GM 61270 ASSESSMENT REPORT ON DIAMOND DRILL TESTING OF KIMBERLITE TARGETS ASSESSMENT REPORT ON DIAMOND DRILL TESTING OF KIMBERLITE TARGETS

Cantons de Nedelec, Baby, Guerin, and Guigues

UTM Zone 17 - NAD 83 Projection 5283300N to 55266000N UTM 611230E to 629000E UTM

RESSOURCES NATURELLES •SECTEUR MINES REÇU 1 9 Mk, 2004 i BUWFAIJ RÉGIONAL 'I ROUYN-NORANDA

PREPARED BY:

Andrew Tims, P.Geo. Northern Mineral Exploration Services.

For Tres-Or Resources Ltd.

April 18, 2004 MRNFP-GÉOINFORMATION 2004

GM 61270 ,~ , C~. p ~ I ~I L~ SUMMARY

Tres-Or Resources Ltd. ("Tres-Or") is exploring for diamonds in a large block of contiguous claims covering parts of 4 townships in the Notre Dame du Nord area of Quebec. The claims are located 12 km Sast of known kimberlites of the New Liskeard kimberlite field, in an area highlighted by recent government surveys as favourable for diamond-bearing kimberlites. The property itself hosts three known kimberlite pipes discovered by previous workers. A first pass drill program of 13 holes totaling 2 000 m intersected new kimberlite bodies in two separate locations. The immediate area about the newly discovered kimberlitic bodies holds high potential for the discovery of additional kimberlite phases.

2 TABLE OF CONTENTS

SUMMARY 2 TABLE OF CONTENTS 3 LIST OF FIGURES 4 LIST OF TABLES 4 LIST OF APPENDICES 4 INTRODUCTION 5 PREVIOUS WORK 17 DRILL PROGRAM SUMMARY 17 REGIONAL GEOLOGY 19 PROPERTY GEOLOGY 21

Lm-1o1.ouii s 21 DRILL LOG SUMMARY 23 CONCLUSIONS AND RECOMMENDATIONS 26 REFERENCES 27 STATEMENT OF QUALIFICATIONS 28 APPENDIX 1 - DIAMOND DRILL LOGS & LEGEND 29 APPENDIX 2 - DRILL SECTIONS AND PLAN 30 APPENDIX 3 - GOLD ASSAY CERTIFICATES 31

, ~ LIST OF FIGURES

Figure 1: Property Location Map 6 Figure 2: Regional Geology Map 20 Figure 3: Lake Timiskaming Structural Zone 21

LIST OF TABLES

Table 1: Claims list for the Tres-Or Notre Dame du Nord Diamond Project 8 Table 2: Diamond Drill Program Details 18

LIST OF APPENDICES

Appendix 1 Drill Logs & Geological Legend

Appendix 2 Drill Sections Plan Map

Appendix 3 Assay Certificates

4 INTRODUCTION

Tres-Or Resources Ltd. (Tres-Or) has assembled a large property of 8142 hectares (191 claim units) in the vicinity of Notre Dame du Nord (Nedelec, Baby, Guerin, and Guigues cantons) on NTS map sheets 31M/11 and 31M/12 to explore for diamondiferous kimberlites (Fig. 1). Tres-Or's Notre Dame du Nord property ('the Tres-Or property') extends from the Ontario-Quebec border to 10 kilometres east and south of Notre Dame du Nord towards the village of Angliers. Four kimberlite pipes are known in the Notre Dame du Nord area, some of which are diamondiferous. The three of four of the kimberlites form a general northwest trend traversing the Tres-Or property.

Tres-Or's claims covers part of the Lake Timiskaming Structural Zone, an ancient, deep-seated northwest trending structure cutting the Archean Superior Craton. The Superior Craton is the largest Archean craton in the world, and has yielded some encouraging diamond exploration results recently.

A major advance in Tres-Or 's exploration on their Notre Dame du Nord claim block was the completion of a high-resolution electromagnetic survey during the period between October and November of 2003. Ar )aQuest Limited, using their 6-channel frequency domain IMPULSE system and a Geometrics G- 822A cesium vapour magnetometer in a bird 39 m below a Bell 260 LongRanger helicopter completing a total of 1-539-line km of survey. Data from this survey has been integrated into Tres-Or's geographical Information system (GIS) covering all geophysical, geochemical, and topographical data on the project. A total of 94 targets where developed from this database ranked from 1-5 in order of highest to lowest priority. This report describes the subsequent drill testing of the higher priority targets and summarizes the results.

5 600000 605000 610000 615000 620000 625000 630000

as ~

MJ PN` EDELEC GUERIN

UI 2 Kilometers N ÛI

\ ~LAVERLOCHE

1

TRES-OR RESOURCES LTD

Property Location Map

Figure 1 PROPERTY DESCRIPTION AND LOCATION

Tres-Or's Notre Dame du Nord Property consists of 191 mining claims in the Notre Dame du Nord area located in the Rouyn Mining Division of northwestern Quebec (Table 1 and Figure 1). The 191 claims comprise 8142 hectares, and is located on unpatented ground covered by lakes, forest and agricultural lands. The property was assembled over a period of more than 10 years by prospector Norm McBribe and Phil Brown (P.Geo.). The claims extend from near the Ontario/Quebec border north of Notre Dame du Nord to the south and east up too 10 km towards Angiers. A letter of understanding with the Timiskaming First Nation (TFN) allows Tres-Or to carry out mineral exploration on TFN traditional lands. Also included under Tres-Or letter of intent is first right of access to any targets identified within the Reserve Indienne Temiscamingue, which is adjacent with some of the claims. Under the terms of the option agreement with the vendors, Noman McBride and Phil Brown, Tres- Or may acquire a 100% undivided interest for a cash payment of $90 000 in two installments and by issuance of 280 000 shares of Tres-Or. The vendors would retain a 2.0% Net Smelter Return (NSR) or Gross Overriding Royalty (GORR). Tres-Or may purchase 1% of the NSR or GORR for $1 million at any time prior to commercial production. Tres-Or has a first right of refusal to buy back the remaining 1.0% NSR or GORR. In addition and subject to regulatory approval, Tres-Or agrees to deliver 100 000 common shares to the vendors one day prior to commercial production of any mineral discoveries on the claims.

7 Ctaims list for the Tres-Or Notre Dame du Nord Diamond Project Tres-Or Resources Ltd. Mining Claims List TOWNSHIP / Claim Claim Due AREA Number Date Area ha Ran ! e Lot Percent O 'tion 31M11 CDC1104222 10/31/2004 38 X0009 19 Tres-Or Resources 31M11 CDC1104223 10/31/2004 26 X0009 20 Tres-Or Resources 31M11 CDC1104224 10/31/2004 58 X0010 19 Tres-Or Resources 31M11 CDC1104225 10/31/2004 58 X0010 20 Tres-Or Resources 31M11 CDC1104226 10/31/2004 54 X0010 21 Tres-Or Resources 31M11 CDC1081968 4/28/2004 58 X0013 25 Tres-Or Resources 31M11 CDC1081969 4/28/2004 58 X0013 26 Tres-Or Resources 31M11 CDC1081970 4/28/2004 25 X0014 25 Tres-Or Resources 31M11 CDC1081971 4/28/2004 25 X0014 26 Tres-Or Resources 31M11 CDC 1081296 4/23/2004 64 X0012 25 Tres-Or Resources 31M11 CDC1081297 4/23/2004 57 X0012 26 Tres-Or Resources 31M11 CDC1081298 4/23/2004 58 X0013 24 Tres-Or Resources 31M11 CDC1081299 4/23/2004 25 X0014 24 Tres-Or Resources 31M11 CDC1074053 4/22/2004 26 X0012 15 Tres-Or Resources 31M11 CDC1074054 4/22/2004 57 X0012 15 Tres-Or Resources 31M11 CDC1075217 4/18/2004 58 X0012 24 Tres-Or Resources 31M11 CDC1075214 4/18/2004 58 X0011 18 Tres-Or Resources 31M11 CDC1075215 4/18/2004 58 X0011 19 Tres-Or Resources 31M11 CDC1075216 4/18/2004 36 X0011 24 Tres-Or Resources BABY CDC1075223 4/18/2004 13 R0001 61 Tres-Or Resources BABY CDC1075224 4/18/2004 33 R0001 62 Tres-Or Resources BABY CDC1075225 4/18/2004 37 R0001 63 Tres-Or Resources BABY CDC1075226 4/18/2004 39 R0001 64 Tres-Or Resources BABY CDC1074081 4/22/2004 59 R0002 62 Tres-Or Resources BABY CDC1074082 4/22/2004 64 R0002 63 Tres-Or Resources BABY CDC1074080 4/22/2004 54 R0002 61 Tres-Or Resources BABY CDC1081981 4/28/2004 37 R0001 58 Tres-Or Resources BABY CDC1081983 4/28/2004 41 R0002 58 Tres-Or Resources BABY CDC1081984 4/28/2004 42 R0002 59 Tres-Or Resources BABY CDC1081985 4/23/2004 41 R0002 60 Tres-Or Resources BABY CDC1081982 4/28/2004 37 R0001 59 Tres-Or Resources BABY CDC1075222 4/18/2004 38 R0001 60 Tres-Or Resources BABY CDC1074083 4/22/2004 70 R0002 64 Tres-Or Resources BABY CDC1075228 4/18/2004 49 R0001 66 Tres-Or Resources BABY CDC1075227 4/18/2004 F 43 R0001 65 Tres-Or Resources BABY CDC1074084 4/22/2004 77 R0002 65 Tres-Or Resources GUERIN CDC1081305 4/23/2004 44 R0001 56 Tres-Or Resources GUERIN CDC1081306 4/23/2004 44 R0001 57 Tres-Or Resources

8 GUERIN CDC1075235 4/18/2004 44 R0001 58 Tres-Or Resources GUERIN CDC1075236 4/18/2004 44 R0001 59 Tres-Or Resources GUERIN CDC1074065 4/22/2004 49 R0001 60 Tres-Or Resources GUERIN CDC1081303 4/23/2004 44 R0001 54 Tres-Or Resources GUERIN CDC1081304 4/23/2004 44 R0001 55 Tres-Or Resources GUERIN CDC1081307 4/23/2004 42 R0002 57 Tres-Or Resources GUERIN CDC0007884 11/26/2005 42 R0003 53 Tres-Or Resources GUERIN CDC0007323 11/23/2005 42 R0002 53 Tres-Or Resources GUERIN CDC0007324 11/23/2005 42 R0002 54 Tres-Or Resources GUERIN CDC0007325 11/23/2005 42 R0002 55 Tres-Or Resources GUERIN CDC0007326 11/23/2005 42 R0002 56 Tres-Or Resources GUERIN CDC0007327 11/23/2005 42 R0003 54 Tres-Or Resources GUERIN CDC0007328 11/23/2005 42 R0003 66 Tres-Or Resources GUERIN CDC0013039 02/04/2006 41 R0011 15 Tres-Or Resources GUERIN CDC0013040 02/04/2006 58 R0012 17 Tres-Or Resources GUERIN CDC0013044 02/04/2006 28 R0009 0001 Tres-Or Resources GUERIN CDC0013045 02/04/2006 34 Nedi 0029 Tres-Or Resources GUIGUES CDC1093346 5/27/2004 42 R0004 67 Tres-Or Resources GUIGUES CDC1093345 5/27/2004 45 R0004 66 Tres-Or Resources GUIGUES CDC1093344 5/27/2004 45 R0004 65 Tres-Or Resources GUIGUES CDC1081974 4/28/2004 44 R0005 47 Tres-Or Resources GUIGUES CDC1081980 4/28/2004 44 R0005 53 Tres-Or Resources GUIGUES CDC1081978 4/28/2004 44 R0005 51 Tres-Or Resources GUIGUES CDC0002586 8/28/2005 34 R0008 62 Tres-Or Resources GUIGUES CDC1093353 5/27/2004 47 R0006 67 Tres-Or Resources GUIGUES CDC1093354 5/27/2004 43 R0006 68 Tres-Or Resources GUIGUES CDC1093355 5/27/2004 39 R0006 69 Tres-Or Resources GUIGUES CDC1093356 5/27/2004 58 R0007 61 Tres-Or Resources GUIGUES CDC1093357 5/27/2004 56 R0007 62 Tres-Or Resources GUIGUES CDC1093358 5/27/2004 49 R0007 63 Tres-Or Resources GUIGUES CDC1006036 4/5/2005 61 R0008 58 Tres-Or Resources GUIGUES CDC1006037 4/5/2005 48 R0008 59 Tres-Or Resources GUIGUES CDC0002584 8/28/2005 39 R0008 60 Tres-Or Resources GUIGUES CDC0002585 8/28/2005 39 R0008 61 Tres-Or Resources GUIGUES CDC0002577 8/28/2005 44 R0005 56 Tres-Or Resources GUIGUES CDC1074067 4/22/2004 42 R0004 69 Tres-Or Resources GUIGUES CDC1102892 10/17/2004 44 R0007 60 Tres-Or Resources GUIGUES CDC1102891 10/17/2004 44 R0007 59 Tres-Or Resources GUIGUES CDC1102890 10/17/2004 44 R0007 58 Tres-Or Resources GUIGUES CDC1102889 10/17/2004 44 R0007 57 Tres-Or Resources GUIGUES CDC1075221 4/18/2004 41 R0005 69 Tres-Or Resources GUIGUES CDC1093359 5/27/2004 49 R0007 64 Tres-Or Resources

