area: dobie lake · 52006neeei7 13 dobie lake diamonu 010 area: dobie lake report no: 13 work...

52006NEeei7 13 DOBIE LAKE

DIAMONu010

AREA: DOBIE LAKE REPORT NO: 1 3

WORK PERFORMED FOR: B ond Gold Canada Inc.

RECORDED HOLDER: S AME AS ABOVE (xx)

: OTHER

CLAIM NO.

841665 -

841627 ^

841644 ^

841633 S 841639

841639 ^841640

841626 v

841631 S*841627 S841628

841630 S841631

HOLE NO.

GP88-R14

MD88.47 :

MD88.48 ,.,

MD88.49 i MD88.50,

FOOTAGE

118.60m

DATE

June/88

NOTE

(D(2)

MD88-40B 4i MD88.41 ," MD 8 8. 4 2B x,

MD88.43 v, MD88.44

MD88.45 v

MD88.46 :

200.0m 227.0m 233.0m

170.0m 98.0m

148.50m

153.0m

May/88 May/88 May/88

May/88 May/88

May/88

May/88

(D (D (D

(D (D

(D

(D

102.70m May/88 (1)

152.0m May-June/88 (1)

164.30m June/88 (1) 221.60m June/88 (1)

NOTES: ( 1) W9003.016, filed Jan/90(2) Under former name of St. Joe Canada

Gr o \A Gx

ST. JOE CANADA DIAMOND Df ILL HOLE fiCQRD Fage il of

Hole No.FrwertvsectionClan to. 'TarnetStartedFinishedDrill Co.

FROM TO

&TO8.14Dobi-e-

SYlbbrTLUDWIS TARGET 3June 10. 1^88June 11. i rsaFiCON

Northinn 2 * tO.OONEastinn 52 t w.OOHElevationSurvey H.survey t.Drill to. 003Drill For,Core BQ

jtSCF.irilDN

orid Orient iv.C'i Depth Dip A:iiwth Test Depth DIP Aziiuth Testend H2ii. 180.00 0.0 - 45 2DO 118.6 - 41 R.D.'.ennth *M) llB.bvDiP-Cflllar -45.00Cow Bearino ^00.00Logged fay KARIN He INNISChecked bv MIN HciNNISCoiaents: SP WEST (020) 5KID

3AM? E FROM TO WIDTH Aa HU

SUMMARY

0.00 4.50 OvEFiuSBEN

4.5-) 11.70 MAFIC FL* uii

11.70 14.10 FELDsFriR PORFii'R?' (5c)

14.10 43.60 MAFIC FLU* i la;

43.oO 44.6i) FELDSFAR F'CffHVRY \5c)

44.80 46.20 MAFIC FLOW da)

45.20 50.50 FttSIC TIFF (2bi

50.50 55.01) MAFIC FLOW ( in

55.6i) 66.70 AMPHI&OLITIC FLOW (Id)

6o.70 70.20 FELSIC TliFF (2bi

70.20 116.60 HAFIC FLOW (la)

118.60 118.60 END OF HOLE

I,:

JT. JOE CANADA HOuE - SFR88.14 PAGE l 2

FFfiM TO DEaCFIFTiuM SArflE FROM TO WIDTH Au Auoz ton q t

0.00 4.50 * OVERBURDEN 4,50 11.70 * HtfiC FLW Uai

reoiui green, tine-qraineo. weakly sheared and tohated inavy anddiscontinuous^20* carbonate stringers and patches, 0.1-1.0 ci Hide, parallel to foliationand *oreing iocai spioe'web texture :4,50-5,30 ietre;\5K o; parting; contain iron staining.i-!'. Quarts ano quart:-caroonate veins. 2-4 c* nice, irregular orientation.local chlorite ana epidote alteration rsaiees aojacen: to quartz-carbonatestringers.Jiatic i.aiotiterous?: ierses ana patches inciudea mwm wider quartr-caroonate.'Sins.v'acs to 0.5'. a'isseainatea p*nte crystal; within sat'ic volcanics, weatnereaana LinKesthered.core asis an^ie 3o decrees at 5.70 aetre 't'oiiationicore asis an?ie 25 degrees at 7.50 aetre i.toliationicore asis anoie 41 degrees at i.10 ietre (toliationili.Cv! quart: vein. 10 cm Mice. *my Hhite, with carbonate adjacent to veincontact.core broken and srouno, contacts not intact. atic and chlonie-rich lenses UP to 2 ci ionq incluoed Nithin quartz.

11.30 11.70 Quart: Vein.iiioy Mnite. with iocai disccroant carbonate stringers and utic clots ..chlorite?)

