Mobile Metal Ions Soil Geochemical Survey Kincaid Fault 2008

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1 Report Mobile Metal Ions Soil Geochemical Survey Kincaid Fault 2008 Kincaid Fault Property Alma and Holmes Townships Larder Lake Mining Division Ontario Terry Link July 27, 2009

2 Kincaid Fault MMI Survey 2008 i Summary A soil survey was completed over a part of the Kincaid Fault Property in Alma and Holmes Townships during the fall of Sixty eight soil samples were collected over 7 transects along the Kincaid Fault. The samples were analysed for 46 elements by SGS Canada Inc. Minerals Services using the Mobile Metal Ions Technology. The area bedrock is prospective for gold ± copper/uranium/molybdenum deposits and is mostly unexplored due to extensive overburden cover. The soil survey was designed as a follow up to MMI surveys completed in 2005 and The objective was to outline geochemical signatures in soils overlying possible sub cropping metal deposits. Low to high contrast 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, stripping and drilling is implemented.

3 Kincaid Fault MMI Survey 2008 ii Table of Contents Summary...i Introduction...1 Property...1 Location and Access...1 Exploration History...2 Geology...3 Regional Geology...3 Property Geology...4 Current Work...4 MMI Soil Geochemical Survey...4 Data Treatment and Presentation...5 Results...6 Conclusions and Recommendations...7 References...7 Certificate of Qualifications...9 Illustration Index Figure 1: Claims...1 Figure 2: Location Map...2 Figure 3: Geology...4 Appendices Appendix A Tables Kincaid Sample Locations Charts 8 charts response ratios 7 charts raw data Assay Certificate SGS Certificate of Analysis Work Order: TO Maps Sample Location and Response Ratio Plan Silver 1:5 000 Sample Location and Response Ratio Plan Gold 1:5 000 Sample Location and Response Ratio Plan Barium 1:5 000 Sample Location and Response Ratio Plan Copper 1:5 000 Sample Location and Response Ratio Plan Lead 1:5 000 Sample Location and Response Ratio Plan Molybdenum 1:5 000 Sample Location and Response Ratio Plan Uranium 1:5 000 Claim Map scale: 1:30 000

Kincaid Fault MMI Survey 2008 1 Introduction soil sampling and analysis were completed during the fall of 2008 with sixty eight samples collected along 7 transects on four claims in Alma and Holmes

4 Kincaid Fault MMI Survey Introduction soil sampling and analysis were completed during the fall of 2008 with sixty eight samples collected along 7 transects on four claims in Alma and Holmes Twps., 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 orebodies using the MMI technology in a geological setting favourable for Au, Cu, Mo, U mineral deposits. Property The property is a group of 6 claims comprised of 42 units and with an area of 678 hectares and referred to as the Kincaid Fault Property. The claim #'s are: , , , , , and Figure 1: Claims Location and Access The property is located in eastern Alma Twp.and western Holmes Twp., 14 kilometres NNE of the village of Matachewan, in the Larder Lake Mining Division of Ontario.

5 Kincaid Fault MMI Survey Access to the property is by truck from Hwy 66 northward along the Separation Lake access road and then westward across the property. The work areas are reached by ATV and by foot along old logging roads and trails. Figure 2: Location Map Exploration History 1930: Gold was discovered on the east part of claim ; visible gold occurs in quartz and is known as the Chief showing. 1956: G.S.C. Aeromagnetic Map covering Alma Twp was published. 1965: McIntyre Porcupine Mines completed line cutting, a mag. survey and one drill hole into a mag. high in the NE corner of claim File # KL : Canadian Johns-Manville Co. Limited mapped part of claim A biogeochemical survey was completed and anomalous areas of Mo, Cu, Pb, Zn were outlined. File # KL : Sylva Explorations Ltd. completed a magnetometer, horizontal loop E.M, self potential, and VLF-EM surveys over 2 claims which is now the east part claim A 100 foot hole was drilled to test the Chief gold showing. File # KL : Northclaim Resources Inc. completed limited stripping and drilled two holes(307 ft) numbered J 81-1 and J 81-2 on the west part of claim