9 GUIGUES CDC1102888 10/17/2004 44 R0007 56 Tres-Or Resources GUIGUES CDC1102887 10/17/2004 44 R0007 55 Tres-Or Resources GUIGUES CDC1104215 10/31/2004 44 R0007 54 Tres-Or Resources GUIGUES CDC1104220 10/31/2004 38 R0009 61 Tres-Or Resources GUIGUES CDC1104221 10/31/2004 100 R0009 62 Tres-Or Resources GUIGUES CDC1081977 4/28/2004 44 R0005 50 Tres-Or Resources GUIGUES CDC1081976 4/28/2004 44 R0005 49 Tres-Or Resources GUIGUES CDC1081975 4/28/2004 44 R0005 48 Tres-Or Resources GUIGUES CDC1093347 5/27/2004 39 R0004 71 Tres-Or Resources GUIGUES CDC1093348 5/27/2004 38 R0004 72 Tres-Or Resources GUIGUES CDC1074066 4/22/2004 65 R0004 68 Tres-Or Resources GUIGUES CDC1074078 4/22/2004 38 R0005 70 Tres-Or Resources GUIGUES CDC1074079 4/22/2004 41 R0005 71 Tres-Or Resources GUIGUES CDC1093350 5/27/2004 51 R0006 64 Tres-Or Resources GUIGUES CDC1093351 5/27/2004 51 R0006 65 Tres-Or Resources GUIGUES CDC1093352 5/27/2004 48 R0006 66 Tres-Or Resources GUIGUES CDC0002580 8/28/2005 ' 41 R0006 56 Tres-Or Resources GUIGUES CDC0002581 8/28/2005 41 R0006 57 Tres-Or Resources GUIGUES CDC0002582 8/28/2005 41 R0006 58 Tres-Or Resources GUIGUES CDC0002583 8/28/2005 41 R0006 59 Tres-Or Resources GUIGUES CDC1104216 10/31/2004 28 R0009 57 Tres-Or Resources GUIGUES CDC1104217 10/31/2004 31 R0009 58 Tres-Or Resources GUIGUES CDC1104218 10/31/2004 32 R0009 59 Tres-Or Resources GUIGUES CDC1104219 10/31/2004 32 R0009 60 Tres-Or Resources GUIGUES CDC1093349 5/27/2004 38 R0004 73 Tres-Or Resources GUIGUES CDC1074076 4/22/2004 47 R0005 66 Tres-Or Resources GUIGUES CDC1074077 4/22/2004 44 R0005 67 Tres-Or Resources GUIGUES CDC1093360 5/27/2004 39 R0007 65 Tres-Or Resources GUIGUES CDC1075219 4/18/2004 43 R0004 59 Tres-Or Resources GUIGUES CDC1075218 4/18/2004 43 R0004 58 Tres-Or Resources GUIGUES CDC1081973 4/28/2004 43 R0004 57 Tres-Or Resources GUIGUES CDC1074075 4/22/2004 41 R0005 65 Tres-Or Resources GUIGUES CDC1074074 4/22/2004 43 R0005 64 Tres-Or Resources GUIGUES CDC1074073 4/22/2004 43 R0005 63 Tres-Or Resources GUIGUES CDC1074072 4/22/2004 43 R0005 62 Tres-Or Resources GUIGUES CDC1074071 4/22/2004 43 R0005 61 Tres-Or Resources F GUIGUES CDC1074070 4/22/2004 44 R0005 60 Tres-Or Resources GUIGUES CDC1074068 4/22/2004 40 R0004 70 Tres-Or Resources GUIGUES CDC1074069 4/22/2004 44 R0005 59 Tres-Or Resources GUIGUES CDC0002579 8/28/2005 44 R0005 58 Tres-Or Resources GUIGUES CDC0002578 8/28/2005 44 R0005 57 Tres-Or Resources GUIGUES CDC1093343 5/27/2004 44 R0004 64 Tres-Or Resources

10 GUIGUES CDC1081302 4/23/2004 44 R0004 63 Tres-Or Resources GUIGUES CDC1081301 4/23/2004 44 R0004 62 Tres-Or Resources GUIGUES CDC1081300 4/23/2004 44 R0004 , 61 . Tres-Or Resources GUIGUES CDC1093342 5/27/2004 43 , R0004 60 Tres-Or Resources GUIGUES CDC1081972 4/28/2004 45 R0004 49 Tres-Or Resources GUIGUES CDC1093361 5/27/2004 55 R0007 66 Tres-Or Resources GUIGUES CDC1075220 4/18/2004 46 R0005 68 Tres-Or Resources NEDELEC CDC1075230 4/18/2004 43 R0001 B Tres-Or Resources NEDELEC CDC1075229 4/18/2004 43 R0001 A Tres-Or Resources NEDELEC CDC1075232 4/18/2004 43 R0001 1 Tres-Or Resources NEDELEC CDC1075234 4/18/2004 61 RRIVQ 73 Tres-Or Resources NEDELEC CDC1075231 4/18/2004 43 R0001 C Tres-Or Resources NEDELEC CDC0002606 8/28/2005 34 CON5 1 Tres-Or Resources NEDELEC CDC1074058 4/22/2004 42 R0002 4 Tres-Or Resources NEDELEC CDC1074056 4/22/2004 43 , R0001 4 Tres-Or Resources NEDELEC CDC1074055 4/22/2004 42 R0001 3 Tres-Or Resources NEDELEC CDC0002598 8/28/2005 35 RIVQ 65 Tres-Or Resources NEDELEC CDC0002599 8/28/2005 38 RIVQ 66 Tres-Or Resources

NEDELEC CDC0002587 4 8/28/2005 38 FRIQ 38 Tres-Or Resources NEDELEC CDC1098675 7/22/2004 33 RCON4 5 Tres-Or Resources NEDELEC CDC0002593 8/28/2005 41 RIVQ 60 Tres-Or Resources NEDELEC CDC0002594 8/28/2005 49 RIVQ 61 , Tres-Or Resources NEDELEC CDC1029940 10/4/2003 42 4 R0002 B Tres-Or Resources NEDELEC CDC1029939 10/4/2003 41 . R0002 A 4 Tres-Or Resources NEDELEC CDC1029942 10/4/2003 43 R0002 1 Tres-Or Resources NEDELEC CDC1029943 i 10/4/2003 ' 43 R0002 2 Tres-Or Resources NEDELEC CL5255141 5/17/2004 40 RNEDL 43 Tres-Or Resources NEDELEC CL5255142 5/17/2004 40 RNEDL 42 Tres-Or Resources NEDELEC CL5255144 5/17/2004 35 RNEDL 26 Tres-Or Resources NEDELEC CL5255145 5/17/2004 35 RNEDL 25 Tres-Or Resources NEDELEC CDC1029946 10/4/2003 39 R0003 5 Tres-Or Resources NEDELEC CDC1074060 4/22/2004 9 RFRIQ 33 Tres-Or Resources NEDELEC CDC1074064 4/22/2004 25 RFRIQ 37 Tres-Or Resources NEDELEC CDC0002588 8/28/2005 41 FRIQ 39 Tres-Or Resources NEDELEC CDC0002589 8/28/2005 25 RIVQ 56 Tres-Or Resources NEDELEC CDC0002590 8/28/2005 36 RIVQ 57 Tres-Or Resources NEDELEC CDC0002591 8/28/2005 39 RIVQ 58 Tres-Or Resources NEDELEC CDC0002592 8/28/2005 40 RIVQ 59 Tres-Or Resources NEDELEC CDC1074057 4/22/2004 42 R0002 3 Tres-Or Resources NEDELEC CDC0002595 8/28/2005 29 RIVQ 62 Tres-Or Resources NEDELEC CDC0002596 8/28/2005 31 RIVQ 63 Tres-Or Resources NEDELEC CDC0002597 8/28/2005 34 RIVQ 64 Tres-Or Resources

11 NEDELEC CDC0002605 8/28/2005 59 RIVQ 72 Tres-Or Resources NEDELEC CDC0002604 8/28/2005 54 RIVQ 71 Tres-Or Resources NEDELEC CDC0002603 8/28/2005 51 RIVQ 70 Tres-Or Resources NEDELEC CDC0002602 8/28/2005 47 RIVQ 69 Tres-Or Resources NEDELEC CDC0002601 8/28/2005 43 RIVQ 68 Tres-Or Resources NEDELEC CDC1074063 4/22/2004 25 RFRIQ 36 Tres-Or Resources NEDELEC CDC1074062 4/22/2004 6 RFRIQ 35 Tres-Or Resources NEDELEC CDC1074061 4/22/2004 14 RFRIQ 34 Tres-Or Resources NEDELEC CDC1074059 4/22/2004 43 R0002 5 Tres-Or Resources NEDELEC CDC0002600 8/28/2005 42 RIVQ 67 Tres-Or Resources NEDELEC CDC1075233 4/18/2004 42 R0001 2 Tres-Or Resources NEDELEC CDC1029941 10/4/2003 45 R0002 C Tres-Or Resources NEDELEC CDC1029945 10/4/2003 38 R0003 4 Tres-Or Resources NEDELEC CDC0002607 8/28/2005 31 9 18 Tres-Or Resources NEDELEC CDC0002608 8/28/2005 62 10 17 Tres-Or Resources NEDELEC CDC0002609 8/28/2005 58 10 18 Tres-Or Resources NEDELEC CDC1029944 10/4/2003 38 R0003 3 Tres-Or Resources NEDELEC CL5255121 5/17/2004 35 RNEDL 27 Tres-Or Resources NEDELEC CL5255122 5/17/2004 35 RNEDL 28 Tres-Or Resources NEDELEC CL5255123 5/17/2004 35 R0009 7 Tres-Or Resources NEDELEC CL5255124 5/17/2004 35 R0009 6 Tres-Or Resources NEDELEC CL5255125 5/17/2004 46 R0008 8 Tres-Or Resources NEDELEC CL5255126 5/17/2004 40 RCON3 4 Tres-Or Resources NEDELEC CL5255127 5/17/2004 32 RCON3 2 Tres-Or Resources NEDELEC CL5255128 5/17/2004 32 RCON4 3 Tres-Or Resources NEDELEC CL5255129 5/17/2004 32 RCON5 3 Tres-Or Resources NEDELEC CDC1098676 7/22/2004 32 RCON5 5 Tres-Or Resources 31M11 CDC1104222 10/31/2004 38 X0009 19 Tres-Or Resources 31M11 CDC1104223 10/31/2004 26 X0009 20 Tres-Or Resources 31M11 CDC1104224 10/31/2004 58 X0010 19 Tres-Or Resources 31M11 CDC 1104225 10/31/2004 58 X0010 20 Tres-Or Resources 31M 11 CDC 1104226 10/31/2004 54 X0010 21 Tres-Or Resources 31M11 CDC1081968 4/28/2004 58 X0013 25 Tres-Or Resources 31M11 CDC 1081969 4/28/2004 58 X0013 26 Tres-Or Resources 31M11 CDC1081970 4/28/2004 25 X0014 25 Tres-Or Resources 31M11 CDC 1081971 4/28/2004 25 X0014 26 Tres-Or Resources 31M 11 CDC 1081296 4/23/2004 64 X0012 25 Tres-Or Resources 31M11 CDC 1081297 4/23/2004 57 X0012 26 Tres-Or Resources 31M11 CDC1081298 4/23/2004 58 X0013 24 Tres-Or Resources 31M11 CDC1081299 4/23/2004 25 X0014 24 Tres-Or Resources 31M11 CDC1074053 4/22/2004 26 X0012 15 Tres-Or Resources 31M11 CDC1074054 4/22/2004 57 X0012 15 Tres-Or Resources

12 31M11 CDC1075217 4/18/2004 58 X0012 24 Tres-Or Resources 31M11 CDC1075214 4/18/2004 58 X0011 18 Tres-Or Resources 31M11 CDC1075215 4/18/2004 58 X0011 19 Tres-Or Resources 31M11 CDC1075216 4/18/2004 36 X0011 24 4 Tres-Or Resources BABY CDC1075223 4/18/2004 13 R0001 61 Tres-Or Resources BABY CDC1075224 4/18/2004 33 R0001 62 , Tres-Or Resources BABY CDC1075225 4/18/2004 37 R0001 63 Tres-Or Resources BABY CDC1075226 4/18/2004 39 R0001 64 Tres-Or Resources BABY CDC1074081 4/22/2004 59 R0002 62 Tres-Or Resources BABY CDC1074082 4/22/2004 64 R0002 63 Tres-Or Resources BABY CDC1074080 4/22/2004 54 R0002 61 Tres-Or Resources BABY CDC1081981 4/28/2004 37 R0001 58 1 Tres-Or Resources BABY CDC1081983 4/28/2004 41 R0002 58 Tres-Or Resources