11.70 14.10 * FELDSF* FflRFHiRY iSciaart; qrey, sassive. neoiut-Qrained.151; teldspar Phenocrysts. 0.1-0.2 ci diaieier,0.5-1.Oi disseiinateo pyrite throughout section.Iocai satic t chlorite/biotite?) clots ano patches aowhoie, aa went to icrotractures.li.w: quart: vein, 12 en wide, broken, nlky wiite. with carbonatestringers.

i4.io 43.60 *HAF"ICFL* a*ineoiui green, tine-qraineo. tassive to weakly tohated.Heakiy to Mderately carbonatized with carbonate veiniets, stringers andpatches Ui.5 ci Hide, locally Zoning spioerweb texture.epidote alteration haloes up to 5 ci wide adjacent to and Nithin caroonateveins.quartz-carbonate veins t3-4iu, 0.25-1.0 ci nide, couoniy occur with carbonate,epioote and Iocai ankerite.epidote; light green-yelicw. patchy and granular.local stringers and lenses (-(0.2 ea wide* ot utic/biotiterous laterialthrojghout section.trace oisseiinated pyrite Nithin carbonate and quartz-carbonate veins, locallyoxidized, 26.w-27.00 ietre.core axis angle 50 degrees at 14.20 netre itoliatiom

B577 10.50 11.00 0.50 O. w 0.01

B578 6579 656065816582

B583

11.00 11.50 0.5011.50 12.10 0.3012.10 12.40 0.3012.4*) 13.40 1.0013.40 14.10 0.70

0.000.000.000.000.01

0.010.010.010,010.34

14.10 I4.oO 0.5) 0.00 0.01

JOE CANADA HOLE - 5FR66.14 riWE i 3

F*ON TO ESCSIFTIQN SAMPLE FROM TO wIDTH Au ozjon

Au 9.t

care asis anqie 56 decrees at lo. 40 metre (foliation' :ore aus anqie 5o oegrees at 20,10 netre uoiiationi core iris angle 54 agrees at 12.70 setre itoliation?)

43.60 44.60 * rELKFhF, FuftFHIFV '5c;sisiiar to il. 70-14.10 netre. without suipnides.weauy sheared to proouce elongation ot feldspar pnenocrysts. with stronglysneared section at 44.30-44,40 netre.ccê ins angle 5c degrees at 44.30 sietre 'foliation;

44,oO 45,2 c554 47.30 46.20 0,90

45,20

t: :4.iv-43,:v aetre. siy sr.earH ana caroorati:ea.

iccai ePiOGÊ, I'j-i5', careonate ano quart:-carbonate veins, orieniation . 3--yinq *'ros parallel to toliation to susparaiiei. .race pyrite occurina at 47.30 to 47. ?0 setre. co?'5 am anîs 51 deqrees at 47.70 retre ueininq;* ÊLJiC TuFF i2bitan. well toiiated. tine-araineo to apnanitic. sericitic. Hi visible annedrai quart: crystals. 3-4',. quart: veins and strinqers, 0.1-1.0 c* Hide, paraiielinq foliation. short Banded iron tornations at 49.40 Mtre iiO ci Ion?) and 50.30 netre i 20 c* ionqjbanded ircn formations: laqnstite-rich chert ifiO'i), quart: i20J), beds 0.1-1.5 ;s wide.intercalated aatic units. 0.2-5.0 c* Hide nithin section. i.0-li5i suiphioes \pyrite,' within oanded iron tortations. core aids anqie 53 deqrees at 43.50 leire itoliationi core axis anqie 4o decrees at 49.50 aetre (bedding) core axis anqie 46 deqrees at K.40 retre tbeddinqi '

50.50 55.60siiiiar to 44.&0-46.20 retre.local quart: veins. M ct Mide, niuv white, fractured.i', pyrite, aissetinated crystals parallel to foliation.local chlorite alteration haloes adjacent to quartz and quartz-carbonate veinsand patches.core axis angle 47 deqrees at 49.80 aetre i foliation)core axis anqie 50 degrees at 53.40 Ktre 'toliation)

55. oO oo./O t WHIBQIITIC FLOW (Id)oar* qreen, tassive, ediui-q.rained.aaphibolite clots O.H.3 ci diaieter.i-2'A carbonate veins and strinqers, randM orientation, 0.1-0.25 ci Hide.local ailky white quartz veins up to 4 ci wide, with epidote.

66,10 66.70 Sheared rinphiboiite Flowi?)Mderately foliated, with carbonate strinqers parallel to foliation.core axis anqie 7o decrees at 66.60 Ktre (foliation)

66,70 70.20 * FELSIC TUFF i2bistronqly sheareo, Mderateiy foliated, dan grey, fine-Qrained, silicified.local possible feldspar pnenocrvsts '.euhedral)

B589B590 52.40

31.00 S3.20

0.500.60

B592 8593B594

66.7067.4066.10

67.40 0.7068.10 0.7068.50 0.40

0.00

B565B5666567&5S8

45.2046.9049.6050.00

46.9049.6050.0050.50

0.700.700.400.50

0.600.000.000.02

0.010.010.010.69

0.000.01

0.000.000.00

0.010.34

B591 66.21) 66.70 0.50 0.00 0.01

0.010.010.01

f f

ST

FROH TO

. JOE CANADA

DEaCMFTiON

local sericitic banas u ci wide. caroonate stringers O.i-0.5 ci wioe, 152

HOLE - 3FR88

SAHFLE fm

6595 w, 50 6596 65.50

.14 PAGE i 4

TO HIDTH

69.50 l. 00 70.20 0.70

Au ozjon

0.00 0.00

HU

9.t

0.0 1 0.01

trace finely disseminated pyrite crystals throughout.quart: vein it 66.30 Ktre, 3 c* wide, mlky unite to sankey grey,core axis angle 69 Degrees at 66.60 eetre 'foliation*core a;us angle 08 degrees at 67.60 netre (foliation)probable lower felsic tuft.

