S2J16NEMee It GREENBUSH LAKE 010 DIAMOND DRILLING AREA: GREENBUSH LAKE REPORT NO: 11 WORK PERFORMED FOR: BOND GOLD CANADA INC. RECORDED HOLDER: SAME AS ABOVE : OTHER CLAIM NO. HOLE NO. FOOTAGE DATE NOTE PA 962206 GL90-01 100.OM MAR,90 NOTE: (1) #W9003.071, files June, 1990
BOND GOLD CANADA INC. DIAMOND DRILL HOLE REPORT Page IK 1 of 8 Hole No. GL90-01 Property GREENBUSH LAKE Location GRID A Claim No. 962206 Section 2+OOW Started MARCH 24, 1990 Finished MARCH 26, 1990 NTS 52J Comments Northing 1+15S Easting 2+OOW Elevation 1000 Surv. E. N/A Surv. N. N/A Logged by ADRIAN BRAY Checked by ADRIAN BRAY Core BQ Grid Orient.335 DH Grid Az.O Length (m) 100.00 Dip-Collar -S3 DH Comp.Bear335 Drill No. 1248 Foreman Drill Co. MIDWEST Depth Dip Azimuth Test 96.0-53 ACID Depth Dip Azimuth Test FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au ppb Check Au ppb SUMMARY 0.00 21.30 CASING 21.30 30.20 METAGREYWACKE 30.20 38.70 METAGREYWACKE (STRAIN ZONE) 38.70 49.92 METAGREYWACKE 49.92 53.28 BANDED IRON FORMATION S3.28 100.00 METAGREYWACKE 100.00 100.00 END OF HOLE
BOND GOLD CANADA INC. HOLE Ut : GL90-01 PAGE Df 2 of FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au PI* Check Au ppb 0.00 21.30 CASING 21.30 30.20 METAGREYWACKE Weakly gneissic, fine to medium grained metagreywacke. Dark grey in colour, composed of approximately 60X biotite and 40X subangular quartz averaging 0.2 cm. Weak gneissic fabric developed resulting from a partial planar alignment of the biotite crystals. Gneissic fabric averages 40 degrees to the C.A. The unit averages 1-2X milky white siliceous (quartz) material as 0.2-3.0 cm stringers, veinlets and veins. These may exhibit narrow, bleached haloes. Quartz stringers, veinlets and veins are conformable with the gneissic fabric. 21.30 22.00 Blocky core with 0.50 m of core loss. 23.33 23.78 Fault gouge. Carbonate-rich mud with larger gravel fragments. No apparent core loss. 24.05 24.75 Zone of milky white siliceous (quartz) stringers and veinlets up to 1.0 cm in width. Averages 10-12X quartz, which may contain fine hair-tine Fa-oxide stained fractures. Quartz stringers and veinlets average 40 degrees to the C.A. 24.76 24.80 Blood red stained (Fe-rich carbonate) fractured surface at 20 degrees to the C.A. 24.80 25.00 Fault gouge. Carbonate-rich mud containing larger gravel fragments. No apparent core loss. 25.73 25.94 Milky white quartz veinlet, 0.8-1.0 cm in width, at 13 degrees to the C.A. Contains fine hair-line Fe-oxide stained fractures. 27.47 27.73 Blood red stained (Fe-rich carbonate) fractured surface subparallel to the C.A. The lower contact is gradationsl over a few centimetres, and is marked by a colour change from dark grey to a medium grey-green/greygreasy green in the underlying unit. 30.20 38.70 METAGREYWACKE (STRAIN ZONE) 122001 29.20 30.20 1.00 5.0 HOLE *: GL90-01
BOND GOLD CANADA I NC. HOLE HI : GL90-01 PAGE # 3 of 8 FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au Ppb Check Au ppb Moderately strained, fine to medium grained schistose metagreywacke. Medium grey-green to medium grey-greasy green in colour. Composed of approximately 40X biotite, 40X subangular quartz up to 0.2 cm, and 20X combined chlorite and sericite. Moderate chloritic (grey-green) and sericitic (grey-greasy green) alteration throughout the unit. Chloritic alteration is slightly nore dominant than the sericitic alteration. Well developed schistosity. The unit averages 4-5X milky white siliceous (quartz) material as stringers, veinlets and veins up to 4.0 cm in width, which are conformable to the schistosity. 30.20 32.00 Schistosity at 25 degrees to the C.A. 32.00 34.80 Schistosity and quartz stringers/ veinlets and veins are moderately crenulated, and range from 10-35 degrees to the C.A. 32.36-32.46: Blood red stained (Fe-rich carbonate) fractured surface at 20 degrees to the C.A. 32.75: Trace 0.1 cm blebs of subhedral pyrite within a 0.6 cm quartz veinlet at 20 degrees to the C.A. 34.80 38.70 Schistosity at 25 degrees to the C.A. 38.10-38.17: Milky white quartz veinlet, 0.5 cm in width, at 30 degrees to the C.A. Exhibits minor millimetre offsets. 