BABY CDC1081984 4/28/2004 f 42 R0002 59 Tres-Or Resources BABY CDC1081985 4/23/2004 41 , R0002 60 Tres-Or Resources BABY CDC1081982 4/28/2004 37 R0001 59 Tres-Or Resources BABY CDC1075222 f 4/18/2004 38 R0001 60 Tres-Or Resources BABY CDC1074083 4/22/2004 70 R0002 64 Tres-Or Resources BABY CDC1075228 4/18/2004 49 4 R0001 66 Tres-Or Resources BABY CDC1075227 4/18/2004 43 R0001 65 Tres-Or Resources BABY CDC1074084 4/22/2004 77 R0002 65 Tres-Or Resources GUERIN CDC1081305 4/23/2004 44 R0001 56 4 Tres-Or Resources GUERIN CDC1081306 4/23/2004 44 1 R0001 57 Tres-Or Resources GUERIN CDC1075235 4/18/2004 44 4 R0001 1 58 Tres-Or Resources GUERIN CDC1075236 4/18/2004 44 R0001 ' 59 Tres-Or Resources GUERIN CDC1074065 4/22/2004 1 49 R0001 4 60 Tres-Or Resources GUERIN CDC1081303 4/23/2004 44 R0001 54 Tres-Or Resources GUERIN CDC1081304 4/23/2004 44 R0001 55 1 Tres-Or Resources GUERIN CDC1081307 4/23/2004 42 R0002 57 , Tres-Or Resources GUIGUES CDC1093346 5/27/2004 42 R0004 67 Tres-Or Resources GUIGUES CDC1093345 5/27/2004 45 R0004 66 Tres-Or Resources GUIGUES CDC1093344 5/27/2004 45 R0004 65 1 Tres-Or Resources GUIGUES CDC1081974 , 4/28/2004 44 R0005 47 Tres-Or Resources GUIGUES CDC1081980 4/28/2004 44 R0005 53 Tres-Or Resources GUIGUES CDC1081978 4/28/2004 44 R0005 51 Tres-Or Resources GUIGUES CDC0002586 8/28/2005 34 R0008 62 Tres-Or Resources GUIGUES CDC1093353 5/27/2004 47 R0006 67 , Tres-Or Resources GUIGUES CDC1093354 5/27/2004 4 43 R0006 68 , Tres-Or Resources GUIGUES CDC1093355 5/27/2004 39 R0006 69 Tres-Or Resources GUIGUES CDC1093356 5/27/2004 58 R0007 61 Tres-Or Resources GUIGUES CDC1093357 5/27/2004 56 R0007 62 Tres-Or Resources GUIGUES CDC1093358 5/27/2004 49 R0007 63 Tres-Or Resources

13 GUIGUES CDC1006036 4/5/2005 61 R0008 58 Tres-Or Resources GUIGUES CDC1006037 4/5/2005 48 R0008 59 Tres-Or Resources GUIGUES CDC0002584 8/28/2005 39 R0008 60 Tres-Or Resources GUIGUES CDC0002585 8/28/2005 39 R0008 61 Tres-Or Resources GUIGUES CDC0002577 8/28/2005 44 R0005 56 Tres-Or Resources GUIGUES CDC1074067 4/22/2004 42 R0004 69 Tres-Or Resources GUIGUES CDC1102892 10/17/2004 44 R0007 60 Tres-Or Resources GUIGUES CDC1102891 10/17/2004 44 R0007 59 Tres-Or Resources GUIGUES CDC1102890 10/17/2004 44 R0007 58 Tres-Or Resources GUIGUES CDC1102889 10/17/2004 44 R0007 57 Tres-Or Resources GUIGUES CDC1075221 4/18/2004 41 R0005 69 Tres-Or Resources GUIGUES CDC1093359 5/27/2004 49 R0007 64 Tres-Or Resources GUIGUES CDC1102888 10/17/2004 44 R0007 56 Tres-Or Resources GUIGUES CDC1102887 10/17/2004 44 R0007 55 Tres-Or Resources GUIGUES CDC1104215 10/31/2004 44 R0007 54 Tres-Or Resources GUIGUES CDC1104220 10/31/2004 38 R0009 61 Tres-Or Resources GUIGUES CDC1104221 10/31/2004 100 R0009 62 Tres-Or Resources GUIGUES CDC1081977 4/28/2004 44 R0005 50 Tres-Or Resources GUIGUES CDC1081976 4/28/2004 44 R0005 49 Tres-Or Resources GUIGUES CDC1081975 4/28/2004 44 R0005 48 Tres-Or Resources GUIGUES CDC1093347 5/27/2004 39 R0004 71 Tres-Or Resources GUIGUES CDC1093348 5/27/2004 38 R0004 72 Tres-Or Resources GUIGUES CDC1074066 4/22/2004 65 R0004 68 Tres-Or Resources GUIGUES CDC1074078 4/22/2004 38 R0005 70 Tres-Or Resources GUIGUES CDC1074079 4/22/2004 41 R0005 71 Tres-Or Resources GUIGUES CDC1093350 5/27/2004 51 R0006 64 Tres-Or Resources GUIGUES CDC1093351 5/27/2004 51 R0006 65 Tres-Or Resources GUIGUES CDC1093352 5/27/2004 48 R0006 66 Tres-Or Resources GUIGUES CDC0002580 8/28/2005 41 R0006 56 Tres-Or Resources GUIGUES CDC0002581 8/28/2005 41 R0006 57 Tres-Or Resources L GUIGUES CDC0002582 8/28/2005 41 R0006 58 Tres-Or Resources GUIGUES CDC0002583 8/28/2005 41 R0006 59 Tres-Or Resources GUIGUES CDC1104216 10/31/2004 28 R0009 57 Tres-Or Resources GUIGUES CDC1104217 10/31/2004 31 R0009 58 Tres-Or Resources GUIGUES CDC1104218 10/31/2004 32 R0009 59 Tres-Or Resources GUIGUES CDC1104219 10/31/2004 32 R0009 60 Tres-Or Resources GUIGUES CDC1093349 5/27/2004 38 R0004 73 Tres-Or Resources GUIGUES CDC1074076 4/22/2004 47 R0005 66 Tres-Or Resources GUIGUES CDC1074077 4/22/2004 44 R0005 67 Tres-Or Resources GUIGUES CDC1093360 5/27/2004 39 R0007 65 Tres-Or Resources GUIGUES CDC1075219 4/18/2004 43 R0004 59 Tres-Or Resources GUIGUES CDC1075218 4/18/2004 43 R0004 58 Tres-Or Resources

14 GUIGUES CDC1081973 4/28/2004 43 R0004 57 Tres-Or Resources GUIGUES CDC1074075 4/22/2004 41 R0005 65 Tres-Or Resources GUIGUES CDC1074074 4/22/2004 43 R0005 64 Tres-Or Resources GUIGUES CDC1074073 4/22/2004 43 R0005 63 Tres-Or Resources GUIGUES CDC1074072 4/22/2004 43 R0005 62 Tres-Or Resources GUIGUES CDC1074071 4/22/2004 43 R0005 61 Tres-Or Resources GUIGUES CDC1074070 4/22/2004 44 R0005 60 Tres-Or Resources GUIGUES CDC1074068 4/22/2004 40 R0004 70 Tres-Or Resources GUIGUES CDC1074069 4/22/2004 44 R0005 59 Tres-Or Resources GUIGUES CDC0002579 8/28/2005 44 R0005 58 Tres-Or Resources GUIGUES CDC0002578 8/28/2005 44 R0005 57 Tres-Or Resources GUIGUES CDC1093343 5/27/2004 44 R0004 64 Tres-Or Resources GUIGUES CDC1081302 4/23/2004 44 R0004 63 Tres-Or Resources GUIGUES CDC1081301 4/23/2004 44 R0004 62 Tres-Or Resources GUIGUES CDC1081300 4/23/2004 44 R0004 61 Tres-Or Resources GUIGUES ,CDC1093342 5/27/2004 43 R0004 60 Tres-Or Resources GUIGUES CDC1081972 4/28/2004 45 R0004 49 Tres-Or Resources GUIGUES CDC1093361 5/27/2004 55 R0007 66 Tres-Or Resources GUIGUES CDC1075220 4/18/2004 46 R0005 68 Tres-Or Resources NEDELEC CDC1075230 4/18/2004 43 R0001 B Tres-Or Resources NEDELEC CDC1075229 4/18/2004 43 R0001 A Tres-Or Resources NEDELEC CDC1075232 4/18/2004 43 R0001 1 Tres-Or Resources NEDELEC CDC1075234 4/18/2004 61 RRIVQ 73 Tres-Or Resources NEDELEC CDC1075231 4/18/2004 43 R0001 C Tres-Or Resources NEDELEC CDC0002606 8/28/2005 34 CONS 1 Tres-Or Resources NEDELEC CDC1074058 4/22/2004 42 R0002 4 Tres-Or Resources NEDELEC CDC1074056 4/22/2004 43 R0001 4 Tres-Or Resources NEDELEC CDC1074055 4/22/2004 42 R0001 3 Tres-Or Resources NEDELEC CDC0002598 8/28/2005 35 RIVQ 65 Tres-Or Resources NEDELEC CDC0002599 8/28/2005 38 RIVQ 66 Tres-Or Resources NEDELEC CDC0002587 8/28/2005 38 FRIQ 38 Tres-Or Resources NEDELEC CDC1098675 7/22/2004 33 RCON4 5 Tres-Or Resources NEDELEC CDC0002593 8/28/2005 41 RIVQ 60 Tres-Or Resources NEDELEC CDC0002594 8/28/2005 49 RIVQ 61 Tres-Or Resources NEDELEC CDC1029940 10/4/2003 42 R0002 B Tres-Or Resources NEDELEC CDC1029939 10/4/2003 41 R0002 A Tres-Or Resources NEDELEC CDC1029942 10/4/2003 43 R0002 1 Tres-Or Resources NEDELEC CDC1029943 10/4/2003 43 R0002 2 Tres-Or Resources NEDELEC CL5255141 5/17/2004 40 RNEDL 43 Tres-Or Resources NEDELEC CL5255142 5/17/2004 40 RNEDL 42 Tres-Or Resources NEDELEC CL5255144 5/17/2004 35 RNEDL 26 Tres-Or Resources NEDELEC CL5255145 5/17/2004 35 RNEDL 25 Tres-Or Resources

15 NEDELEC CDC1029946 10/4/2003 39 R0003 5 Tres-Or Resources NEDELEC CDC1074060 4/22/2004 9 RFRIQ 33 Tres-Or Resources NEDELEC CDC1074064 4/22/2004 25 RFRIQ 37 Tres-Or Resources NEDELEC CDC0002588 8/28/2005 41 FRIQ 39 Tres-Or Resources NEDELEC CDC0002589 8/28/2005 25 RIVQ 56 Tres-Or Resources NEDELEC CDC0002590 8/28/2005 36 RIVQ 57 Tres-Or Resources NEDELEC CDC0002591 8/28/2005 39 RIVQ 58 Tres-Or Resources NEDELEC CDC0002592 8/28/2005 40 RIVQ 59 Tres-Or Resources NEDELEC CDC1074057 4/22/2004 42 R0002 3 Tres-Or Resources NEDELEC CDC0002595 8/28/2005 29 RIVQ 62 Tres-Or Resources NEDELEC CDC0002596 8/28/2005 31 RIVQ 63 Tres-Or Resources NEDELEC CDC0002597 8/28/2005 34 RIVQ 64 Tres-Or Resources NEDELEC CDC0002605 8/28/2005 59 RIVQ 72 Tres-Or Resources NEDELEC CDC0002604 8/28/2005 54 RIVQ 71 Tres-Or Resources NEDELEC CDC0002603 8/28/2005 51 RIVQ 70 Tres-Or Resources NEDELEC CDC0002602 8/28/2005 47 RIVQ 69 Tres-Or Resources NEDELEC CDC0002601 8/28/2005 43 RIVQ 68 Tres-Or Resources NEDELEC CDC1074063 4/22/2004 25 RFRIQ 36 Tres-Or Resources NEDELEC CDC1074062 4/22/2004 6 RFRIQ 35 Tres-Or Resources NEDELEC CDC1074061 4/22/2004 14 RFRIQ 34 Tres-Or Resources NEDELEC CDC1074059 4/22/2004 43 R0002 5 Tres-Or Resources NEDELEC CDC0002600 8/28/2005 42 RIVQ 67 Tres-Or Resources NEDELEC CDC1075233 4/18/2004 42 R0001 2 Tres-Or Resources NEDELEC CDC1029941 10/4/2003 45 R0002 C Tres-Or Resources NEDELEC CDC1029945 10/4/2003 38 R0003 4 Tres-Or Resources NEDELEC CDC0002607 8/28/2005 31 9 18 Tres-Or Resources NEDELEC CDC0002608 8/28/2005 62 10 17 Tres-Or Resources NEDELEC CDC0002609 8/28/2005 58 10 18 Tres-Or Resources NEDELEC CDC1029944 10/4/2003 38 R0003 3 Tres-Or Resources NEDELEC CL5255121 5/17/2004 35 RNEDL 27 Tres-Or Resources NEDELEC CL5255122 5/17/2004 35 RNEDL 28 Tres-Or Resources NEDELEC CL5255123 5/17/2004 35 R0009 7 Tres-Or Resources NEDELEC CL5255124 5/17/2004 35 R0009 6 Tres-Or Resources NEDELEC CL5255125 5/17/2004 46 R0008 8 Tres-Or Resources NEDELEC CL5255126 5/17/2004 40 RCON3 4 Tres-Or Resources NEDELEC CL5255127 5/17/2004 32 RCON3 2 Tres-Or Resources NEDELEC CL5255128 5/17/2004 32 RCON4 3 Tres-Or Resources NEDELEC CL5255129 5/17/2004 32 RCON5 3 Tres-Or Resources NEDELEC CDC1098676 7/22/2004 32 RCON5 5 Tres-Or Resources

I6 PREVIOUS WORK

The first kimberlite discovered on the property was the Guigues pipe found by Monopros Ltd. (De Beers North American exploration arm) in1983 located on Tres-Or claims CDC1006036 and CDC1006037. De Beer complete two large diameter drill holes for sampling. KWG Resources Ltd. subsequently acquired the claims after De Beer allowed them to lapse. KWG completed 3 drill holes in 1993 and took a 23 tonne bulk sample with a 2.0x1.0x0.5 mm diamond being recovered.