70.20 118.60 * MnFiC FLQi* -U(sedius green, massive to weakly foliated, fine to rediui-grained.iccal anphiochte ilw ouisei UP tc 20 ea wide.quart:/carbonate-akerite veins at "o.50 aetre. irregular ana ran.aonlyoriented.local eeioote alteration haloes aaween t to Quart:-:arDonate veins aotmnoie.il.'O: br^hsf! core *itn rounded fragments. clay-CDateo. possible fault/fracture:one.increaseo caroonati:ation aowinois with caroonate stringers and aiscontinuou;pai:nes.104.20: Quart: veinti) with possioie sink chert crystals includeo.local biotite/nafic lenses and stringers oowihole.

114.60 115.50 Quart: Vein Interval.several tilky white quartz veins up to 7 ce wide, randocly oriented.i-2'; pyrite within quart: and ftafic volcanics.

lls.oO UB.W * END OF HOLEcasing left in hole.Ludwig Target 13-sossifale Golden Patricia Zone extension.upper tuff at 48.20 aetre.wea* lower tuff at 06.70 Ktre.no widen Patricia Zone.

65975598

70.20114.60

70.90115.60

0.701.20

0.000.01

0.010.34

4 GOLD CANADA INC DIAMOND DRILL HOLE RECORD Page 11 vi

Hole No. Property Section Clam No. ? Target Started Finished Drill CD.

FROM TO

SU

0.00 9.40

9.40 27.20

27.20 31.50

31.50 60.70

60.70 98.50

98.50 110.30

110.30 139.75

139.75 141.10

141.10 146.28

145.28 158.60

158.60 159.78

159.78 163.85

163.85 166.75

166.75 176.82

176,82 177.89

177.89 197.70

HD68.40B Northing 0 t 80.00N Grid Orient 25.00 Depth Dip toiiuth Test Depth Dip Aziwth Test EOBIE LAKE Easting 306 * 25.00H Grid Azi*. 180.00 50.0 - 45 ACID 100.0 - 45 ACID

106 t 25H Elevation Length (H) 200.00 150.0 - 45 ACID 200.0 - 45 ACID 24JbZ^ Survey N. DipHWlir -45.00 SPIKE ZONE Survey E. Coap Bearing 205.00

May 4, 1988 Drill No. 1210 Logged by H.Kornik/ R.Giberson Hav 5, 1988 Drill For. Checked by ROB 618ERSON HIDHEST Core NQ Comientsi

DESCRIPTION SAMPLE FROM TO HIDTH Au Auoz.ton g,t

M M A R Y

ONTARIO QKOLOGICAL SURVEYCASING OVERBIDDEN ASSESSMENT FILES

OFFICE;MAFIC VOLCANIC FLOW - MAFIC TUFF

JAN 2 5 1990WFICTUFF

MAFIC VOLCANIC FLOW l TUFF _ .^ E C E | V E D

MtflC TUFF - HASNETITE IRON FDRWION

MAFIC DYKE SWARM

HflflC VOLCANIC FLW .. .--

FELDSPAR PORPHYRY DYKE /^y " "*'*^^\

CARBONATE BUAftTZ VEIN SMARM K ^tt/'/i/Pj^&i

CARBONATE flUARTZ VEIN SYSTEM V\ Oi^ff^lltlQ fyj

QUARTZ FELDSPAR PORPHYRY \^/' - -~. - ~T^\^7

SPIKE ZONE

MAFIC TUFF 1 FLOK

BANDED IRON FORMATION

tffIC VOLCANIC FLOW

HOLE - im406 PAGE f 2

SAMPLE FROM TO KIDTH Au ftuoz.ton g.t

BOND GOLD CANADA INC

FROM TO DESCRIPTION

197.70 198.12 BANDED IRON FORMATION

198.12 200.00 NflFIC VOLCANIC FLOM

200.00 200.00 END OF HOLE

BONI) GOLD CANADA INC. HOLE - MD88.40B PA6E l 3

TD DESCRIPTION SAMPLE ffW TO MIDTH Au Auoz.ton g. t

o.oo 9.40 t CASING OVERBURDEN9.40 27.20 * MAFIC VOLCANIC FLOW - MAFIC TUT

602 fine grained, wdiut green, ussive to weakly foliated Mfic volcanicflow, locally aipbibolitic with 202 well laminated light green to green brow)aafic tufftuffaceous horizons generally less than 0.5 i. wide1-5! euhedral Mgnetite concentrated in iaainae15! biotite alterationCAA at 51 deg at 14.0 (foliation)CAA at 45 deg at 16.50 (bedding)CAA *i IS deg at 24.60

