3 940 51

LG8+75E/475N 2 2030 34

LG8+75E/500N 11 90 16

LG8+75E/525N 8 640 73

LG8+87E/500N 13 460 55

LG9E/387N 3 110 <5

LG9E/400N 3 280 17

LG9E/413N 5 270 25

LG9E/425N 10 540 36

LG9E/437N 21 340 26

LG9E/450N 20 40 30

LG9E/462N 24 160 13

LG9E/475N 20 260 38

LG9E/487N 13 470 67

LG9E/500N 4 620 23

LG9+25E/450N 3 680 30

LG9+25E/475N 4 650 20

LG9+25E/500N 3 1290 16

*Rep LG9E/413N 5 280 25

*Rep LG9E/450N 24 40 34

*Std MMISRM18 <1 790 35

*Blk BLANK <1 <20 <5






4240377

4240380

LG9E

LG9+

25E

LG8+

75E

LG0

LG1W

GLB

2E

GLB

1W

LG11

E

LG7E

LG1E

LG0

GLB

8E

GLB

6E

GLB

4E

GLB

3W

GLB

5W

531000 m 532000 m 533000 m 534000 m

531000 m 532000 m 533000 m 534000 m

5318

000

m53

1900

0 m

5318

000

m53

1900

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANAu, Ag, Ba, Cu, Mo, Pb, U

MMI Soil Sampling 2005, 2006, 2008 andMarch 2010

Galer Lake Fault PropertyLarder Lake Mining Division

Ontario

UTM - 17NNAD 831:6000

March-28-10

MMIAu RR<22...55...1010...2020...50>50

Ag RR<22...55...1010...2020...50>50

Ba RR<22...55...1010...2020...50>50

Cu RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Mo RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Pb RR<22...55...1010...2020...50>50

U RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Alma Twp.

Cairo Twp.

Hol

mes

Tw

p.

Galer Lake Fault

Galer Lake Fault

1:6000

450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANAu, Ag, Ba, Cu, Mo, Pb, U

MMI Soil Sampling March, 2010Claim 4240380, Alma Twp.


Ontario

UTM - 17NNAD 831:1000

March-28-10

MMIAu RR<22...55...1010...2020...50>50

Ag RR<22...55...1010...2020...50>50

Ba RR<22...55...1010...2020...50>50

Cu RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Mo RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Pb RR<22...55...1010...2020...50>50

U RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Galer Lake Fault

1:1000

MMI Sample Area March 2010

450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANAu



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMIAu RR<22...55...1010...2020...50>50

Galer Lake Fault

1:1000


450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANAg



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMI

Ag RR<22...55...1010...2020...50>50

Galer Lake Fault

1:1000


450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANBa



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMI

Ba RR<22...55...1010...2020...50>50

Galer Lake Fault

1:1000


450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANCu



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMICu RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Galer Lake Fault

1:1000


450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANMo



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMIMo RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Galer Lake Fault

1:1000


450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANPb



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMIPb RR<22...55...1010...2020...50>50

Galer Lake Fault

1:1000


450N

475N

500N

387N

400N

413N

425N

437N

450N

462N

475N

487N

500N500N

375N

400N

425N

450N

475N

500N

525N

LG9E

LG9+

25E

LG8+

75E

LG11

E

LG7E

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

533700 m 533800 m 533900 m 534000 m 534100 m 534200 m 534300 m 534400 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

5318

600

m53

1870

0 m

5318

800

m53

1890

0 m

SAMPLE LOCATION AND RESPONSE RATIO PLANU



Ontario

UTM - 17NNAD 831:1000

March-28-10

MMIU RR<2.02.0...5.05.0...10.010.0...20.020.0...50.0>50.0

Galer Lake Fault

1:1000


Those wishing to stake mining claims should consult with the Provincial Mining Recorders' Office of the Ministry of Northern Development and Mines for additional information on the status of the lands shown hereon. This map is not intended for navigational, survey, or land title determination purposes as the information shown on this map is compiled from various sources. Completeness and accuracy are not guaranteed. Additional information may also be obtained through the local Land Titles or Registry Office, or the Ministry of Natural Resources. The information shown is derived from digital data available in the Provincial Mining Recorders' Office at the time of downloading from the Ministry of Northern Development and Mines web site.

Contact Information:Provincial Mining Recorders' OfficeWillet Green Miller Centre 933 Ramsey Lake RoadSudbury ON P3E 6B5Home Page: www.mndm.gov.on.ca/MNDM/MINES/LANDS/mlsmnpge.htm

Toll FreeTel: 1 (888) 415-9845 ext 5742Fax: 1 (877) 670-1444

This map may not show unregistered land tenure and interests in land including certain patents, leases, easements, right of ways, flooding rights, licences, or other forms of disposition of rights and interest from the Crown. Also certain land tenure and land uses that restrict or prohibit free entry to stake mining claims may not be illustrated.

General Information and LimitationsMap Datum: NAD 83Projection: UTM (6 degree)Topographic Data Source: Land Information OntarioMining Land Tenure Source: Provincial Mining Recorders' Office

MINISTRY OF NORTHERN DEVELOPMENT AND MINESPROVINCIAL MINING RECORDER'S OFFICE

Mining Land TenureMap

Date / Time of Issue: Sun Mar 28 21:50:03 EST 2010

TOWNSHIP / AREAALMA

PLANM-0202

ADMINISTRATIVE DISTRICTS / DIVISIONS

Mining Division Larder Lake

Land Titles/Registry Division TIMISKAMING

Ministry of Natural Resources District KIRKLAND LAKE

700m 0m 2.1km

Scale 1:40000

LAND TENURE WITHDRAWAL DESCRIPTIONS (list may not be complete)Identifier Type Date Description

4061 Wsm Jan 1, 2001 400 FEET SURFACE RIGHTS RESERVATION AROUND ALL LAKES & RIVERS4155 Ws Aug 13, 1987 SURFACE RIGHTS WITHDRAWN FROM STAKING, SECTION 31(B) AUGUST

13,1987.

report on mobile metal ions soil geochemical survey · 2017. 1. 16. · cairo twps by inco ltd. ......

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