In 1994 KWG located two addition pipes on the western margin of the property. The NDN #1 (Troika) and #2 where located within 1 km of the Ontario/Quebec border on Tres-Or claims CDC5255121 and CDC5255122. KWG drilled eleven holes into the two pipes and reported 22 micro-diamonds from a 22 kg sample from NDN#1 and one macro-diamond from an unspecified sample weight for kimberlite NDN#2.

Canabrava optioned the claims covering kimberlite pipes NDN#1 and NDN#2 and completed 4 drill holes in #1 and 1 hole in pip #2. A mini bulk sample of 542 kg was processed by caustic fusion at Lakefield Labs recovering one macrodiamond and two microdiamonds.

Noranda Exploration Inc. optioned out the northern portion of the property east of the Timiskaming Reserve in 1993. A five-hole drill program was completed in 1994 on basemetal targets intersecting an exhalative horizon anomalous in Zn and Cu.

DRILL PROGRAM SUMMARY

Drilling commenced on December 15th 2003 and was completed on March 14th , 2004. Forage M. I afreniere Inc. of Nedelec, Quebec was contracted to perform the diamond drilling using three different drill over the course of the drill program: a Boyles 37 drill rig, a Long Year 38 and a JKS 300 BQ. The drill

17 program consisted of 10 NQ size drill holes and three BQ diameter holes in all

totaling 2000.1 m. A total of 11 samples were taken for gold assay. The core samples were hand split at Tres-Or's North Cobalt office and shipped to Swastika Laboratory Limited in Swastika, Ontario by Northland Bus Lines. Analysis involves the fire assay of a 30 g split from a -100 mesh sub-sample. The resultant bead was then dissolved using nitric and hydrochloric acids with the final solution run through an Atomic Absorption Spectrophotometry producing a detection limit of 2 parts per billion (ppb). Table 2 below outlines the details of the program.

Table 2: Diamond Drill Program Details Grid UTM (NAD83) Dip Azimuth Depth Target Hole Claim Easting Northing Easting Northing (°) (°True) (m) ND-57 NED03-01 2602 2+00 1+50 620530 5272250 -45 180 218 ND-57 NED04-01 2601 1+00 0+50 620424 5272176 -50 219 154 ND-88 GRD03-01 1081298 2+75 0+06 627568 5273260 -45 140 213 ND-88 GRD04-01 1081298 4+25 0+00 627699 5273244 -55 270 193 ND-88 GRD04-04 1075217 - 627302 5273120 -50 348 122 ND-63 GUD04-01 1102889 1+50 0+25S 621590 5268656 -70 360 210 ND-63 GUD04-03 1102889 1+50 0+50 621590 5268730 -75 180 116 ND-64 GUD04-02 1093360 2+50 0+00 621725 5271053 -70 270 106 ND-61 GUD04-04 1093356 2+00 0+00 620920 5269898 -85 360 165 ND-62a GUD04-05 1093357 3+80 0+62s 621099 5269854 -85 360 131 ND-67 GRD04-02a 13039 2+75 0+50 621965 5271903 -70 150 33.1 ND-67 GRD04-02 13039 2+75 0+51 621965 5271904 -70 150 116 ND-68 GRD04-03 1074054 1+75 0+25 622729 5272701 -65 225 223 Italics indicates BQ diameter drill core 2000.1 mete

The drilling was carried out on 10 separate claims. Drill holes dips varied from of -45° to -85°. Diamond drill logs are included in Appendix 1 while Drill plans and sections are located in Appendix 2. Assay certificates are located in Appendix 3.

Any Kimberlites lithologies encountered during the drill program were hand split in half with one portion of the core couriered by Manitoulan Transport to the Saskatchewan Research Council laboratory in Saskatoon. All Kimberlitic

18 material was submitted for analysis of diamond content via caustic fusion. All drill cores are stored outdoors at the Tres-Or Resources Ltd. office in North

Cobalt, Ontario.

REGIONAL GEOLOGY

The Notre Dame du Nord property lies in the Angliers-Belleterre volcano- sedimentary belt of the Superior Geological subprovince in the Abitibi Geological province. Figure 2 The southeast portion of the property straddles the contact between the sediments of the Pontiac Group to the north and the mafic volcanics of the Baby Group to the south. The Pontiac Group sediments are of lower amphibolite metamorphic facies and are dominantly composed of poorly bedded greywackes and argillites synonymous to a flysch type sedimentary environment. The Baby Group is composed of well pillowed mafic volcanics and coeval gabbroic sills and dykes with a minor sulphide iron formation.

A large massive granodiorite batholith intruding to the north of the Pontiac-Baby contact locally imposes a staurolite facies contact metamorphic aureole to the surrounding sediments.

The contact between the two lithotectonic groups is faulted with the Baby Group stratigraphically above the sediments of the Pontiac Group. Both groups are isoclinally folded and generally dip steeply to the south and are cut by northeast and northwest trending faults which are intimately associated with the Lake Timiskaming Structural Zone (LTSZ). Figure 3 The LTSZ is a deep seated northwest trending structure that not only host the Timiskaming kimberlite cluster, but also the Attawapiskat, Kyle lake and Kirkland Lake kimberlite clusters to the north. The three known kimberlite bodies on the property form a northwest trend parallel to the LTSZ. The kimberlites are the youngest rocks in

19 Fi th gure 2 e ES -.15;1i7.—.4"7' ~.. ml«.C.1 ltd. t _:. ~ are Tres-Or Resources * . R Notre-Dame-Du-Nord Project a , e Regional Geology wi gi Regional Geology th o p AmpWb.we

nal ® AenphWWk Annie deMoshe

• Arko.r rt ennjlomh,t pnl)penlg.e ■ 9.rnYr th p Bombe komteadg.r ri knmvtltle G ❑ an.Yep.rpWtlque e e p tYras.,ptft et mndrork G

ol • aMMr "+..aire

• F.rm.d.le de he ui o ❑ crw.

gy • 6eln d Q2 el FP, rdpm.tlier et onh.pnrltr gnes � 47mke p 41Nre A bNdie el pnrpolorllr • cimaedb.nblende C:1 Crooke ihm.NendeethMonte

• fim.dbnle P 4lm.dbrtte porpbrlg.e

p i

p Bb Wm reuqtre porph)clqur pe d • qeberwr la ht.irudlorne ■ cetd.te h biotin • BerpedYtlte • pyèdlehbmNlendr«hp)rncène at ❑ m d.tldgne ed ❑ Whit. h WOW et iblot. mlt.motphhe • 1MbLermldMbe h Optai el h bloc. ❑ W.tke at 140 ❑ W.tketolc...cl.ettque

Q Claim Block Outline

Roads mi ll i on yea rs . UTM NAD 83 Zone 17 Scale 1:50,000

CYim blocks boned on information uil.bl. on F.bttl.ry 6, 2004

N Temagami North Temagami

Figure 3 Lake Timiskaming Structural Zone

PROPERTY GEOLOGY

Lithologies

Lithological units encounter during the drill program are as follows:

Greywacke Fine-grained, poorly to moderately bedded showing very gradual grain gradation, weakly developed rhythmic sequences of argillaceous and sandy units, minor silliminite porphryblasts throughout with argillaceous intervals hosting both medium to course-grained silliminite and staurolite porphryblasts;

21 Mafic Dyldets Dark green, massive to weakly, fine-grained, non-magnetic with no detectable carbonate locally associated with faults;

Granodiorite Pale to medium grey, massive, quartz and feldspar porphyritic texture throughout with dykes typically exhibiting an equigrannular texture, non to 'weakly magnetic exhibiting nil to millimetre-scale chill margin;

Kimberlite Mottled colour due to abundant white, grey and dark grey fragments in a bluish green matrix, clasts are composed of fossiliferous limestone, greywacke, siltstone, mantle xenoliths and phologopite, the limestone+ siltstone and greywacke clasts are angular and average 2-3 cm in size with the limestone typically possessing a thermal reaction rim, rounded to surrounded mantle xenoliths are 1-2 cm in size and are composed of serpentinized olivine and rounded garnets, the fine-grained matrix consists of rare iliminite and garnet plus 20-30% pelletal lapilli (ranging between 0.5-2.0 mm in size) all set in a very fine-grained mass of phologopite and serpentine, olivine macrocrysts are fine- grained and variably altered by serpentine, carbonate is ubiquitous throughout, the unit is weak to moderately magnetic, a soft, soapy textured rock of variable competency;

22 (Drill log Summary

NED03-01

A fine-grained greywacke of the Pontiac Assemblage was encountered throughout the entire 218 m. Minor variations in grain size, aluminosilicate content and the degree of bedding were noted. Aluminosilicates consisted primarily of clots of fibrous silliminite with trace andalusite in the more argillaceous beds. The hole was targeted to traverse a moderate magnetic anomaly. The magnetic anomaly was not explained.

NED04-01

Drill hole NED04-01 (BQ) was a follow-up hole to NED03-01 to determine the source of the moderate magnetic anomaly ND57. As in the previous hole the major lithology was a poorly bedded aluminosilicate bearing greywacke to a depth of 154 m. A fine-grained, non-magnetic granodiorite dyke was cut between 44.9 and 54.7 m.

C3RD03-01

Drill hole GRD03-01 was targeted to test a coincident airborne magnetic and resistivity low, target ND88. Poorly bedded greywacke was the sole lithology encountered in the drill hole to a depth of 213 m. The final 20 m was strongly fractured and brecciated.

GRD04-01

As a follow-up to GRO3-01 a second drill hole was positioned east of the ND88 anomaly. Strongly fractured and blocky greywacke was encountered from 13 to 86.9 m. A heterolithic tuffisistic kimberlitic breccia followed to 149.4 m. The leading contact was near vertical and the lower contact was lost in broken core. Greywacke followed to the end of the drill hole at 193 m.

G RD04-02a

23 The first of two attempts to test a coincident airborne magnetic/resistivity low, ND66_67, reached a depth of 33.1 m where the rods became jammed in a blocky fault. The BQ hole collared into fine-grained poorly bedded greywacke. The BQ rods and casing were pulled and the hole restarted.

(3RD04-02

The second attempted at testing target ND66_67 cut fine-grained poorly bedded greywacke from 14 to 22 m. The sediment becomes sericitized and silicified to a depth of 51 m hosting up to 5-6% pyrite and 2% pyrrhotite as pods and lenses. The remainder of the BQ size drill hole to 116 m consisted of moderately bedded greywacke with 1-2 meter interbeds of strongly folded argillite.

(3RD04-03

Drill hole GRD04-03 was spotted to test an airborne and ground magnetic anomaly - ND68. After 42 m of overburden the hole collared into a fine to medium-grained non-magnetic greywacke hosting variable proportion of fine aluminosilicates to the end of the hole at 223 m.

(GRD04-04

A 122 m drill hole targeted a small but strong inverse magnetic anomaly. Medium-grained, poorly bedded greywacke was encountered throughout after 6.1 m of overburden. Magnetic susceptibility values averaged nil. At 51 m a 1 m wide sand seam was encountered. This material was sampled for kimberlite indicator minerals.