10.30 10.50 Mfic crystal tuff1551, 1-8 ss, anhedral -euhedral white feldspar crystals10! biotite defines Dell developed foliationCAA (upper contact) at 65 degCAA (lower contact) at 65 deg

22.75 22.10 *afic crystal tuffsieilar to 10.30-10.50 i.CAA (upper contact) at 60 degCAA (lower contact) at 55 degCAA (lower contact) at 50 deg

27.20 31.50 * MAFIC TUFFwell laainated, light green to green brown tuffaceous horizons with up to 102local biotite alteration1-3! subhedral euhedral lagnetite crystals throughout102 carbonate stringers \ l ci. wide parallel to foliation plane5 en. wide quart: carbonate vein containing 51 anhedral blebs of pyrite, IXgraphite stringers; vein is subparallel to bedding at 27.45CAA (bedding) t 55 deg 8 27.60CAA (bedding) t 55 deg l 30.00CAA (lower contact) 8 55 deg

31.50 60.70 * MAFIC VOLCANIC FLOW l TUFF902 lediun green, fine grained, ussive to weakly foliated Mfic volcanic flow,52 white irregular carbonate vein, with chloritic urginstrace epidote alteration10Z light green to green brow), biotitic (52), ugnetite bearing (22) tafictuff2 ci. wide li Iky and sugary quartz carbonate vein t 40.72vein is irregular but subparallel to foliation22 pyrite, 22 pyrrhotite

45.10 45.70 intercalated light green chert and Mfic tuff; chert is fragmented with 402ufic tuff Mtrixcontacts irregularCAA (bedding) 8 78 deg i 49.lCAA (foliation) t 68 deg t 54.60CAA (foliation) t 55 deg * 59.00

Al 27.30 27.60 0.30 0.00 0.01

A2 40.70 41.00 0.30 0.00 0.01

BOND GOLD CANADA INC HOLE - MD88.40B PAGE l 4

FROM TO DESCRIPTION SWHE FROM TO WIDTH Au Au oz.ton g.t

m (bedding) i 60 dec l 60.70m ( lower contact) C 60 deg

60.70 98.50 t WFIC TIFF - MAGNETITE IRON FORMATION951 Nell laiioated, thinly to thickly bedded il-20 ci.) light to dark green andgreen brown lafic tuff y volcanic Ustic sequent, 1-21 disseminated euhedralfine grained wgnetite is ubiquitous, 5-101 i l ci. widecarbonate veins parallel foliation and beddinglinor intercalated tafic flow51 well laiinated horizons of lean iron f enation {cherty sediments, lassivewgnetite, nagnetite bearing aafic mudstone), horizons up to 50 ci. w de

62.75 63.05 feldspar porphyry dyke, fine grained; weak foliation defined by biotite (51),narrow chill aarginsCAA i (upper contact) i 65 degCAA (lower contact) S 55 degB en, wide glassy quartz carbonate vein containing 21 pyrrhotite, 11 pyrite,at 64.50- contacts parallel foliation f 55 deg to CAtr-21 py, poi 65.50, 10 ci. wide sucrosic, light grey quartz carbonate vein, containing 31pyrrhotite, 21 chalcopyrite, trace pyritevein is cotposed of several narrow parallel veins with sulfide* occuring atkargins of veinsl 67.10, nafic dyke, grey green, fine grained and wssivenarrow chill larginsCAA (upper contact) l 65 degCAA (lower contact) i 60 deg

76.60 77.50 quartz vein; centre 50 ci. is barren glassy white quartz, outer 20 ci. veinlargin is stokey quartz containing 41 pyrrhotite, 11 chalcopyrite, 11 pyrite inanhedral blebsvein parallels foliation at 55 deg to CACAA (foliation) 70 deg at 78.70at 79.70 15 ci. wide band of lean iron fornationCAA (bedding) 75 degat 84.70, 10 ci. wide band of lean iron formationCAA (bedding) at 53 degat B5.40, 10 ci. wide band of INK iron formationCM (bedding) at 53 deg

88.90 69.60 lean iron f enation5 m. wide stringer of pyrrhotite, pyrite in centre parallel to beddingCM (bedding) at 60 deg

98,50 110.30 i HAflC DYKE SHflfiH901 dark green to black, fine grained, Mssive homogeneous and hardcentral portion of unit is darkest in colour containing 101 biotite151 irregular discontinuous carbonate veinletsunit appears banded near nargins where carbonate veinlets (up to 51) arepresent, tore coMonly irregularly fracturedCAA (upper contact) at 56 deg