122002 122003 122004 122005 122006 30.20 31.70 33.20 34.70 36.20 31.70 33.20 34.70 36.20 37.70 1.50 1.50 1.50 1.50 1.50 5.0 5.0 5.0 5.0 5.0 The lower contact is sharp at 52 degrees to the C.A.. It is marked by a very distinct colour change from medium grey-green/grey-greasy green to d dark grey of the underlying unit. 38.70 49.92 METAGREYWACKE Banded and weakly gneissic, fine to medium grained metagreywacke. Alternating medium and dark grey in colour, with one short intersect in near the top of the unit which is medium grey-green/grey-greasy green in colour. Composed of approximately 60X biotite and 40X subangular quartz up to 0.2 cm. Biotite content decreases to approximately 40X in the medium grey-green/grey-greasy green intersection, with the remainder being 40X quartz and 20X combined chlorite and sericite. This intersection is moderately chloritic and sericitic altered. Weak gneissic fabric developed throughout due to the partial planar HOLE *: GL90-01
BOND GOLD CANADA INC. HOLE # : CL90-01 PAGE * 4 of B FROH TO DESCRIPTION SAMPLE FROM TO WIDTH Au Check ppb Au ppb alignment of the biotite crystals. The gneissic fabric averages 45 degrees to the C.A. Alternating medium grey and dark grey colour bands are conformable to the gneissic fabric. Milky white siliceous (quartz) material, 2-3X, occurs as stringers, veinlets and veins, 0.2-5.0 cm in width, and are predominately conformable to the gneissic fabric. Quartz material may exhibit narrow, bleached halos. 39.25 41.75 Moderate chloritic and sericitic alteration. Medium grey-green/grey-greasy green in colour. 39.55-39.75: IX finely disseminated pyrite associated with two 1.5 cm and 3.0 cm quartz veins at 62 and 50 degrees to the C.A., respectively. 39.83-39.85: Weak crenulation of the gneissic fabric. 40.16-40.20: Milky white quartz vein, 3.0 cm in width, at 60 degrees to the C.A. Bordered downhole by 2X subhedral to euhedral blebs of pyrite. 40.40-40.75: Zone of milky white quartz veinfng, ranging from 1.5 to 4.0 cm in width, at 45 to 60 degrees to the C.A. 3X subhedral to euhedral blebs of pyrite, occasionally vuggy. Quartz veins contain scattered 0.1 to 0.2 cm carbonate inclusions. 40.77-40.84: Pyrite coated fractured surface at 20 degrees to the C.A. 41.50-41.75: 1X subhedral to euhedral blebs of pyrite. 42.02 42.05 Milky white quartz veinlet, 0.5 cm in width, at 47 degrees to the C.A. 42.17 42.19 Oval shaped soft sediment deformation feature (rip-up clast), cross cutting both the gneissic fabric and the colour banding, subparallel to the C.A. 42.83 43.00 Soft sediment deformation feature (load structure) parallel to the C.A. 43.98 44.35 1X subhedral to euhedral blebby pyrite associated with weak, patchy chloritic and sericitic alteration. 45.40 0.00 Milky white quartz stringer, 0.2 cm in width, at 50 degrees to the C.A. 46.31 46.36 Pyrite coated fractured surface at 45 degrees to the C.A. 46.67 46.73 Milky white quartz veinlet, 0.5 cm in width, at 38 degrees to the C.A. 47.50 48.25 1X finely disseminated pyrite, with occasional subhedral to euhedral bleb*. The blebs are commonly associated with quartz vefnlets. 122007 37.70 39.20 1.50 5.0 122008 39.20 40.70 1.50 5.0 HOLE #: GL90-01
BOND GOLD CANADA INC. HOLE # : CL90-01 PAGE t* 5 of FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au W* Check Au ppb 49.00 49.15 IX pyrite, finely disseminated and as fine discontinuous hair-tine wisps. 49.83 49.85 IX pyrite, dinety disseminated with occasional 0.1 cm subhedral blebs. 122009 48.00 49.50 1.50 5.0 The lower contact is gradational, marked by a darker grey/black colour and strong magnetism. 'f-' g-- 49.92 53.28 BANDED IRON FORMATION Banded, iron formation. Fine grained dark grey to black colour, alternating with lighter medium grey to greyish-green bands. Composed predominately of biotite, magnetite and quartz. Percentages difficult to determine due to the fine grained nature of the rock. Lighter greyish-green bands, millimetres in width, appear to be weakly sericitic fracture planes. Weak gneissic fabric. Colour banding alternates on a millimetre scale. Banding is conformable to the gneissic fabric, at 50 degrees to the C.A. Milky white quartz, quartzcarbonate stringers and veinlets, 0.2 to 1.0 cm in width, are also conformable to the gneissic fabric. Unit contains 0.5 to 1.0X very finely disseminated pyrite, locally with coarser blebs up to 0.2 cm is size. Strongly magnetic throughout (conductor zone). 