GUD04-01

Drill hole GUD04-01 was collared to test, target ND63, a strong circular magnetic anomaly defined by a ground magnetic following up a weak airborne magnetic anomaly. Fine to medium-grained greywacke was encountered to a depth of 98 m after reaming through 20 m of overburden. A weakly magnetic granodiorite dyke followed to 101. A similar greywacke was cored to the end of the hole at a depth of 210 m. Over this interval the greywacke was cut but 2 cm

24 wide kimberlitic dyklets at 101.4, 105.0, 141.3 and 144.7 m. The dyklets varied from 100 to 25° to the core axis.

GUD04-02

A weak airborne resistivity anomaly, ND64, was drill tested by hole GUD04-02. Fine-grained, aluminosilicate bearing greywacke was cored from 47 1:o 106.3 m.

GU D04-03

A second drill hole on target ND63 was completed to follow-up on the four kimberlite dyklets encountered in drill hole GUD04-01. Drilled in the opposite direction to GUD04-01 in order scissor the target area the hole encountered the same fine-grained greywacke as in GUD04-01 to the end of the hole at 116 m. A small granodiorite dyke was encounter from 97 to 105 m. The kimberlitic dykes previously cut in GUD04-01 were not encountered.

(3 U D04-04

A linear magnetic low in a large granodiorite pluton referred to as target ND61 was tested by hole GUD04-04. The near vertical hole encountered moderately magnetic, massive, medium to coarse-grained granodiorite from 4 to 163 m. At 119 m a 40 cm wide sand seam was encountered temporarily causing a lose of water return in the drill hole.

GU D04-05

Drill hole GUD04-05 tested the same linear trend with on target labelled ND62a. A similar near vertical hole cut the same massive weak to moderately magnetic granodiorite from a depth of 5 to 131 m.

25 CONCLUSIONS AND RECOMMENDATIONS

Tres-Or's first drill program on the Notre Dame du Nord property succeeded in intersecting one kimberlitic body and a swarm of centimeter scale kimberlitic dyklets at a second location. A significant portion of the targets drill tested remain unexplained suggesting additional tools are required to prioritize targets in a more efficient manner. Supplementary EM geophysical methods such as Max Min or IP surveys as well as Soil Gas Hydrocarbon (SGH) sampling may be required. Target ND88 has proven to be a kimberlite. The immediate area about .NND63 hosts a high potential for additional kimberlitic bodies. A more extensive and detailed ground grid and surveys should be carried out over both targets to assist planning of future drill programs. An orientation survey over ND88 using the above mentioned geophysical and geochemical methods should be carried out. The results of the orientation survey should strongly influence Tres-Or's exploration methodology of ground proofing drill targets on the Notre Dame du Nord property.

26 REFERENCES

Beaumier, M., Dion, D-J., LaSalle, P., and Moorhead, J., 1993. Exploration du diamont au Temiscamingue. Ministere de l'Energie et des resources, PRO 93-08, 7 p.

Byron, M., 2000. Troika Kimberlite Frontenac Project Canabrava Diamond corporation, in-house report 53 p.

Card, K. D. and Poulsen, K.H., 1998. Geology and mineral deposits of the superior Province of the Canadian Shield. Chapter 2 In Geology of the Precambrian Superior and Grenville Provinces and Precambrian fossils. Geological Survey of Canada Geology of Canada v. 7, p. 13-194.

Ludden, J., and Hynes, A., 2000. The Lithoprobe Abitibi-Grenville transect: two billion years of crust formation and recycling in the Precambrian Shield of Canada. Canadian Journal of Earth Sciences, 37; 2-3, p. 459-476.

Rock, N.M.S., 1991. Lamprophyres. Blackie Van Nostrand Reinhold, 285 p.

Sage, R. P., 1996. Kimberlites of the Lake Timiskaming Structural Zone. Ontario Geological Survey, Open File Report 5937, 435 p.

Veillete, J., 1986. Former southwesterly ice flows in the Abitibi - Timiskaming region: implications for the configuration of the late Wisconsinian ice sheet. Canadian Journal of Earth Sciences, v. 23, p. 1724-1741.

27 STATEMENT OF QUALIFICATIONS

I, Andrew A. B. Tims, of 1190 Gatineau Blvd., Timmins, Ontario hereby certify that:

1.) I am the author of this report.

2.) I graduated from Carleton University, in Ottawa, with a Bachelor of Science Degree in Geology (1989).

I possess a valid prospector's license and have been practising my profession as a geologist involved in mineral exploration for the past 14 years.

4.) 1 am a practising member of the Association of Professional Geoscientist of Ontario as well as a Fellow of the Geological Association of Canada.

I do not hold or expect to receive any interest in the property described in this report.

6.) I consent to the use of this report by Tres-Or Resources.

Timmins, Ontario rew Tims April 18, 2004 Geologist Northern Mineral Exploration Services

28 APPENDIX 1- DIAMOND DRILL LOGS & LEGEND

29 Tres-Or Resources Geology Legend

Code Rock Name Code Rock_ Name 1 UNDIFF. MAFIC I UM VOLCANICS 6D LAMPROPHYRE 1A MASSIVE MAFIC VOLC 6E DIABASE 1B PYROCLASTIC BX, TUFF BX 6F TALC SCHIST 1C TUFF, LAPILLI TUFF, LAPILLISTONE 6G GABBRO 1D AMYGDALOIDAL FLOWS 6H PERIDIOTITE 1 E FLOW TOP BRECCIA 6K KIMBERLITE 1F CHLORITE / TALC-CHLORITE SCHIST 6P SPHERULITIC DIORITE 1G MAFIC VOLCANICLASTICS 6S SERPENTINITE 1H HYALOCLASTITE 6X SPINIFEX DYKE/FLOW 1N MASSIVE FLOW, POSSIBLY INTRUSIVE 7 FEL-INTERM HYPABYSSAL INTRUSIVE 1P P1 LLOWED FLOWS 7A QUARTZ PORPHYRY 1R PORPHYRITIC FLOWS 7B FELDSPAR PORPHYRY 1V VARIOLITIC FLOWS 7C QUARTZ-FELDSPAR PORPHYRY 1X SPINIFEX FLOWS 7D PEGMATITE, FELSITE, APLITE 2 UNDIFF. INTERMEDIATE VOLCANICS 7M McGIBBON PORPHYRY 2A MASSIVE INTERM VOLC 7N SYENITE 2B PYROCLASTIC BX, TUFF BX 7S QUARTZ /SERICITE SCHIST 2C TUFF, LAPILLI TUFF, LAPILLISTONE 8 FELSIC-INTERM PLUTONIC INTRUSIVE 2D AMYGDALOIDAL FLOWS 8A GRANITE, QUARTZ MONZONITE 2E ANDESITE 8B GRANODIORITE, TRONDHJEMITE 2F DACITE 9A AMPHIBOLITE 2G INTERM VOLCANICLASTICS 9B GARNET AMPHIBOLITE 2P PILLOWED FLOWS 9C GARNET MICA GNEISS (pelite) 2R PORPHYRITIC FLOWS 9D QUARTZ-FELDSPAR-MICA GNEISS(wacke) 3 UNDIFF. FELSIC VOLCANICS 9E BIOTITE GNEISS 3A MASSIVE FELSIC VOLC 9F FELDSPATHIC GNEISSS 3B PYROCLASTIC BX, TUFF BX 10 MIGMATITE 3C TUFF, LAPILLI TUFF, LAPILLISTONE CA CARBONATE 3D SPHERULITIC FLOWS CS CASING 3E RFIYOLITE CT CALCITE 3F DACITE CV IRON CARBONATE 3G FELSIC VOLCANICLASTICS FZ FAULT ZONE 3R PORPHYRITIC FLOWS LC LOST CORE 4 UNDIFF. CLASTIC SEDIMENTS OVB OVERBURDEN 4A AR,GILLITE, MUDSTONE Q QUARTZ 4B ARENITE, ARKOSE, WACKE, SILTSTONE Q/C QUARTZ/CARBONATE 4C CONGLOMERATE MYN MYLONITE 4Q QUARTZITE 5 UNDIFF. CHEMICAL SEDIMENTS 5A CHERT 5B OXIDE FACIES IRON FORMATION 5C CARBONATE FACIES IRON FORMATION 5D SULPHIDE FACIES IRON FORMATION 5G GRAPHITE 5M MARBLE,CALC-SILICATE 5S SILICATE FACIES IRON FORMATION 6 MAFIC-ULTRAMAFIC INTRUSIVES 6A DIORITE 6B PYROXENITE 6C PERIDOTITE / TALC SCHIST

Northern Minerals Exploration Services Hole Number NED03-01 DIAMOND DRILL LOG Page 1 of 1 Drill tog Summary

Project Number QUE-TRS Objective Kits Pick #1 as of Dec 6th, Target Tests ND-57. NTS 31M12 Depth (m) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 101 180 -48 Township/Area Nedelec Start Date (m/d/y) 12/15/2003 218 180 -43 Claim Number CDC0002602 Finish Date (m/d/y) Finish Date (m/d/y) 12/18/2003 Date Logged (m/d/y) 12/18/2003 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 620530 Hole Length 218 UTM Northing (m) 5272250 Core Location N. Cobalt Grid Identifier ND-57 Easting (+E,-W) 200 Distance to Water 300 Northing (+N,-S) 150 Core Size NQ

Elevation: 210 Casing Lost

Drill Log Summary:

Unremarkable Pontiac sediments with low to nil magnetic susceptibility values.

Tuesday, April 06, 2004

Northern Mineral Exploration Project Number QUE-TRS Hole Number NED03-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Length

0 3 Overburden OVB

3 14.5 Greywacke Medium grey, fine to medium grained, matrix composed of 40-50% medium grained subrounded to subangular feldspar plus 20-25% quartz and 5-10% fine-grained biotite, very weak foliation, poorly bedded, lower contact is marked by a 20 cm wide silicified-hematite stained fault; 4b

14.5 20.5 Greywacke Grey-brown, fine-grained, biotite rich feldspar rich matrix, weakly bedded, lower contact with prophryblast rich sediment is a well defined bedding conatct @ 45° TCA; 4b

20.5 38.3 Greywacke, Siltstone A succession of centimetre-scale interbedded fine-grained biotitic greywacke and prophryoblastic siltstone. The intergrowths seem to be composed of fine white vitreous radial silliminite crystals. Bedding averages 40° TCA. Trace silicified mafic volcanic pebbles. 4b

38.3 40 Silicified Sediment Medium grey, fine-grained, moderately silicified, weak pervasive sericite alteration, 1/2-1% very fine-grained disseminated pyrite, leading and trailing contacts are sharp at 25° TCA. 4b, sil

Tuesday, April 06, 2004 Page 1 of 2 Geology and Assays Northern Mineral Exploration Project Number QUE-TRS Hole Number NED03-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Lenjith

40 218 Greywacke A succession of centimetre-scale interbedded fine-grained biotitic greywacke and prophryoblastic siltstone. The intergrowths seem to be composed of fine white vitreous radial silliminite crystals. Bedding varied from to 40-50° TCA. 57.5 m - a quartz fine blocky fault; 40.0-123.0 m - unit becomes progressively more bedded, numerous late Qz filled fractures and irregular masses 123.0-218.0 m - weakly bedded to massive, weak to moderate pervasive biotite alteration; 4b

218 218 Dec 18, 2000 EOH

Tuesday, April 06, 2004 Page 2 of 2 Geology and Assays Northern Minerals Exploration Services Hole Number NED04-01 DIAMOND DRILL LOG PIJgP I Of l /)rill I. (P4,

Project Number QUE-TRS Objective Kit's pick - Target ND-57 Tests

NTS 31M11

Project Naine Notre Dame du Nord Drilling Company Forage Lafreniere

Township/Area NEDELEC Start Date (m/d/t) 3/13/2004

Claim Number CD00002601 Finish Date (m/d/y) Finish Date (nt/d/t') 3/19/2004

Dale Logged (m/dw) 3/19/2004 1,7 TM Zone 17 Geologist A.Tims, M.Ethier,E.Basa UTII Eastin;; (rn) 6.20424 Hole Length 154.2 UM Northing (nr) 5272176 Core Location N. Cobalt Grid Identifier ND-57

Fasting (+E,-U) 100 Distance tu Water 450

Northing (+N,-S) 50 Core Size BQ

Elevation: 211 C'asin, Lost

Drill Loi; Sunman::.:

Unremarkable poorly bedded greywacke with low to nil magnetic susceptibility values.

7}eesdur, .Jpril Ob, 2004 Northern Mineral Exploration Project Number QUE-TRS Hole Number NED04-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Length

0 22.3 Overburden OVB

22.3 44.9 Greywacke Fine-grained, greywacke with very weak to moderate and "coarse" mottled alteration. Bedding @ 45° to C A. 4b 23.01 23.07 very minor stringer with fairly strong alteration over 6 cm @ 35° to C.A.