A3A4ASA6A7

63.3063.7564.3576.6089.00

63.7564.3564.7577.5089.50

0.450.600.400.900.50

0.010.000.010.000.00

0.340.010.340.010.01

BOND GC3LD CANADA INC HOLE - MD88.40B PA6E t 5

TO DESCRIPTION SAJPLE FROM TD KIDTH flu oz.ton

CM (lower contact) is indistict 110.30 139.75 * MAFIC VOLCANIC Fit* 114.50 116.80 Mf i c volcanic firn

m ( loner contact) at 60 deg 118.00 120.40 cafic volcanic How

CM (lower contact) at 60 deg126.30 126.70 15! carbonate and 5X dissem'nated anhedral pyrite in lafic tuff 126.70 126.90 lean iron formation, graphitic

CM (lower contact) at 58 deg 129.40 129.95 lean iron formation

CAA (bedding) at 65 deg 130.65 330.95 lean iron foriation

CAA (bedding) at 65 degtt 1 31.80, 30 ct. nide zone of tafic tuff containing 5X coarse grained euhedralpyriteCAA (foliation) at 65 deg

138.70 139.00 5! anhedral pyrite in carbonate enriched zone of lafic tuffCflA (foliation)

139.75 141.10 * FELDSPAR PORPHYRY DYKElight grey, porphyritic and weakly foliatedup to 5 M. phenocrysts in centre of unit, prominent chill targinsCAA (upper contact) at 45 degCAA (lower contact) at 85 degCAA 60 deg at 141.00 ( foliation)

141.10 146.28 * CARBONATE flUAflTZ VEIN SNWWintercalated sections of carbonate quartz veins (60Z) and Mfic tuff units(40!)carbonate quartz veins are light buff with grey fractures and 1-10 M. anhedralblebs of grey quartzveins are discordant and vary in width fm 2-170 ci.tafic tuff is light grey green and well laminated in appearancestrongly carbonatized and contains abundant 1-10 M. carbonate layers alongfoliation partingstrace pyrite (in both units)CM 78 deg at 144.2 (foliation)

145.28 158.60 * MAflC FLOH ; TUTKJderately to well foliated (sheared?) unit with 3-101, thin quartz carbonatelayers intercalated parallel to foliation

158.60 159.78 i CARBONATE QUftRTZ VEW SYSTEM2-31, 5-10 ci. wide carbonate quartz veins siular to above, local quartzveining oderately to strongly carbonatizedtrace pyrite, arsenopyrite!?)

126.30 127.80 1.50 0.00

flug.t

0.01

A9 131.80 132.10 0.30 0.00 0.01

A10 138.70 139.00 0.30 0.00 0.01

AllA12A13A14A15A16

141,10141.70142.20143.20344.05144.65

141.70142.20143.20144.05144.65145.30

0.600.501.000.850.601.65

0.000.000.000.000.000.00

0.010.010.030.010.010.01

A17 146.30 147.40 1.10 0.00 0.01A1B 147.40 148.90 1.50 0.00 0.01A19 154.10 155.30 1.20 0.00 0.01A20 158.60 159.75 1.78 0.14 4.80

BOND B O l-D CANADA INC

DESCRIPTION

HOLE - KD88.406 PAGE l 6

FROM TD StfflE FROH TO WIDTH Au oz.ton

Au

156.60 159.76 intensely carbonated and weakly silicified tafic tuff30-60! thin carbonate layers Mithin foliation partingsl-SK light grey quartz veins increasing in abundance downholetrace - IX disseminated pyriteCAA at 66 deg at 158.90 (foliation)

159.78 163.85 * 2UARTZ FELDSPAR PORPHYRYlight grey buff, felsic, quartz feldspar porphyry5-7)1, 3-10 M. anhedral grey quartz blebs and 15! anhedral feldspar phenocryst*siliceous and weakly sericitized1-3! fine grained disselinated pyritediscordant contacts, no chill marginsCAA at 60 deg flower contact)

163.85 166.75 * SPIKE ZOft"intensely sheared i?) with 10-15! thin quartz and quartz carbonate layersinterlayered nith weakly sericitized and intensely carbonatized tuff (?)1-3! riissninated pyrite and trace to IX disselinated arsenopyriteCAA at 73 deg at 166.70 (foliation)

166.75 176.B2 t HflFlC TUFF l FLOWlight grey green moderately to strongly foliated flow/tuffabundant (1-10!) thin quartz carbonate layerslocal, weak silicification decreasing downholetoderately carbonitized oderate ductile shearing and licro faultingtrace to 3! disselinated pyrite, trace disseminated arsenopyrite

169.26 171.30 intensely carbonatized, light grey tuffintense ductile deformation (shearing)tinor silicificationtrace to l! pyrite along deformed bedding (?) planesweak biotite alteration locallyCAA at 60 deg at 171.10 (foliation)