6 Kincaid Fault MMI Survey Gold intersections of 0.26opt(1.5 ft.) and 0.09opt(8 ft) were reported in the drilling. Northclaim Resources became part of Jilbey Industries Ltd. File # KL : Jilbey Industries Ltd. completed line cutting. mag., VLF, Max Min geophysical surveys, stripping, and 8 drill holes. Gold assays were reported for only 1 hole and averaged 0.14 opt Au over 9 feet. Most of the drilling was done on the west half of claim File # KL : Cunningham prospected and sampled part of claim Values to l gm/gold/ton. 1996: Mechanical stripping by Cunningham. Values to l gm/gold/ton. File # KL : Line cutting, prospecting, mapping and stripping by Cunningham. Values to l gm/gold/ton. File #'s KL-4385, KL-4573, KL-4617, KL-4751, KL : Sharpley and Link sampled outcrop on the west side of claim at outcrop C with gold assays to 857 ppb. 2005: Sharpley and Link completed MMI soil sampling along transects LK100E and LK200E at the west side of and east side of Low to medium contrast anomalies were outlined. 2006: Sharpley and Link completed MMI soil sampling along transects LK18E, LK4E, LK2E, LK0W, LK1W, LK2W, and LK5W on claims and Low to high contrast anomalies were outlined. 2006: Sharpley and Link completed power stripping on claims and Geology Regional Geology The Matachewan area is composed of Archean metavolcanic, metasedimentary and intrusive rocks which are part of the Abitibi Greenstone Belt. The Alma and Holmes Township area is underlain by tholeiitic flows of the Kinojevis group and calc-alkaline flows and pyroclastic rocks of the Blake River Group. Archean sedimentary rocks unconformibly overlie the volcanic rocks. This volcanosedimentary assemblage is intruded by Archean mafic sills, dikes and felsic intrusions. Proterozoic sedimentary rocks of the Huronian Group unconformibly overlie the Archean rocks. Numerous north-south faults cut across the region and many have been intruded by diabase dikes. The Kincaid Fault, a major fault zone, trends west and south-west across the property and may be a splay from the Larder Lake Break.

Kincaid Fault MMI Survey 2008 4 Figure 3: Geology Property Geology The property is at the north contact of the Cairo syenite stock.

7 Kincaid Fault MMI Survey Figure 3: Geology Property Geology The property is at the north contact of the Cairo syenite stock. The claims are underlain by Cairo syenite and Kinojevis mafic volcanics. The volcanics contain narrow interflow sediments as wacke, chert and iron formation. A number of north striking diabase dikes form prominent ridges across the property. Glacial till covers most of the property and is thought to be generally less than 10 metres thick. Alteration (carbonatization, albitization) and pyritization in shears and fracturing has been mapped in a westerly direction across the property and is associated with the westerly extension of the Kincaid Fault which is a splay fault off the Larder Lake Break. A few occurrences of gold, copper and molybdenum have been documented. Current Work MMI Soil Geochemical Survey The soil samples were collected along lines LK2W, LK0W, LK2E, LK3E, LK9E, LK23E, and LK25E from September 20 to 22, 2008 by Andrew George and Mike Gauthier of Matachewan. The lines were laid out N-S by compass and measured by chain with 25 metre stations flagged with ribbon and marked with line and station coordinates. The location of each line was referenced to the UTM grid by