44.9 54.07 Granodiorite Granodiorite dike - strong contrast but indefinite contact - possibly chilled margin. Medium grained, equigranular; locally k-spar rich pods: NON-magnetic 8b

54.07 154 Greywacke Fine grained sediments; medium-drk grey ; locally disseminaed pyrite with some pyite locally on slips; alteration mottling varies in size and intensity. Bedding @ 35° to C.A. 4b 154 154 End of Hole EOH

Tue.crlqr, April 116.2(1(19 Page I of I Geology and Assays Northern Minerals Exploration Services Hole Number GRD03-01 DIAMOND DRILL LOG

Page I of I Drill La,, .S"rrrnnirrrr

Project Number Notre Dame du Nord Objective Test magnetic target ND-088 picked Tests by Kit Campbell from hell-borne NTS 31M11 mag and EM survey Depth (nt) Azimuth (d) Dip (d) Project Naine Notre Dame du Nord Drilling Company Forage M Lafreniere 1.5 140 -43 Township/Area Guerin Twp, Quebec Start Date (nt/d/y) 12/19/2003 101 140 -38 Claim Number CDC1081298 Finish Date (m/d/y) 12/19/2003 199 140 -36 Finish Date (irt/d Ir) 12/21/2003 Date Logged (m/d/v) 12/22/2003 ('TM Zone 17 Geologist A. Tim s/M. Ethie r/E. Ba sa UTrl1 Easting (in) 627568 Hole Length 213 (1Tu'! Northing (rn) 5273260 Cure Location N. Cobalt Office Grid Identifier ND88

Lasting (+E,-14) Distance to Water 1000 Northing (+1V,-S) Core Size NQ

Elevation: 206 Casing Lost

Drill Log Summary:

Most of hole is a series of fine to medium-grained graded, immature wacke beds. Locally appears to be volcanoclastic with small mafic shards (possibly a welded ash tuff?). Load structures are observed indicating tops are up. Pyrite is observed throughout core, mostly on slip faces but not consistent distribution. Minor faults or fault zones at: 49.2, 69.8, 115.5, 133.8, 164.4, 190.8 Last 5cm is Breccia in ground, blocky core.

TUesdrrp, April 116. 2004

Northern Mineral Exploration Project Number Notre Dame du Nord Hole Number GRD03-01 DIAMOND DRILL LOG

Rock 7}-pe Geology Sample From To Rock Code No. From To Lenjth

0 1.5 overburden OVB

1.5 1.8 broken core broken core - some granite - probably granite at base of overburden

1.8 17.4 immature wacke fine-medium-grained, medium-grey wacke, massive; no banding/bedding 4b 1.8 2.1 broken core

2.3 2.5 broken core

6.2 6.6 breccia silicified, in-situ breccia, veryslightly blocky - core broken - not slip faces; light grey 9.5 11.1 blocky core 10 11.1 poor recovery of broken core 15.6 15.65 broken core with slips at -60° to CA

17.4 19.5 poorly bedded wacke medium grained, medium grey wacke; irregular and weak bedding becomes evident @ -50' to CA 4b

Tuc.edrn•, April Dh, 2004 Page I o/'fr Ge0i0,r and .-IsSurs

Northern Mineral Exploration Project Number Notre Dame du Nord Hole Number G RD03-01 DIAMOND DRILL LOG

Roek Type Geology Sample From To Rock Code No. From To Le►►.eNr

19.5 20.8 wacke massive bedding, no bedding 4b

20.8 33.5 wacke (volcaniclastic fine to medium grained sediments with small (1-2mm) biotite (?) lapilli? ash tuff?) 4b

33.5 34.5 wacke massive biotite, ash/lapilli tuff sediment with very weakbanding (possibly (volcaniclastic) foliation), rock is apaler grey with green colouration - chlorite alteration 4b 34.1 34.5 very fine grained. massive with very small biotite shards

34.5 48 7 wacke - new bed; paler grey at top darkening to dark grey by 37.8m. Medium grained: contact @ 45° to CA. 4b 39 39.3 broken core with slips at various angle - no gouge 43.3 43.6 2 x 1cm quartz veinlets with mior alteration, very weak quartz veinlet zone over — 10cm 43.9 44 broken core

Tuesday, April (16, 20(14 Prr,,e 2 0/ 6 Geology and Issrrrs Northern Mineral Exploration Project Number Notre Dame du Nord Hole Number GRD03-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Lenjth

48.7 61.8 wacke (tuffaceaous) medium-grained tuff with weak, irregularly-spaced bedding. Possible sillimanite overgrowths occur sporadically throughout this unit. 2-4% disseminated sulphides throughout core with —2-3% py smeared on slip faces. 4b 49.2 51.8 FAULT ZONE very broken core; pieces range from ground fines to 20cm lengths; qtz veining apparent in longer pieces - not mineralized. smokey qtz - irregular contacts 2 low angles to CA; some chlorite alteration associated with veins. Fairly soft rock (due to alteration) 60.5 60.8 2 x lcmintersecting qtz veinlets @ 15° and 25° to CA 61.5 61.8 broken core; • 1% disseminated py; 1piece of granitoid-looking rock 1cm wide (probably quartz vein with feldspar component)

Tue.cdqr, . lpril Ob, 2004 l'a;;e 3 of 6 Geologr and Assays' Northern Minertr! Exploration Project /Number Notre Dame du Nord Hole Number GRD03-01 DIAMOND DRILL LOG

Rock Tppe Geology Sample From To Rock Code No. From To Len2th

61.8 213 wacke - graded beds series of fine- to medium-/coarse-grained graded beds with varying degrees of sillimanite crystal growth (overprinting??). Core becomes very blocky in last 30m of hole. All beds are normally graded (where evident); several examples of load features to confirm beds have not been overturned. Biotite is throughout the core as a metamorphic component but does not impose an obvious fabric to the rock. Generally the finer grained sections at the tops of the beds show better bedding and the lower, more medium-grained portions are more massively bedded. 4b 61.8 63.4 one graded bed• biotite tuff more prominentin coarser section at base of bed. 61.8 62 moderately strong bedding parallel to 4 slips @ 45° to CA; 2% py on slip surfaces 63.4 65 graded bed 65 86.3 graded beds variably developed: sporadic sillmanite crystal growth locally 69.8 70 FAULT blocky core; - 2cm in situ broken quartz veining: 69.8 72 moderate clorite alteration - distinct green colouration 80.3 80.9 good.medium - coarse grained massive bedded, immature wacke; weak fabric @ 55° to CA 83.1 83.5 qtz vein zone - weak veining. chlorite and epidote, veins @ 40° to CA and cross-cutting @ 90° is one vein @ 45' to CA:no mineralization

Tuesday, April 116. 2004 Page 4 0l' 6 Geology and Assays Northern Mineral Exploration Project Number Notre Dame du Nord Hole Number GRD03-01 DIAMOND DRILL LOG

Rock Type Geology Sample Front To Rock Code No. From To Len;Ne

91 91.5 broken core with low angle slips @ - 20° to 30° to CA - possible fault but NO gouge, no mineralization 95.6 95.9 vein zone - 1 x 2cm milkyqtz vein @ 40° to CA,fauiriy sharp contacts.nomineralization, rest is distorted and drawn out wispy qtz veining 115.5 115.7 FAULT broken core with - 3cm soft but intact gouge; no shearing, no alteration, no mineralization 151.85 152.2 silicified quartz vein,with - 5% py in vein - looksinteresting; lower contact of silicification is - 40° to CA; some chlorite 164.4 167 FAULT ZONE alibroken core ranging from < 1mm to 10-20cm pieces; a number of 1cm qtz veins in zone from 30° to 50° to CA; locally 3-5%py: no obvious gouge: some alteration but inconsistent 169.4 172 Fault zone?? - broken core ranging from <0.5cm up to 10-15cm with 12cm quartz vein @ 169.5: lower contact is very irregular, milky white qtz with chlorite and orange feldspar @ 45° to CA; 1-4%py - irregularly distributed; most slips pretty clean - a few have a thin veinlet of qtz along its contact- mostly @ 40° to - 45° to CA 172.6 173 broken core from 2- 10m pieces - only 1 strong straight slip face @ 45° to CA (don't think it's a fault) 173 173.6 well-developped bedding with coarse lenses in fine-grained beds 170 213 a lot of broken core from here to end of hole. Only one probable fault in all the blocky, broken ore. Lots of slip faces, mostly @ -30° to - 45° to CA

Tuesday, April lJh, 2004 l'trp;c i of 6 Geology wit/ Assays

Norther Mineral Exploration Project Number Notre Dame du Nord Hole Number GRD03-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. Fran; To Length

190.8 193.4 Fault Zone extremely broken core, from gouge to 2 x 10cm pieces. Gouge is grainy and sticks together retty well. 2-4%py locally - not ervasive. 202.8 202.95 strong 12cm true width milky white qtz vein, minor chlorite, possibly minor pyrrhotite at lower contact 213 213 End of Hole EOH

Page 6 Geology rrnd.-Ls.+'ur.c Tue.stitn•, April 06, 2004 of 6 Northern Minerals Exploration Services Hole Number GRD04-01 DIAMOND DRILL LOG Page 1 of I Drill Log Suou,u,ry

Project Number QUE TRS Objective Testing the magnetic and Tests resistivity anomaly ND-88 NTS 31M11 Depth (ni) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 15 275 -55 Township/Area Guigues Start Date (m/d/y) 2/1/2004 30 275 -55 Claim Number CDC1081298 Finish Date (n/d/y) 60 275 -55 Finish Date (nt/tli) 2/7/2004 120 275 -55 Date Logged (m/d/p) 2/6/2004 150 275 -55 UTM Zone 17 190 275 -54 Geologist A.TIMS UTlll Easting (m) 627699 Hole Length 193 UT,11 Northing (nt) 5273244 Core Location Grid Identifier ND-88 Fasting (+E,-bb) 425 Distance to Water 340 Northing (+N,-S) o Core Size NQ

Elevation: 340 Casing Lost 14

Drill Log Stmtmrr rr:

A 62.5 m interval of Kimberlite Tuffisistic Breccia was intersected between 86.9 and 149.4 m explaining a portion of anomaly ND-88.

Saturday. February Ll', 2004 Northern Mineral Exploration Project Number QUE TRS Hole Number GRD04-01 DIAMOND DRILL LOG

Geology Sample From To Rock Code No. From To LerrtJth Au (ppb) Au (;;/t)

0 13 Overburden Clay, sand and gravel with the final 4 m composed of numerous 1 ni size boulders OVB

13 86.9 Greywacke Medium grey, fine to medium grained, matrix composed of 40-50% medium grained subrounded to subangular feldspar plus 20-25% quartz and 5-10% fine-grained biotite, very weak foliation, moderately bedded on the centimetre-scale at 20° TCA, trace Py along foliation planes; Magnetic Susceptibility readings average 0.01 13.0-30.4 m - collared into a strong brittle fault with slip planes at 10° TCA, minor granitic dyke, variably silicified with carbonate along fractures. very blocky; 55.1-60.5 m - blocky/broken core, hematite stained, moderately foliated at 25° TCA, slip surfaces range from 10-25° TCA: 73.5-80.5 ni - similar fault zone; 4b

.Suturduy, February 07, 2004 Page I q(? Georogr and .assqy,c Northern Mineral Exploration Project Number 1234 Hole Number G R D04-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Leu;:1h Au (pph) Au (2/1)

86,9 149.4 Kimberlite Mottled colour due to abundant white, grey and dark grey fragments in a bluish green matrix, clasts are composed of fossiliferous limestone, greywacke, siltstone, mantle xenoliths and phologopite, limestone, siltstone and greywacke clasts are angular and average 2-3 cm in size with the limestone typically possessing a reaction rim, rounded to subrounded mantle xenoliths are 1-2 cm in size and are composed of olivine and garnets, the fine-grained matrix consists of illminite plus rare garnet, 20-30% pelletal lapilli (ranging between 0.5-2.0 mm in size) all set in a very fine-grained mass of phologopite and serpentine, olivine macrocrysts are fine-grained and variably altered by serpentine, carbonate is ubiquitous throughout. the unit is weak to moderately magnetic. a soft, soapy textured rock of variable competency. upper contact with greywacke is in broken core at -25° TCA. lower contact is lost in broken core; No significant variation in the type and % of fragments was evident; Magnetic Susceptibility readings range from .25 to .40; 134.6-139 2 m - matrix becomes progressively lighter to a light grey due to an increase in carbonate, likewise Py locally reaches up to 1% at irregular masses of fine cubes within the matrix, 139.2-144.5 m - broken, rubbly core with numerous sections of gouge. locally matrix is totally replaced by white carbonate; 148.5-149.4 m -core becomes progressive blocky to lower contact with country rock 6k

149.4 193 Greywacke Medium grey. fine to medium grained, matrix composed of 40-50% medium grained subrounded to subangular feldspar plus 20-25% quartz and 5-10% fine-grained biotite. weak foliation. moderately bedded on the centimetre-scale at 20° TCA, trace Py along foliation planes; Magnetic Susceptibility readings average 0.01 Upper 2 m is strong foliated at 10° TCA; 4b 193 193 EOH EOH

Saturday, February 07, 21104 Page 2 42 Geology and Assays

Northern Minerals Exploration Services Hole Number GRD04-02a DIAMOND DRILL LOG Page 1 of I Drill Log Summary

Lç.xt1 -4.-xa: _e~..~...n.i..3.-`

Project Number 1234 Objective A sigmodial magnetic high under Tests Riviere Quinze. NTS 31M11 Project Name Noie Dame du Nord Drilling Company Forage M. Lafreniere Township/Area Guerin Start Date (m/d/y) 3/1/2004 Claim Number CDC0013039 Finish Date (m/d/y) Finish Date (m/d/y) 3/8/2004 Date Logged (m/d/y) 3/11/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 621965 Hole Length 116 UTM Northing (m) 5271903 Core Location N.Cobalt Grid Identifier ND-66_67 Easting (+E,-W) 275 Distance to Water 25 Northing (+N,-S) 50 Core Size BQ

Elevation: 201 Casing Lost

Drill Log Summary: A pyritic sediment consisting of 5-6% Py and 1-2% Po explained the magnetic signature. Minor sericte/hem and tourmaline accompanied the sulphides.