50.35 50.39 Pyrite-quartz-carbonate coated fractured surface at 47 degrees to the C.A. 50.75 0.00 IX blebs of subhedral pyrite associated with a 0.3 cm milky white quartzcarbonate stringer at 50 degrees to the C.A. 51.55 0.00 1X blebs of subhedral pyrite associated with a 0.2 cm milky white quartzcarbonate stringer at 51 degrees to the C.A. 51.75 51.78 Milky white quartz veinlet, 0.5 cm in width, at 46 degrees to the C.A. 51.85 0.00 Scattered blebs of subhedral pyrite associated with a 0.3 cm quartz-carbonate stringer at 47 degrees to the C.A. 52.55 52.57 Weakly crenulated milky white quartz veinlet, 0.5 cm in width, at 46 degrees to the c.a. 122014 49.50 49.92 0.42 5.0 122010 49.92 51.42 1.50 20.0 29.0 122011 51.42 52.42 1.00 5.0 HOLE *: GL90-01
OND GOLD CANADA INC. HOLE * : GL90-01 PAGE HI 6 of B FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au Check ppb AU ppb Lower contact gradational over a few centimetres. Harked by a decrease in the strength of magnetism, to no magnetism in the underlying unit. S3.28 100.00 METAGREYWACKE Banded, weak to moderately gneissic, fine to medium grained metagreywacke. Alternating medium grey to a darker grey in colour. Occasional short intervals that are medium grey-green/grey-greasy green in colour which is associated with moderate chloritic and sericitic alteration. Composed of approximately 60X biotite and 40X subangular quartz averaging 0.2 CM. Biotite content decreases to approximately 40X in the meduim grey-green/grey-greasy green intervals, with the remainder being 40X quartz and 20X combined chlorite and sericite. Weak to to moderately developed gneissic fabric throughout as a result of the partial alignment of biotite crystals. Gneissic fabric and colour banding are conformable and average 45 degrees to the C.A. The unit averages 1-2X quartz and quartz-carbonate stringers, veinlets and veins, 0.2-2.5 cm In width, which are predominately conformable to both the gneissic fabric and the colour banding. 54.62 54.76 Ground core, with 0.14 cm of core loss. 56.00 56.12 1X blebs of subhedral pyrite associated with moderate sericitic and chloritic alteration. Pyrite appears to be concentrated along the gneissic fabric. 56.40 59.00 Medium grey-green/grey-greasy green in colour due to moderate sericitic and chloritic alteration. 56.81-56.84: Milky white quartz vein, 1.5 cm in width, at 51 degrees to the C.A. Contains fine inclusions and hair-line stringers of chlorite and sericite 57.39-57.54: Milky white quartz vein with upper and lower contacts at 40 and 45 degrees to the C.A., respectively. The vein contains inclusions and fine bands of chlorite and sericite. The lower contact contains smears of pyrite. 58.21-58.29: Milky white quartz vein with upper and lower contacts at 52 and 48 degrees to the C.A., respectively. Quartz vein contains fine Inclusions of 122012 52.42 53.28 0.86 5.0 122013 53.28 54.28 1.00 5.0 122015 57.00 58.50 1.50 5.0 HOLE #: GL90-01
BOND GOLD CANADA INC. HOLE * : GL90-01 PAGE HI 7 of 8 FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au Check ppb Au ppb chloritic and sericitic material. 58.75 58.95 Medium grey-green/grey-greasy green in colour due to moderate chloritic and sericitic alteration. 58.79-58.82: Milky white quartz vein with upper and lower contacts at 48 and 49 degrees to the C.A., respectively. Contains fine inclusions of chloritic and sericitic material. 59.95 61.16 Medium grey-green/grey-greasy green in colour due to moderate chloritic and sericitic alteration. 59.99: Trace blebs of subhedral pyrite. 7 61.03-61.05: Milky white quartz vein. Upper and lower contacts at irregular angles to the C.A. 61.75 61.90 IX fine wisps of pyrite concentrated along the gneissic fabric. Occasional 0.1 cm blebs. 62.05 62.13 Trace scattered blebs and fine wisps of pyrite. 62.70 62.75 Milky white quartz vein, 1.2 cm in width, at 32 degrees to the C.A. The vein cross-cuts both the gneissic fabric and the colour banding. 