8 Kincaid Fault MMI Survey Garmin GPS. The soil samples were collected at the 25m stations with the sample assay numbers being the same as the station coordinates. The sample locations are shown on the Sample Location Maps in Appendix A. A total of 68 soil samples weighing 400 to 800 grams per sample were collected using a dutch auger at a depth between 20 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 Minerals for analysis on Oct. 3, Sample descriptions including location, depth and soil type are presented 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. The samples collected were analyzed by SGS Minerals for 46 elements using the MMI-M package. The elements reported are: Ag, Al, As, Au, Ba, Bi, Ca, Cd, Ce, Co, Cr, Cu, Dy, Er, Eu, Fe, Gd, La, Li, Mg, Mo, Nb, Nd, Ni, 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 Minerals certificate of analysis work order TO in Appendix A. Data Treatment and Presentation Data treatment and presentation follows the methods recommended 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 transects covered in this report. Raw data background values were calculated for selected elements and are as follows: Table 1: Raw data background Element Ag As Au Ba Bi Co Cu Mo Ni Pb U Raw data background 1.29 ppb 5.0 ppb 0.05 ppb 377 ppb 0.5 ppb 22.3 ppb 137 ppb 2.5 ppb 59.1 ppb 214 ppb 4.53 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. The RR background is always 1.

9 Kincaid Fault MMI Survey Results Results for selected elements are shown in table 2 below, and are also graphically depicted as charts and plan maps in Appendix A. All results are shown in assay certificate TO For the purpose of interpretation of results the following rating system is used based on other MMI studies and surveys primarily gold 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 response 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: Response Ratios Sample # Ag As Au Ba Bi Co Cu Mo Ni Pb U LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/

10 Kincaid Fault MMI Survey Sample # Ag As Au Ba Bi Co Cu Mo Ni Pb U LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/300N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N Conclusions and Recommendations The low to high contrast Ag, Au, Ba, Bi, Co, Cu, Mo, Pb and U anomalies suggest underlying bedrock metal enrichment. MMI soil sampling should be completed over the entire property, followed by IP surveying and diamond drilling. References Berger, B.R., Pigeon, L. and Leblanc, G Precambrian geology, Highway 66 area, Swastika to Matachewan; Ontario Geological Survey, Map 2677, scale 1: Cunningham, L.J., Geological Report; East and Central Parts, Cunningham Property; Alma Township, Matachewan area, Larder Lake Mining Division, Ontario Fedikow, M.A Aqua regia, Mobile Metal Ions and Enzyme Leach SM soil geochemical survey results from the Timmins area: Discover Abitibi Initiative; Ontario Geological Survey, Open File Report 6179, 22p.

11 Kincaid Fault MMI Survey Lovell, H.L., Geology of the Matachewan Area; Ontario Department of Mines, Geological Report 51, 61 p., accompanied by Maps 2109 and "= ½ mile MMI Technology, Improving Anomaly Resolution, Technical Bulletin TB03 MMI Technology, MMI-M, A Multi-element Partial Extractant for Mineral Exploration; Technical Bulletin TB15 Ontario Geological Survey Airborne magnetic and electromagnetic surveys, Kirkland Lake area; Ontario Geological Survey, Map , scale 1: SGS Minerals, Sampling for MMI in Boreal Zones Sharpley, F.J Exploration report on MMI soil geochemical surveys, Galer Lake Property; Kirkland Lake-Matachewan area, Alma and Cairo townships, Larder Lake Mining Division, Ontario Link, T.A Report on Mobile Metal Ions Soil Geochemical Survey, LK100E, LK200E, Kincaid Fault Property; Alma Township, Larder Lake Mining Division, Ontario Link, T.A Report on Mobile Metal Ions Soil Geochemical Survey, LK1W, LK2E, LK4E, LK18E, Kincaid Fault Property; Alma Township, Larder Lake Mining Division, Ontario Link, T.A Report on Mobile Metal Ions Soil Geochemical Survey, LK0W, LK2W, LK5W, Kincaid Fault Property; Alma Township, Larder Lake Mining Division, Ontario.