176.82 177.89 * BANDED IRON FORMATIONintercalated units of banded iron formation (60!) and fine grained mafictuff (?) (40!)banded iron formation, 15-38 cm. wide units of well banded iron formationcomposed of thin (3-13 mm.) beds of light grey chert (50!), bright greenmudstone (301) and 1-5 mm. wide beds of dark grey magnetite (20!)CAA at 46 deg at 177.70 (bedding)

177.89 197.70 * HftFlC VOLCANIC FLOMlight grey green, fine grained, twakly foliated to massive flowminor quartz carbonate filled micro fracturestrace pyrite, chalcopyrite

197.70 198.12 t BftNKD IRON FORMATION50! light grey chert nth disseminated magnetite (7!) and 5-50 mm. wide bandsof green mudstonetrace to l! pyrrhotiteCM at 58 deg at 197.80 (bedding)

A21 A22 A23

159.78161.30162.60

161.30162.80163.85

1.521.501.05

0.000.000.00

0.010.010.01

A24 A25

A26 A27

163.B5 165.40

169,26170.56

165.40166.75

170.56171.30

1.551.35

1,300.74

0.240.10

0.010.00

e.233.43

0.340.01

A28 176.82 177.89 1.07 0.00 0.01

BOND GOLD CANADA INC HOLE - HD88.406 PA6E l 7

FROM TO DESCRIPTION SWLE FROM TO HIDTK flu Auoz,ton g.t

198.12 200.00 t *FIC VOLCANIC FLOtflight green, fine grained, Heakly foliated flow with 3-SZ quartz-carbonatefilled fracturesnoderatel y to locally strongly carbonatizedtrace pyrrhotite in thin stringers

200.00 200.00 * EM) OF HOLEcasing left in hole

BO; GOLD CANADA INC. DIAMOND DRILL HOLE RECORD Page il of

Hole No. Property Section Claii No. "J Target Started Finished Drill Co.

FROH TO

MD68.41 DOBIE LAKE

10625.00 54) U^SPIKE ZONE

May 6,1988 May 9,1988 MIDWEST

Northing 100.00 Grid Orient 25.00 Depth Dip Ajiwth Test Depth Dip Aziiuth Test Easting -10625.00 Grid Azii. 180.00 50.0 -47 ACID 101.0 -47 ACID Elevation 0.00 Length (M) 227.00 150.0 - 45 ACID 227.0 - 42 ACID Survey N. Dip-Collar -45.00 Survey E. Cc*p Bearing 205.00 Drill No. 1210 Logged by 6. Caven Drill For. Checked by R. 6iberson Core NQ Contents:

DESCRIPTION SMPLE FROM TO WIDTH Au Au

SUMMARY

0.00 13.50 OVERBURDEN

13.50 31.60

31.60 35.60

35.60 36.20

36.70 86.40

86.40 98.90

98.90 116.20

116.20 117.20

117.20 120.70

120.70 125.40

125.40 153.10

153.10 154.30

154.10 159.70

159.70 161.00

161.00 177.40

177.40 178.20

INTERCALATED MAFIC

INTERCALATED MAFIC

IRON FORMATION

INTERCALATED MtflC

MAFIC TUFF

INTERCALATED HAF 1C

INTERCALATED MAFIC

MAFIC TUFF

MAFIC DYKE

INTERCALATED MAFIC

IRON FORMATION

HAFICTIFF

IRON FORMATION

MAFIC TUFF

PORPHYRY DYKE

oz.ton g,t

ONTARIO GEOLOGICAL SURVEY

ASSESSMENT FILESOFFICE

FLOWS AND TUFFSJ AN 2 5 1990

AND CRYSTAL TUFFS

R E C EJVE D

FLOWS AND TUFFS /Q^ **firil^ 'v\

pj ^Ltlv^o^\FLOWS AND TUFFS J JAN" 8 7990^51

\d PATRICIA MINING J J TUFFS AND IRON FORMATIONS VA DIVISION fy

N^Tjrf^X

FLOUS AM) TUFFS


DESCRIPTIONFROM TO

178.20 183.30 INTERCALATED MAFIC FLOWS AW) TUFFS

183.30 187.10 SPIKE ZONE

187.10 189.80 QUARTZ FELDSPffi PORPHYRY

189.80 208.00 INTERCALATED MAFIC ROWS AND TUFFS

211.40 224.30 INTERCALATED KAFIC FLOWS WB TUFFS

224.30 224.80 IRON FORMATION

224.80 227.00 MAFIC FLOW

227.00 227.00 END OF HOLE

HOLE - MD68.41 PAGE i 2

SAMPLE FROM TO WIDTH Au Aure .ton

BOND GOLD CANADA INC HOLE - WJ68.41 PAGE i 3

FROM TO DESCRIPTION SAHPIE FROM TD NIDTH Au Auoz.ton g,t

0.00 13.50 * OVERBURDEN 13.50 31.60 t INTERCALATED MAFIC FLOWS AND TUFFS

Greenish grey to dark grey fine grained ussive flows nith several wellfoliated tuffs.31 carbonate filled fracturesNeakly silicifiedtrace disseminated pyriteCAA60degat 20.3*. (foliation)CAA 57 deg at 30.3 e. (foliation)at 25.90: 5 ci. of irregular oriented quartz carbonate veinleU

29.00 31.60 Mafic TuffHell foliated with several quart: veinlets.Meakly silicified adjacent to the quartz veinlets.