Rods jammed at 30 m and hole abandoned.

Tuesday, April 06, 2004

Northern Mineral Exploration Project Number QUE-TRS Hole Number GRD04-02a DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Length Au (ppb) Au (Rh)

0 15.5 Overburden OVB

15.5 33.1 Greywacke Dark to light grey, fine-grained feldspar-biotite matrix, medium to coarse-grained aluminosilicate porphryblasts, bedding avergaes 15° TCA; 21.0-33.1m - weak to moderate sericite alteration accompanied by 2-3% Py and 1-2% Po in fine dissemiantions and as centimetre-scale lenses which may have been a sulfide bed; 4b 33.1 33.1 End of Hole EOH

Tuesday, April 06, 2004 Page 1 of I Geology and Assays

Northern Minerals Exploration Services Hole Number GRD04-02 DIAMOND DRILL LOG Page 1 of 1 Drill Log Summary

Project Number 1234 Objective Test an arcuate magnetitic high Tests under Riviere Quinze. Original hole, NTS 31M11 GRD04-02a, abandoned due to jammed rods. Depth (m) Azimuth (d) Dip (d)

Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 116 150 -68 Township/Area Guerin Start Date (m/d/y) 3/8/2004 15 150 -70 Claim Number CDC0013039 Finish Date (m/d/y) Finish Date (m/d/y) 3/11/2004 Date Logged (m/d/y) 3/11/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 621965 Hole Length 116 UTM Northing (m) 5271903 Core Location N. Cobalt Grid Identifier ND-66_67 Easting (+E,-W) 270 Distance to Water 25 Northing (+N,-S) 50 Core Size BQ

Elevation: 338 Casing Lost

Drill Log Summary:

The magnetic target was explained as a Po bearing sulphide horizon within Pontiac greywackes. A pyritic sediment consisting of 5-6% Py and 1-2% Po explained the magnetic signature. Minor sericte/hem and tourmaline accompanied the sulphides. Ten samples were taken for gold assay. 31501 to 31510

Tuesday, April 06, 2004

Northern Mineral Exploration Project Number QUE-TRS Hole Number GRD04-02 ni emnryn nuy r r nr

Rock Type Geology Sample From To Rock Code No. From To Length Au (ppb) Au (R/t)

0 13.9 Overburden OVB

13.9 22.2 Greywacke Dark grey, fine-grained, matrix composed of feldspar biotite and quartz, 15-20% medium to coarse-grained aluminosilcate porphryblasts, bedding is at 25° TCA, final metre is moderately siliceous with porphryblasts absent and 20% fine-grained disseminated biotite throughout, contact with alteration front is irregular but sharp, magnetic susceptibility averages 0.01 or less; 4b

22.2 51 Altered Greywacke Light grey, fine-grained, relic bedding is present at 20° TCA, matrix is 31501 20.4 22.4 1.60 0 composed of very fine-grained sericite with fine-grained biotite books 31502 22.4 24 1.60 0 producing a spotted texture, trace to 3% disseminated Py throughout 31503 24 26 2.00 0 with local sulpide content reaching 5-6% Py and 1-2% Po as 31504 26 28 2.00 0 centimetre-scale pods and lenses, possible Aspy, the Po occurs as replaces Py in the lenses and as fracture fill, minor quartz-ankerite 31505 28 30 2.00 0 veinlets compose less than 1% of interval,; 35.7 m - a fault with gouge @ 10° TCA with carbonate and Py cementing 31506 30 32 2.00 0 the gouge, irratic hematite staining of to host rock occurs as a halo 31507 32 34 2.00 0 about the fault with 1-2% clots of fine accicular tourmaline, 31508 34 36 2.00 0 31509 36 38 2.00 0 31510 38 40 2.00 0 31511 40 41.8 1.80 0 4b,ser,sil,py,po

Tuesday, April 06, 2004 Page 1 of 2 Geology and Assays Northern Mineral Exploration Project Number QUE-TRS Hole Number GRD04-02 DIAMOND DRILL LOG 6 &+. ~~.~ ~..

Rock Type Geology Sample From To Rock Code No. From To Length Au (ppb) Au (2/1)

51 116 Greywacke Similar to previous greywacke unit. Dark grey, fine-grained, matrix composed of feldspar biotite and quartz, 15-20% medium to coarse-grained aluminosilcate porphryblasts, bedding is at 25° TCA, final metre is moderately siliceous with porphryblasts absent and 20% fine-grained disseminated biotite throughout 4b 116 116 End of Hole EOH

Tuesday, April 06, 2004 Page 2 of 2 Geology and Assays Northern Mineral Exploration Project Number: QUE-TRS DIAMOND DRILL LOG Hole Number: GRD04-02

Sample No. Au (ppb) A u (g/t) 31501 0 31502 0 31503 0 31504 0 31505 0 31506 0 31507 0 31508 0 31509 0 31510 0 31511 0

Tuesday, April 06, 2004 Page ! of 1 Assays

Northern Minerals Exploration Services Hole Number GRD04-03 DIAMOND DRILL LOG Page 1 of I Drill Log S,,mmar

Project Number QUE-TRS Objective Tests

NTS 31m11 Depth (ni) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 50 225 -65 Township/Area Guerin Start Date (m/W) 3/2/2004 223 225 -65 Claim Number CDC1074054 Finish Date (add/y) 3/9/2004 Date Logged (m/d/j) 3/9/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 622729 Hole Length 223 UTM Northing (;n) 5272781 Core Location N. Cobalt Grid Identifier ND68 Easting (+E,-W) 175 Distance to Water 60 Northing (+N,-S) -25 Core Size NQ Elevation: 232 Casing Lost

Drill Log Summary:

Well bedded greywacke exhibiting nil to very weak magnetic susceptibility.

Swanky. ,-Ipril 17. 2004

Northern Mineral Exploration Project Numberber QUE-TRS Hole Number GRD04-03 DIAMOND DRILL LOG

Rock Type Geology Sample Front To Rock Code No. Front To Length

0 42 Overburden OVB

42 223.3 Greywacke Medium grey, fine to medium grained, matrix composed of 40-50% medium grained subrounded to subangular feldspar plus 20-25% quartz and 5-10% fine-grained biotite, very weak foliation, poorly bedded with centimetre-scale siltstone beds, bedding averages 10° TCA, bedding is accenuated by contrasting aluminosilicate assemblages - more argillaceous beds are chararcterized by medium to coarse-grained silliminite and andalusite porphyroblasts whereas the fine greywacke is host to fine to medium-grained silliminite, trace suphildes as disseminated Py, magnetic susceptability is nil t low; 148.0-150.0 m - minor quartz veining at 10-20° TCA; 157.5 m -a well rounded feldspar-porphry cobble with locally up to 1% pebbles; 156.0-216.9 m - an interval of fine greywacke with trace aluminosilicates, bedding at 10-15° TCA, numerous dirty white quartz vein lets and patches; 4b 223.3 223.3 End of Hole EOH

,Satrrrduj•,.-Ipril 17, 2004 Page 1 of I Geology and .l.Nsars Northern Minerals Exploration Services Hole Number GRD04-04 DIAMOND DRILL LOG Page 1 of 1 Drill Log Sunuuarr

Project Number QUE-TRS Objective Strong Inverse Magnetic High Tests NTS 31m11 Depth (m) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 8 360 -50 Township/Area Guerin Start Date (n/d/y) 3/9/2004 122 360 -50 Claim Number CDC1081298 Finish Date (m/d/y) 3/14/2004 Date Logged (m/d/►) 3/14/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 627303 Hole Length 122 UTM Northing (m) 5273120 Core Location Grid Identifier NDB8 Easting (+E,-J1) Distance to Water 450 Northing (+N,-S) Core Size NQ Elevation: 266 Casing Lost

Drill Log Samoan;►': The magnetic anomaly was not explained.

Sutardql', April I ". 2004 Northern Mineral Exploration Project Number QUE-TRS Hole Number GRD04-04 DIAMOND DRILL LOG

Rock Type Geology Sample Front To Rock Code No. From To LenL'th

0 6.1 Overburden OVB

6.1 39.5 Greywacke Medium grey, fine to medium grained, matrix composed of 40-50% medium grained subrounded to subangular feldspar plus 20-25% quartz and 5-10% medium-grained biotite-books, very weak foliation with biotitealighned at 70° TCA; 10.7 m - 2 cm wide fault gouge with slip plane @ 45° TCA;

8b

39.5 99 Greywacke Similar to previous interval but with well defined bedding exhibiting strong GRD04-04 51 52 1.00 folding in more finely laminated boititic siltstone beds; 51.0 ni - a I m wide sand seam, very fine-grained sand, highest magnetic susceptibility encountered in hole; 8b

99 122 Greywacke Medium grey, fine to medium grained, matrix composed of 40-50% medium grained subrounded to subangular feldspar plus 20-25% quartz and 5-10% medium-grained biotite-books, very weak foliation with biotitealighned at 70° TCA, weakly fractured with minor quartz veining, locally blocky; 8b 122 122 End of Hole EOH

Tue.crlqy. April 06, 2004 Page 1 of 1 Geology and : Iss'gPs Northern Mineral Exploration Services Hole Number GUD04-01 DIAMOND DRILL LOG Page 1 of I Drill Log Summary

Project Number QUE-TRS Objective A 100 m wide bulls eye magnetic Tests anomaly, ND-63. NTS 31m11 Depth (m) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 60 360 -69 Township/Area Guigues Start Date (m/d/y) 2/10/2004 100 360 -68 Claim Number CDC1102689 Finish Date (m/d/y) 2/12/2004 150 360 -67 Date Logged (m/d/y) 2/11/2004 210 360 -66 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 621590 Hole Length 210 UTM Northing (m) 5268656 Core Location Grid Identifier ND-63 Easting (+E,-W) 150 Distance to Water 150 Northing (+N,-S) -25 Core Size NQ Elevation: 227 Casing Lost 20

Drill Log Summary: Aluminosilicate rich greywackes and siltstones of the Pontiac Group where encounter from the collar to the end of the hole. A x m wide weakly magnetic granodiorite dyke and four centimetre-scale kimberlitic dyklets where encountered between 99 and 145 m. The size and magnitude of the magnetic anomaly was not explained.