12 Kincaid Fault MMI Survey Certificate of Qualifications I, Terry Arnold Link of the Town of Kirkland Lake, Province of Ontario, do hereby certify: 1) That I am an independent prospector and exploration contractor and reside at 13 Government Road West, Apartment # 9, P.O. Box 561, Kirkland Lake, Ontario, P2N 3J5. 2) That 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) That I have worked in the field of mineral exploration as an independent prospector and exploration contractor over the past 15 years and prior to 1993 prospected part time over a period of 15 years. 4) That I wrote the report. 5) That I have a financial interest in the Kincaid Fault Property in Alma and Holmes Townships, Ontario. Dated at Kirkland Lake, Ontario July 27, 2009 Terry A. Link

13 Kincaid Fault MMI Survey 2008 Appendix A Tables Kincaid Sample Locations Charts 8 charts response ratios 7 charts raw data Assay Certificate SGS Certificate of Analysis Work Order: TO Maps Sample Location and Response Ratio Plan Silver 1:5 000 Sample Location and Response Ratio Plan Gold 1:5 000 Sample Location and Response Ratio Plan Barium 1:5 000 Sample Location and Response Ratio Plan Copper 1:5 000 Sample Location and Response Ratio Plan Lead 1:5 000 Sample Location and Response Ratio Plan Molybdenum 1:5 000 Sample Location and Response Ratio Plan Uranium 1:5 000 Claim Map scale: 1:30 000

14 Kincaid Sample Locations Page 1 of 2 UTM Zone 17 Nad 83 Sample Sample # Line Station Easting Northing Soil Type Depth (cm) LK2W/ LK2W black muck 25 LK2W/ LK2W brown sand 25 LK2W/ LK2W black muck 25 LK2W/ LK2W brown sand 25 LK0W/ LK0W brown sand 25 LK0W/ LK0W brown sand 25 LK0W/ LK0W brown sand 25 LK0W/ LK0W brown sand 25 LK2E/325S LK2E 325S brown sand 25 LK2E/350S LK2E 350S brown sand 25 LK2E/375S LK2E 375S brown sand 25 LK2E/400S LK2E 400S brown sand 25 LK2E/425S LK2E 425S brown sand 25 LK2E/450S LK2E 450S brown sand 25 LK2E/475S LK2E 475S black muck 25 LK2E/500S LK2E 500S brown sand 25 LK2E/ LK2E brown sand 25 LK2E/ LK2E brown sand 25 LK2E/ LK2E brown sand 25 LK2E/ LK2E brown sand 25 LK3E/250S LK3E 250S dark brown sand 25 LK3E/275S LK3E 275S brown sand 25 LK3E/300S LK3E 300S black muck 25 LK3E/325S LK3E 325S brown sand 25 LK3E/350S LK3E 350S brown sand 25 LK3E/375S LK3E 375S brown sand 25 LK3E/400S LK3E 400S brown sand 25 LK3E/425S LK3E 425S brown sand 25 LK3E/450S LK3E 450S brown sand 25 LK3E/475S LK3E 475S brown sand 25 LK3E/500S LK3E 500S brown sand 25 LK3E/ LK3E brown sand 25 LK3E/ LK3E brown sand 25 LK3E/ LK3E brown sand 25 LK3E/ LK3E brown sand 25 LK9E/25N LK9E 25N brown sand 25 LK9E/0N LK9E 0N brown sand 25 LK9E/25S LK9E 25S brown sand 25 LK9E/50S LK9E 50S brown sand 25 LK9E/75S LK9E 75S brown sand 25 LK9E/100S LK9E 100S dark brown sand 30 LK9E/125S LK9E 125S brown sand 25 LK9E/150S LK9E 150S brown sand 25 LK9E/175S LK9E 175S brown sand 25 LK9E/200S LK9E 200S brown sand 25 LK9E/225S LK9E 225S brown sand 25 LK9E/250S LK9E 250S brown sand 25

15 Kincaid Sample Locations Page 2 of 2 Sample # Line Station Easting Northing Soil Type Depth (cm) LK9E/275S LK9E 275S brown sand 25 LK23E/525N LK23E 525N black muck 30 LK23E/500N LK23E 500N black muck 30 LK23E/475N LK23E 475N black muck 30 LK23E/450N LK23E 450N brown sand 25 LK23E/425N LK23E 425N brown sand 25 LK23E/400N LK23E 400N brown sand 25 LK23E/375N LK23E 375N brown sand 25 LK23E/350N LK23E 350N brown sand 25 LK23E/325N LK23E 325N brown sand 25 LK23E/300N LK23E 300N brown sand 25 LK25E/525N LK25E 525N brown sand 25 LK25E/500N LK25E 500N brown sand 25 LK25E/475N LK25E 475N black muck 35 LK25E/450N LK25E 450N black muck 35 LK25E/425N LK25E 425N black muck 35 LK25E/400N LK25E 400N brown sand 25 LK25E/375N LK25E 375N brown sand 25 LK25E/350N LK25E 350N black soil 25 LK25E/325N LK25E 325N brown sand 30 LK25E/300N LK25E 300N brown sand 25