31.60 35.60 * INTERCALATED MAFIC AND CRYSTAL TUFFSMtflCTUFFBreenish grey to dark grey fine grained and strongly foliated ufic tuff.Carbonate along fractures.Weakly carbonated.Trace desseninated pyrite.CAA 43 deg at 32.40 i. (foliation)CRYSTAL TUFFDark grey fine grained toderately foliated utrix with 52 1-3 M. euhedralfeldspar crystals.Neakly carbonatized.

35.60 36.20 * IRON FORMATION20-251 1-2 ci. dark green ufic volcanic layers intercalated with 50-60X0.25-2.0 ci. light grey chert layers and 15-20)1 0.25-1.0 ci. dark greytagnetite layers.Strongly carbonated.CAA 59 deg at 35.80 i. (bedding)

36.70 86.40 f INTERCALATED HftflC FLOHS AND TUTSLight green to dark green fine grained tassive flows and icderately foliatedtuffs *ith catbonate on fractures and li quartz carbonate veinlets.Weakly to loderately silicified and carbonatedTrace to IX disseminated pyrite, chalcopyrite, and pyrrhotite.CAA 56 deg at 36.30 i. (foliation)CAA 40 deg at 40.00 i. (foliation)CAA 59 deg at 47.20 i. (foliation)CAA 60 deg at 52.60 i. (foliation)

36.80 37.20 Mafic DyttDark grey fine grained and icderately foliated.Moderately carbonated.Sharp contacts (upper 56 deg; l ewer 47 deg)

38.10 38.60 Mafic DykeSiiilar to 36.80-37.20

A33 30.40 31.10 0.70 0.00 0.01

A34 32.00 32.40 0.40 0.00 0.01

A35 35.60 36.20 0.60 0.02 0.69

A36A37A38A39A40A41A43A44A45

38.5047.0047.3050.9052.3055.1064.2066.4070. BO

38.8047.3047.6051.5052.6055.5064.7067.2071.20

0.300.300.300.600.300.400.500.800.40

0.000.000.000.000.000.000.000.000.00

0.010.010.010.010.010.010.010.010.01

BOND GOLD CANADA INC. HOLE - MDB8.41 PA6E l 4

FROM TO DESCRIPTION SWUE FROM TD WIDTH Au Auozjon g,t

38.60 38.80 Crystal TuffDark grey fine grained weakly to Kderately foliated Kith 51, 1-2 M. feldsparcrystals.Weakly carbonatized and silicified.Trace disseminated pyrite in quartz-carbonate veinlets.

50.90 51.50 Crystal TuffSiailar to 38.60-38.80

52.30 52.60 Mafic TuffWeakly magnetic strongly foliated.Weakly to moderately silicified and toderately carbonatized.Trace pyrite stringers associated mth quartz-carbonate veinlets.CAA 60 deg (foliation)

54.50 55.10 Feldspar Porphyry DykeDark grey fine grained massive aatrix Nith 57. 1-2 M. feldspar phenocryst*.Irregular contacts Mith wall rock.

55.10 59.00 Mafic TuffGreenish grey to dark grey strongly foliated.Noderately silicified and carbonatized Nith 20-301 quartz-carbonate veinlets.Trace disseminated pyrite and pyrrhotite.CAA 60 deg at 55.30 i. (foliation)CAA 63 deg at 64.30 i. {foliation)At 61.80: 0.5 cm. magnetite layer.At 62.40: 0.5 ci. tagnetite layer.

71.20 71.30 Weakly magnetic. 71.30 71.50 Quartz vein.

78.50 79.30 Mafic TuffBreen grey to dark grey strongly foliated.Moderately carbonatized and silicified.Trace to l i pyrite, pyrrhotite stringers associated Nith quartz-carbonateveinlets.CAA 50 deg (foliation)

60.30 80.50 Mafic DykeSimilar to 36.80-37,20

85.40 85.70 tybibolitt Flo- Fine to medium grained, green to dark green tassive flew m t h 31 carbonatefilled fractures.