63.50 63.70 Ground core, with 0.10 cm of core loss. 65.25 65.40 Zone of boudinaged quartz veinlets. Veinlets average 50 degrees to the C.A. 68.47 68.49 Milky white quartz vein with upper and lower contacts at 50 and 46 degrees to the C.A., respectively. 70.86 70.91 Milky white quartz veinlet, 1.0 cm in width, at 45 degrees to the C.A. 73.60 73.68 Pyrite coated fractured surface at 21 degrees to the C.A. 76.52 0.00 Gneissic fabric at 46 degrees to the C.A. 77.90 0.00 Gneissic fabric at 49 degrees to the C.A. 79.40 80.00 Blocky core. No apparent core loss. 80.90 0.00 Boudinaged milky white quartz veinlet, 1.1 cm in width, at 53 degrees to the C.A. 82.16 0.00 Gneissic fabric at 52 degrees to the C.A. 82.70 84.10 IX blebs, disseminations and fine wisps of pyrrhotite concentrated along the gneissic fabric. 85.79 0.00 Gneissic fabric at 46 degrees to the C.A. 122016 61.50 63.00 1.50 5.0 122017 82.70 84.10 1.40 5.0 HOLE H i GL90-01
BOND GOLD CANADA INC. HOLE # : GL90-01 PAGE Df 8 of 8 FROM TO DESCRIPTION SAMPLE FROM TO WIDTH Au Check ppb Au ppb 88.56 68.63 Milky white quartz veinlet, 0.7 cm in width, at 39 degrees to the C.A. 91.59 0.00 Gneissic fabric at 47 degrees to the C.A. 95.08 95.13 Milky white quartz vein with upper and lower contacts at 53 and 55 degrees to the C.A., respectively. 95.63 0.00 Gneissic fabric at 39 degrees to the C.A. 98.00 98.04 Milky white quartz vein, 1.2 cm in width, at 41 degrees to the C.A. 99.38 99.48 Partially boudinaged milky white quartz veinlet, 0.6 cm In width, at 19 degrees to the C.A. 99.87 0.00 Gneissic fabric at 40 degrees to the C.A. 122018 93.00 94.50 1.50 5.0 100.00 100.00 END OF HOLE
006 3xvi HsnaNaaao 11
. Ministry of Northern Development and Mines Mining Act Name and Address of Recorded Holder uoo - DOCUMENT No. V/9003-071 Report of Work /A/C, sr Summary of Distribution of Credits and Work Performance Mining Division Pfi77?iaa -,,,/j Townsnip or Area l* "A- vi ir Q-rfex/^QSH L^AteT Totil Assessment Credits Claimed 3.?*.'* Type Of Work Performed (Check one only) Mining Claim Prefix Number k I08&05 Work Days Cr. to "* Prefix * PieMe type or onnt. - Fofa^w type of work pertomitd, a separate Report of Work should - (OeotoQioal, ueopnywcal, " and kxm no, 878 for.... ' ftedf lo Sewlohl V* *nd'n. the MWng Act tor aseetament work ret uif ements and the covene eide o? ih i tocm tor table of infuinieifon. Mining Claim. Number WorK Days Cr. Prospector 'i Licence No. T *l*m#thama vivpnorw IJ no. A Mining Claim Prefix Number, '.., ',.-,.. -.,-,,;.,,, Work Days Cr. G Manual Work Shaft Sinking Drifting or other U Lateral Work Q Mechanical equipment r-i Power Stripping other than Manual i.( (maximum credit allowed - 100 days per claim) 52 Diamond or other Core drilling l Q Core Specimens Dates when worn was performed From: e)o To: Total No. of Days Performed 33ft, OR Total No. of Days Claimed Total No. of Days to b* at a All the work was performed on Mining Claim(s): Indicate no. of days performed on each claim. * (See note No. 1 on reverse side) Mining Claim 96320k Mining Claim No. of Days Mining Claim No. ol Days Mining Claim No. of Oaya Mining Claim 338.C* i No. of Days Mining Claim No. of Oayi Mining Claim No. of Days Mining Claim No. of Dayi Mining Claim No. of Oayi Mining Claim No. of Days No. of Days Required Information eg. type of equipment, Names, Addresses, etc. (See Table on reverse side) If space below is insufficient, attach schedules with required information and location sketches l&o Sea? ONTAWO GSOLOGICAt SURVEY ASSESSMENT FILES OFFICE RECEIVED Certification of Beneficial Interest ' (See Note No. 2 on reverse side) l hereby certify that, at the time the work was performed, the claims covered m this report of work were recorded in the current recorded holder's name or held under a beneficial Interest by the current recorded holder. ' Certification Verifying Report of Work Date Holder or A (Slgneturt) l hereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true, Name and Address of Person Certifying Per&e ;;oo-^o ST ct H5C For Office Use Only Work Assignments Telephone No. - /03 328.08 Date Received 31/10 fi tout.*. (J28. o ff
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