16 Kincaid Fault Property 2008 MMI LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Response Ratio Station Kincaid MMI 2008 U Pb Ni Mo Cu Co Bi Ba Au As Ag

17 Kincaid Fault Property LK2W MMI Response Ratio Chart U Response Ratio is 121 LK2W MMI 2008 Ag As Au Ba Bi Co Cu Mo Ni Pb U 60 Response Ratio LK2W/ LK2W/ LK2W/ LK2W/ Station

18 Kincaid Fault Property LK0W MMI Response Ratio Chart 90 LK0W MMI Ag As Au Ba Bi Co Cu Mo Ni Pb U Response Ratio LK0W/ LK0W/ LK0W/ LK0W/ Station

19 Kincaid Fault Property LK2E MMI Response Ratio Chart 90 LK2E MMI Ag As Au Ba Bi Co Cu Mo Ni Pb U Response Ratio LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ Station

20 Kincaid Fault Property LK3E MMI Response Ratio Chart 90 LK3E MMI Ag As Au Ba Bi Co Cu Mo Ni Pb U Response Ratio LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ Station

21 Kincaid Fault Property LK9E MMI Response Ratio Chart 90 LK9E MMI Ag As Au Ba Bi Co Cu Mo Ni Pb U Response Ratio LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S Station

22 Kincaid Fault Property LK23E MMI Response Ratio Chart 90 LK23E MMI Ag As Au Ba Bi Co Cu Mo Ni Pb U Response Ratio LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N Station

23 Kincaid Fault Property LK25E MMI Response Ratio Chart 90 LK25E MMI Ag As Au Ba Bi Co Cu Mo Ni Pb U Response Ratio LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N Station

24 Kincaid Fault Property Au Raw MMI Data Chart 0.8 Au Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

25 Kincaid Fault Property Ag Raw MMI Data Chart 25 Ag 20 Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

26 Kincaid Fault Property Ba Raw MMI Data Chart 6000 Ba Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

27 Kincaid Fault Property Cu Raw MMI Data Chart 3500 Cu Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

28 Kincaid Fault Property Mo Raw MMI Data Chart 90 Mo Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

29 Kincaid Fault Property Pb Raw MMI Data Chart 9000 Pb Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

30 Kincaid Fault Property U Raw MMI Data Chart 600 U Raw Data PPB LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N LK23E/500N LK23E/475N LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N BG Sample

31 Acknowledgement of Analytical Request Work Order: TO SGS Canada Inc. Minerals Services 1885 Leslie Street Toronto ON M3B 2M3 To: Seal River Exploration Ltd. P.O.Box 433 KIRKLAND LAKE ON P2N 3J1 Date: Oct 17, 2008 P.O. No. Project No. No. Of Samples Date Submitted : : DEFAULT : 68 : Oct 03, 2008 : Pages 1 to 1 We received a shipment via Purolator Waybill Number: Distribution of unused material: Discard after 90 days: 68 Soils Estimated Date of Completion: Monday, November 3, 2008 Analytical request: Code Description Samples MMI-M5 Mobile Metal Ions Process,Multi-element leach 68 We thank you for your order, Operations Manager SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) f(416) Member of the SGS Group (Société Générale de Surveillance)