Wednesday, February 18, 2009

Northern Mineral Exploration Project Number QUE-TRS Hole Number GUD04-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Length

0 20 Overburden OVB

20 97.5 Greywacke Medium grey, fine to medium-grained, weakly bedded at 15° TCA, weak pervasive biotite overprinting throughout, variable aluminosilicate content with coarse-grained andalusite present in siltstone inter-beds, weak to moderately fractured throughout, trace fine-grained cubic pyrite, minor grey quartz-ankerite veining, non magnetic with Susceptibility readings averaging 0.01; 85.6 m - minor fault gouge; 4b 51 51.5 Granodiorite Dyke 8b Moderately silicified with 112 cm chill margin, weakly magnetic, contacts at 50° TCA;

97.5 101 Granodiorite Medium grey, fine to medium grained, massive, sharp contacts at 60° & 70°, weakly magnetic, Susceptibility readings average 0.2; 8b

Wednesday, February 18, 2004 Page 1 of 2 Geology and Assays Northern Mineral Exploration Project Number QUE-TRS Hole Number GUD04-01 DIAMOND DRILL LOG

Rock Type Geology Sample From To Rock Code No. From To Leniith

101 210 Greywacke Medium grey, fine to medium-grained, weakly bedded at 15° TCA, weak pervasive biotite overprinting throughout, coarse-grained andulsite is present throughout, weak to moderately fractured throughout, trace fine-grained cubic pyrite, minor grey quartz-ankerite veining, non magnetic with Susceptibility readings averaging 0.01; 100.4 m - a 2 cm dark green, fragment bearing, serpentine rich Kimberlitic dyklet at 40° TCA, moderate to strong pervasive carbonate throughout, moderately magnetic with Susceptibility readings averaging 0.35; 105.0 m - a similar 2 cm wide Kimberlitic dyklet @ 10° TCA, garnet, illmenite bearing with relict altered olivine and kimberlite fragment, pervasive carbonate throughout, moderately magnetic with Susceptibility readings average 0.40; 121.2-122.5 m - medium grey, fine to medium grained, massive granodiorite dyklet, weakly magnetic, Susceptibility readings average 0.2;

127.5-132.0 m - —20% coarse-grained andalusite in a siltstone bed; 141.3 m - a 2 cm wide Kimberlitic dyklet @ 10° TCA; 144.7 m - a 2.5 cm wide Kimberlitic dyklet @ 35° TCA, grey green, relict altered olivine, weakly magnetic,; 4b 210 210 End of Hole EOH

Wednesday, February 18, 2004 Page 2 of 2 Geology and Assays

Northern Minerals Exploration Services Hole Number GUD04-02 DIAMOND DRILL LOG Page 1 of I Drill Log Summary

Project Number 1234 Objective A weak airborne mag high and Tests resistivity low. Ground mag results NTS 31M11 were inconclusive. Depth (m) Azimuth (d) Dip (d) Project Name Notre-Dame du Nord Drilling Company Forage Lafreniere 106 270 -70 Township/Area Guigues Start Date (m/d/y) 2/10/2004 Claim Number CDC 1093360 Finish Date (m/d/y) 2/19/2004 Date Logged (m/d/y) 2/19/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 621722 Hole Length 106.3 UTM Northing (m) 5271055 Core Location Grid Identifier ND-64 Easting (+E,- TV) 250 Distance to Water 350 Northing (+N,-S) o Core Size NQ

Elevation: 233 Casing Lost 36

Drill Log Summary: Variable silicifiedsediments with a moderate biotite overprint and aluminosilicate porphyrblasts throughout. No explaination for the weak anomaly other than it is part of a large contact aureole about the granite.

Friday, February 20, 2004 Northern Mineral Exploration Project Number QUE-TRS Hole Number GUD04-02

1.1,1211V11151lliYVlLŸLl ÛlInLLL LV V

Rock Type Geology Sample From To Rock Code No. From To Length

0 47.3 Overbuden A bouldery sub-surface from 44-47.3 m.

Ovb

47.3 106.3 Greywacke Medium grey, fine-grained, a feldspar-biotite rich matrix +/- quartz, moderately bedded at 25-35° TCA, medium-grained aluminosilicate porphyryblasts occur throughout averaging 10--15%, the very fine-grained silty beds host the greatest concentation of porphyryblasts and are coarse-grained, minor centimetre scale quartz veining at 5-20° TCA, 2-3% fine biotite books (porphyryblasts) are present throught, trace fine-grained disseminated Py, magnetic suseptability averages 0.01; 94.5- 97.5 m - blocky core; 98.0 m - a 2 cm wide dark grey-green dyklet, non magnetic, no 4b 93.1 93.8 Mafic to Ultramafic intrusive 6 Green, very fine to fine-grained, massive, composed of fine mica and feldspar, no fragments, no carbonate, moderately hard, non magnetic, mag sus of 0.04, leading and trailing contacts lost in broken core. 106.3 106.3 End of Hole Feb 19, 2004 EOH

Friday, February 20, 2004 Page 1 of 1 Geology and Assays

Northern Minerals Exploration Services Hole Number GUD04-03 DIAMOND DRILL LOG Page 1 of 1 Drill Log Summary

Project Number QUE-TRS Objective To scissor target ND-63 from the north to test if Tests the first hole on this target, GUD04-01, was NTS 31M11 running parallel to the northern contact of a Depth (m) Azimuth (d) Dip (d) kimberlitic body - the source of the kimberlitic dyklets encountered in GUD04-01. 116 180 -75

Project Name Notre Dame-du-Nord Drilling Company Forage Lafrenier Township/Area Guigues Start Date (m/d/y) 2/12/2004 Claim Number CDC1102889 Finish Date (m/d/y) Finish Date (m/d'y) 2/14/2004 Date Logged (m/d/y) 2/15/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 621590 Hole Length 116 UTM Northing (m) 5268656 Core Location Grid Identifier ND-63 Easting (+E,-i3) 150 Distance to Water 150 Northing (+N,-S) 50 Core Size NQ

Elevation: 160 Casing Lost 18

Drill Log Summary: Greywacke was encountered throughout the hole with the exception of a 7 m wide weakly magnetic granodiorite dyke. The kimberlitic dykes encountered in GUD04-01 were not encountered.

Monday, February 23, 2004

Northern Mineral Exploration Project Number QUE-TRS Hole Number GU D04-03

~1~`11YÎ V1 VÛ LL1l LL L~ t.,1...7 16164.2 P,741

Rock Type Geology Sample From To Rock Code No. From To Length

0 20 Overburden OVB

20 97.45 Greywacke Medium grey, fine to medium-grained, weakly bedded at 15° TCA, weak pervasive biotite overprinting throughout, variable aluminosilicate content with coarse-grained andalusite present in siltstone inter-beds, weak to moderately fractured throughout, trace fine-grained cubic pyrite, minor grey quartz-ankerite veining, non magnetic with Susceptibility readings average 0.01; 32.4-40.0 m - dark grey, relic fine bedding at 30-35° TCA, 40-45% mediumm to coarse-grained anadulsite porphyrblasts; 4b

97.45 104.5 Granodiorite Dyke Mottled very pale grey, medium to coarse-grained, massive, groundmass composed of 25% pale pink feldspar, 40% dirty white feldspar, 15-20% quartz and 12-15% biotite, trace Py, grain size varies over the meter scale, leading contact is sharp © 65° TCA, trailing contact is 45° TCA, weakly magnetic with magnetic susceptibility averaging 0.17; 8b

104.5 116 Greywacke Similar weakly bedded aluminosilicate bearing sediment; Medium grey, fine to medium-grained, weakly bedded at 15° TCA, weak pervasive biotite overprinting throughout, variable aluminosilicate content with coarse-grained andalusite present in siltstone inter-beds, weak to moderately fractured throughout, trace fine-grained cubic pyrite, minor grey quartz-ankerite veining, non magnetic with Susceptibility readings average 0.01; 4b 116 116 End of Hole Feb 14, 2004 EOH

Monday, February 23, 2004 Page I of 1 Geology and Assays Northern Minerals Exploration Services Hole Number GUD04-04 DIAMOND DRILL LOG

VF,~.~t-.•.: Y a+ i:::.N i.. _',1.:~d~~ .s. ~':-â.a?H°iffi~.~~.'â~i.:.~éFY4 ~~~%~~

Page 1 of 1 Drill Log Summary

Project Number QUE TRS Objective Test a linear magnetic low with the granodiorite Tests

NTS 31M11 Depth (m) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 50 360 -85 Township/Area Guigues Start Date (m/d/y) 2/20/2004 100 360 -84 Claim Number CDC1093356 Finish Date (m/d/y) 2/27/2004 163.1 360 -83 Date Logged (m/d/y) 2/27/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 620920 Hole Length 163.1 UTM Northing (m) 5269898 Core Location N. COBALT Grid Identifier ND-61_62b Easting (+E,-W) 200 Distance to Water Northing (+N,-S) o Core Size NQ Elevation: 252 Casing Lost 4

Drill Log Summary: Massive, weakly fractured granodiorite was encountered exhibiting weak magnetism throughout.

Friday, March 05, 2004 Northern Mineral Exploration Project Number QUE TRS Hole Number GUD04-04 DIAMOND DRILL LOG ... . ~,~;~.:~.. ~~'>,AA < .;_* . ..:.... "x' ~k2a~`..~.~~3`a~dk~:.~kfir~~%sa,i:-+'7;~..~~` sx~.~.~`U~~~i_?é'....

Rock Type Geology Sample From To Rock Code No. From To Length

0 4 Overburden Ovb

4 163.1 Granodiorite Mottled very pale grey, medium to coarse-grained, massive, groundmass composed of 25% pale pink feldspar, 40% dirty white feldspar, 15-20% quartz and 12-15% biotite, trace Py, grain size varies over the meter scale, 2-3% irregular to subrounded mafic (biotite) zenoliths; Susceptibility readings: 4.0-44.0 m - 0.01 to 0.45 45.0-163.1m - 0.09 to 0.27

62.9 m - 1 cm wide fault gouge; 119.8 m - a 40 cm wide sand seam; 135.5-135.6 m - a coarse brecccia, hematite stained clasts; 148.1 m - a 10 cm wide mafic dyke at 45° TCA

8b 163.1 163.1 End of hole EOH

Friday, March 05, 2004 Page 1 of 1 Geology and Assays

Northern Minerals Exploration Services Hole Number GUD04-05 DIAMOND DRILL LOG Page 1 of 1 Drill Log Summary

Project Number QUE-TRS Objective Tests

NTS 31M11 Depth (m) Azimuth (d) Dip (d) Project Name Notre Dame du Nord Drilling Company Forage Lafreniere 50 360 -85 Township/Area Guigues Start Date (m/d/y) 2/27/2004 100 360 -84 Claim Number CDC1093357 Finish Date (m/d/y) Finish Date (m/d/y) 2/27/2004 Date Logged (m/d/y) 2/28/2004 UTM Zone 17 Geologist A.TIMS UTM Easting (m) 621099 Hole Length 130.7 UTM Northing (m) 5269854 Core Location N. Cobalt Grid Identifier ND-62b Easting (+E,-W) 380 Distance to Water Northing (+N,-S) -62 Core Size NQ

Elevation: 248 Casing Lost

Drill Log Summary:

Massive, weakly fractured granodiorite was encountered exhibiting weak magnetism throughout.

Tuesday, April 06, 2009 Northern Mineral Exploration Project Number QUE-TRS Hole Number GUD04-05 nT 41y1nNn nRTT.I. r.nr

Rock Type Geology Sample From To Rock Code No. From To Length

0 4.8 Overburden Ovb

4.8 130.7 Granodiorite Mottled very pale grey, medium to coarse-grained, massive, groundmass composed of 25% pale pink feldspar, 40% dirty white feldspar, 15-20% quartz and 12-15% biotite, trace Py, grain size varies over the meter scale, 2-3% irregular to subrounded mafic (biotite) zenoliths, weakly magnetic; Susceptibility readings: 2.4-100.0 m - averages 0.24 101-130.7 m - average of 0.13 8b 130.7 130.7 End of hole EOH

Tuesday, April 06, 2004 Page 1 of 1 Geology and Assays _ -FS S~ EUR MINES PESSOUPCESN~- R

P~c~nWO. ~~~,~,~,stl+.~ ~1~~~

APPENDIX 2 - DRILL SECTIONS AND PLAN

30

620000 621000 622000 623000 624000 625000 626000 627000 628000

1075235 1075231 Magnetic Declination 1.2°W 1081t 107 I GRD04-04 ''1O74D65 0 a $ m0 NEDI=LEC GUERIN 2594025 Op w 4' Q ; GRD04-03 I $ 074053 II ~ ~+ 1074054 N 1 NED03-01 ~ _.~.t..,r~. ..i ~. 11721M.

GRD04-02, 2a~ NED04-01 1075214 1075215 U 2E R *. 0013039 33511093352 w W

09 1104224 1104226 1104226 c 002808 ô

I ' V N ~ ; GUD04-04 ti 2607 1104222

0a 1075222 1081985

0002583 1081984 GU IGUEE BABY 1081982 1102890 0002582 GUD04-03 1081981 , 2 1081983 {.~ 0002581 110288 ~. TRES-OR RESOURCES LTD 1102888 0002580 GUD04-01 Drill Collar Location 1102887 Notre Dame du Nord Property

1104215 DRILL HOLE LOCATION MAP 0.4 0 0.4 0.8 Kilometers 1:40 000 Scale UTM Zone 17 NAD83I

620000 621000 622000 623000 624000 625000 626000 627000 628000 APPENDIX 3 - GOLD ASSAY CERTIFICATE

Swastika Laboratories Ltd 4/111r 1:stablished 1928 Assaying - Consulting - Representation

Assay Certificate 4W-0532-RA1

Company; TRES-OR RESOURCES LTD Data: APR-02-04 Project: Que-Trs Awl; L_ Duffel We hereby certify the following Assay of 11 Rock samples submitted MAR-31-04 by . sample Au Au Check Number g/tonne g/tonne 31501 Nil 31502 Nil 31503 Nil 31504 Nil Nil 31505 Nil - 31506 Nil 31507 Nil 31508 Nil 31509 Nil Nil 31510 Nil 31511 Nil Blank Nil STD OxK18 3.29

Certified by

I Cameron Ave., P.O. Box 10, Swastika, Ontario PDX 1TO Telephone (705) 642-3244 Fax (705) 642-3300