32 TO / 8 ANALYTE Ag Al As Au Ba Bi Ca Cd Ce Co Cr Cu METHOD MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 DETECTION UNITS PPB PPM PPB PPB PPB PPB PPM PPB PPB PPB PPB PPB LK2W/ < < DUP-LK2W/ < < LK2W/ 4 >300 <10 < < < LK2W/ <10 < < < LK2W/ 4 > < < LK0W/ <10 < < LK0W/ 23 >300 < < < LK0W/ 9 >300 <10 < < LK0W/ < < LK2E/325S 3 > < LK2E/350S 7 >300 <10 < <1 < < LK2E/375S < LK2E/400S 4 > < < LK2E/425S 14 >300 < < DUP-LK2E/425S 12 >300 <10 < < LK2E/450S < < LK2E/475S <1 194 <10 < < LK2E/500S 5 >300 <10 < <1 < < LK2E/ 9 >300 <10 < < LK2E/ < < LK2E/ <10 < <1 < < LK2E/ <10 < <1 < < LK3E/250S 8 >300 < < < LK3E/275S 6 > LK3E/300S <10 < < LK3E/325S < < LK3E/350S < DUP-LK3E/350S < < LK3E/375S < LK3E/400S 2 > < < LK3E/425S LK3E/450S 14 > LK3E/475S 5 >300 <10 < < < LK3E/500S 2 >300 < < LK3E/ LK3E/ <10 < < < LK3E/ < < LK3E/ 11 >300 <10 < < < LK9E/25N <10 < < < LK9E/0N <10 < < < DUP-LK9E/0N <10 < < LK9E/25S < < LK9E/50S < <1 < < LK9E/75S < LK9E/100S 3 > LK9E/125S < < LK9E/150S < < LK9E/175S <10 < <1 < < LK9E/200S <10 < < LK9E/225S < < < LK9E/250S LK9E/275S 9 >300 <10 < <1 < < LK23E/525N <1 78 <10 < < < DUP-LK23E/525N <1 87 <10 < < < LK23E/500N <1 81 <10 < < < LK23E/475N <1 128 <10 < < <

33 TO / 8 ANALYTE Ag Al As Au Ba Bi Ca Cd Ce Co Cr Cu METHOD MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 DETECTION UNITS PPB PPM PPB PPB PPB PPB PPM PPB PPB PPB PPB PPB LK23E/450N 7 77 <10 < < < LK23E/425N < LK23E/400N < < LK23E/375N < < < LK23E/350N < < < LK23E/325N < < LK23E/300N < < LK25E/525N < LK25E/500N < < LK25E/475N <1 80 <10 < < < DUP-LK25E/475N <1 80 <10 < < LK25E/450N <1 106 <10 < < < LK25E/425N <1 104 <10 < < < LK25E/400N < < LK25E/375N < < LK25E/350N <10 < < < LK25E/325N < < LK25E/300N < < < MMISRM < < < MMISRM < < BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 <100 <10 BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 <100 <10

34 TO / 8 ANALYTE METHOD DETECTION UNITS LK2W/ DUP-LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S DUP-LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S DUP-LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N DUP-LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N DUP-LK23E/525N LK23E/500N LK23E/475N Dy Er Eu Fe Gd La Li Mg Mo Nb Nd Ni MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M PPB PPB PPB PPM PPB PPB PPB PPM PPB PPB PPB PPB <5 9 < <5 9 <5 < <5 <1 < <5 30 <5 < <5 3 < <5 5 < <5 1 < <5 4 < <5 4 < <5 < <5 <1 < < <5 < < < <5 7 < <5 3 < <5 1 < <5 2 < < <5 <1 < <5 <1 < <5 2 < < < < < < < <5 1 < < <5 3 < <5 3 < <5 2 < < <5 1 < < < < < < < <5 5 < <5 3 < <5 <1 < <5 6 < <5 4 < <5 <1 < < < < < < < < <

35 TO / 8 ANALYTE METHOD DETECTION UNITS LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N DUP-LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N MMISRM16 MMISRM16 BLANK BLANK Dy Er Eu Fe Gd La Li Mg Mo Nb Nd Ni MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M PPB PPB PPB PPM PPB PPB PPB PPM PPB PPB PPB PPB < <5 3 < < < < < <5 7 < < <5 42 <5 < <5 41 <5 < < < < < < <5 14 < < <5 <1 8 < < < < <1 <0.5 <0.5 <1 <1 <1 <5 <1 <5 <0.5 <1 <5 <1 <0.5 <0.5 <1 <1 <1 <5 <1 <5 <0.5 <1 <5

36 TO / 8 ANALYTE METHOD DETECTION UNITS LK2W/ DUP-LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S DUP-LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S DUP-LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N DUP-LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N DUP-LK23E/525N LK23E/500N LK23E/475N Pb Pd Pr Pt Rb Sb Sc Sm Sn Sr Ta Tb MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB 5950 <1 247 <1 49 < <1 470 < <1 232 <1 44 < <1 460 < <1 71 <1 58 < <1 70 < <1 32 <1 80 < <1 510 < <1 13 <1 102 < <1 38 <1 74 < < <1 20 <1 106 < <1 70 < <1 6 <1 172 < < <1 5 < < <1 48 <1 28 < <1 110 < <1 12 <1 36 < <1 60 < <1 32 < < <1 91 <1 47 < < <1 65 <1 76 < <1 110 < <1 59 <1 79 < <1 130 < <1 47 <1 37 < < <1 17 <1 85 < <1 240 < <1 4 <1 41 < <1 90 <1 <1 500 <1 19 <1 127 < <1 120 < <1 16 <1 58 < < <1 13 <1 55 < <1 40 < <1 4 <1 39 < <1 90 < <1 30 <1 18 < <1 140 < <1 23 <1 51 < < <1 7 < <1 320 < <1 70 < < < <1 70 < < <1 78 < < <1 8 <1 6 < < <1 4 <1 99 < <1 <1 740 <1 34 <1 21 < <1 16 < < <1 10 <1 134 < <1 210 < <1 100 <1 40 < < <1 45 <1 97 < <1 10 <1 89 < <1 270 < <1 9 <1 180 < <1 7 <1 128 < < <1 17 <1 139 < < <1 14 <1 147 < < <1 17 <1 157 < <1 23 <1 165 < < <1 10 <1 52 < <1 60 < <1 36 <1 35 < <1 38 <1 49 < <1 6 <1 33 < < <1 7 <1 114 < < <1 17 <1 107 < <1 40 < <1 9 <1 140 < < <1 5 <1 152 < <1 140 < <1 14 < <1 18 <1 84 < < <1 4 < <1 830 < <1 6 < <1 890 < <1 2 < < <1 <1 300 <1 8 <1 21 < < <1 4

37 TO / 8 ANALYTE METHOD DETECTION UNITS LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N DUP-LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N MMISRM16 MMISRM16 BLANK BLANK Pb Pd Pr Pt Rb Sb Sc Sm Sn Sr Ta Tb MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB 550 <1 25 <1 49 < < < <1 10 <1 98 < <1 4 <1 37 < < <1 7 < <1 17 < <1 180 < <1 13 <1 63 < < <1 6 <1 118 < < <1 7 <1 85 < <1 360 <1 12 <1 36 < <1 13 <1 15 < <1 670 < <1 11 <1 17 < <1 670 < <1 7 <1 5 < < < <1 16 <1 6 < < < <1 51 <1 46 < <1 60 <1 88 < <1 82 <1 71 < <1 910 < <1 69 <1 104 < < < <1 85 <1 62 < <1 30 < <1 301 < <1 480 <1 < <1 320 < <1 510 <1 <1 <10 <1 <1 <1 <5 <1 <5 <1 <1 <10 <1 <1 <10 <1 <1 <1 <5 <1 <5 <1 <1 <10 <1 <1

38 TO / 8 ANALYTE METHOD DETECTION UNITS LK2W/ DUP-LK2W/ LK2W/ LK2W/ LK2W/ LK0W/ LK0W/ LK0W/ LK0W/ LK2E/325S LK2E/350S LK2E/375S LK2E/400S LK2E/425S DUP-LK2E/425S LK2E/450S LK2E/475S LK2E/500S LK2E/ LK2E/ LK2E/ LK2E/ LK3E/250S LK3E/275S LK3E/300S LK3E/325S LK3E/350S DUP-LK3E/350S LK3E/375S LK3E/400S LK3E/425S LK3E/450S LK3E/475S LK3E/500S LK3E/ LK3E/ LK3E/ LK3E/ LK9E/25N LK9E/0N DUP-LK9E/0N LK9E/25S LK9E/50S LK9E/75S LK9E/100S LK9E/125S LK9E/150S LK9E/175S LK9E/200S LK9E/225S LK9E/250S LK9E/275S LK23E/525N DUP-LK23E/525N LK23E/500N LK23E/475N Te Th Ti Tl U W Y Yb Zn Zr MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB < < < < < < < < < <0.5 7 < < <0.5 5 < < < < < < < < < <0.5 4 < < < < < < < < < < < <5 < <0.5 4 < < < < < < < <0.5 3 < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < <0.5 5 < < < < < < < < < < < < < < < <5 < < < <5 < < <5 < < <5

39 TO / 8 ANALYTE METHOD DETECTION UNITS LK23E/450N LK23E/425N LK23E/400N LK23E/375N LK23E/350N LK23E/325N LK23E/300N LK25E/525N LK25E/500N LK25E/475N DUP-LK25E/475N LK25E/450N LK25E/425N LK25E/400N LK25E/375N LK25E/350N LK25E/325N LK25E/300N MMISRM16 MMISRM16 BLANK BLANK Te Th Ti Tl U W Y Yb Zn Zr MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB < < < < < < < < < < <0.5 4 < < < < < < <0.5 6 < < <3 < < <5 <10 8 <3 < < <5 <10 8 <3 < < <5 < <3 < < <5 < < < < < < < < < < <10 27 <3 < <1 11 < < < < <10 <0.5 <3 <0.5 <1 <1 <5 <1 <20 <5 <10 <0.5 <3 <0.5 <1 <1 <5 <1 <20 <5

40 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E Au RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

41 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E Ag RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

42 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E Ba RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

43 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E Cu RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

44 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E Mo RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

45 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E Pb RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

532000 m 533000 m 534000 m 535000 m N 5320000 m 5321000 m 5322000 m LK5W LK2W LK1W LK0W 0 800 m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S

46 m m m m N m m m LK5W LK2W LK1W LK0W m LK1E LK2E 325S 350S 375S 400S 425S 450S 475S 500S LK3E 250S 275S 300S 325S 450S 475S 500S 350S 375S 400S 425S LK4E LK9E J N 0N 25S 50S 75S 100S 125S 150S 175S 200S 225S 250S 275S J J88-2 SAMPLE LOCATION AND RESPONSE RATIO(RR) PLAN MMI Soil Sampling 2005, 2006 and 2008 Kincaid Fault Property Larder Lake Mining Division Ontario J88-4 UTM - 17N NAD 83 1:5000 July LK18E U RR < >50 Kincaid Fault Alma Twp. Holmes Twp. LK23E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N LK25E 525N 500N 475N 450N 425N 400N 375N 350N 325N 300N m m m m m m m

531000 m 532000 m 533000 m 534000 m 535000 m 536000 m 537000 m N 5319000 m 5320000 m 5321000 m 5322000 m Alma Twp Holmes Twp 5319000 m 5320000 m 5321000 m 5322000 m 531000 m

47 m m m m m m m N m m m m Alma Twp Holmes Twp m m m m m m m m m m m 1: m UTM Zone 17 Nad 83 July CLAIM MAP Kincaid Fault Property Alma and Holmes Twps Larder Lake Mining Division

First Results Prospector Drilling Program

First Results Prospector Drilling Program 24 June 2008 Manager Company Announcements Company Announcements Office Australian Stock Exchange Limited Level 10, 20 Bond Street SYDNEY NSW 2000 ABN 42 082 593 235 Electronic delivery No of pages: 10