86.40 98.90 i HAFIC TUFFFine grained, green to dark grey tuff strongly foliated.Strongly carbonatized and carbonate filled fractures.Weakly to moderately silicified.Trace disseminated pyrite and pyrrhotite Nith pyrrhotite stringers allassociated Nith quartz-carbonate veinlets.CAA 70 deg at 87.50 i. (foliation)CAA 66 deg at 90.50 i. (foliation)

A46 71.20 71.60 0.40 0.00 0.01

A47 A48

78.5078.90

78.9079.30

0.400.40

0.000.01

0.010.34

A49 A50 A51

92.2092.8098.00

92.6093.2098.50

0.400.400.50

0.000.000.01

0.010.010.34

BOND GOLD CANADA INC. HOLE - MD88.41 PAGE l 5

FROM TO DESCRIPTION 5NHE TO WIDTH Au oz .ton

Au

CAA 66 deg at 93.50 i. (foliation)CM 65 deg at 97.70 i. (foliation)

98.90 116.20 * INTERCALATED MAFIC FLOW AND TUFFSSreen to dark green fine grained weakly to moderately foliated.Weakly to moderately carbonated amt weakly silicified.Trace disseminated pyrite and pyrrhotite associated with quartz-carbonateveinlets.CAA 58 dec, at 102.40 i. (foliation)m 5B deg at 107.80 i. (foliation)CAA 66 deg at 114.40 i. (foliation)

110.40 110.80 Crystal TuffDark grey fine grained weakly foliated utm with 3i 1-2 M. feldspar crystalsStrongly carbonated.

113.20 114.30 Aaphibolitic Flow8reenish grey to dark grey fine to medium grained massive flow with carbonatefilled fractures.At 113.70: l ci. ugnetite layer.At 114.50: 0.5 ci. nagnetite layer.

116.20 117.20 t I NTERCALATED MAFIC TUFFS AND IRON FORMATIONSMafic TuffsGreen to dark green fine grained and strongly foliated.Moderately carbonated and weakly silicified.IRON FORMATION30-40! Mafic Volcanic intercalated with 30-402 chert and 20-251 Monetite.Moderate carbonatization.tt pyrrhotite stringers replacing the tagnetite.Slight ductile deforiation shown by crenulations.

117.20 120.70 * MAFIC TUFFSreen to dark green fine grained.Moderately to strongly foliated tuff.Moderately to strongly carbonatized with quartz-carbonate veinlets.Trace disseminated pyrrhotite.CAA 50 deg at 118.00 i. (foliation)

120.70 125.40 *HAflCDYKE6reen grey to dark grey, fine grained and massive dyke.Weakly to moderate carbonatized with carbonate filled fractures.

125.40 153.10 * INTERCALATED HftflC FLOW AM) TUFFSSreen to dark green fine grained and moderately foliated.Moderately to strongly carbonatized and weakly silicified.Trace disseminated pyrite and pyrrhotite associated with quartz-carbonateveinlets.CAA 50 deg at 127.80 m. (foliation)CAA 65 deg at 131.40 m. (foliation)CAA 70 deg at 138.50 m. (foliation)CAA 60 deg at 141.80 m. (foliation)CM 70 deg at 152.40 m. (foliation)

A52A53A54ASSA56

98.90102.30106.40114.40115.80

99.30102.70107.00114.80116.20

0.400.400.600.400.40

0.000.010.000.000.00

0.010.340.010.010.01

A57 A58 A59

116.20116.50116.90

116.50116,90117.20

0.300.400.30

A60 A61 A62

136.40137.60152.00

137.60138.70153.10

1.201.101.10

0.010.000.00

0.000.010.01

0.340.010.01

0.010.340.34

BOND GOLD CANADA INC- HOLE - MD68.41 PAGE i 6

TO DESCRIPTION SAMPLE fm TO NIDTH

132.00 132.70 Crystal TuffSrey fine grained moderately foliated tatnx with Bi 2-3 M. feldspar crystalsthroughout.Moderately carbonated and weakly silicified.CAA 67 deg (foliation)

153.10 154.10 t IRON FORMATIONSiiilar to 35.60-36.20 i. HI t h Mafic Tuff 20-251 chert 30-40X and magnetite30-40X.J01 massive pyrite in chert with 5X pyrrhotite.Replacement of Monetite in the top layers only.

154.10 359.70 * HAF1C TUFFFine grained green to dark green moderately foliated,Moderately to strongly carbonated and weakly silicified along with quartz- carbonate veinlets.Trace dissetinated cubic pyrite.CAA 66 deg at 167,40 i. (foliation)

159.70 161.00 * IRON FORMATIONSi/iiiar to 35.60-36.20 a. with 40-50X mafic tuffs, 20-301 chert and 20-25Xugnetite.Trace disseminated and stringers pyrite.CAA 68 deg at 190.60 m. (bedding)

161.00 177.40 t MAFIC TUFFFine grained greenish grey to dark grey.Strongly foliated.Moderately to strongly carbonated and silicified with quartz-carbonateveinlets.Trace disseminated pyrite.CM 66 deg at 162.50 i. (foliation)CAA 69 deg at 164.90 i. (foliation)CAA 67 deg at 167.10 i. (foliation)CAA 68 deg at 169.00 i. (foliation)CAA 70 deg at 171.50 i. (foliation)CAA 58 deg at 176.30 *. (foliation)

162.70 163.30 Up to 20! pyrite stringers associated with quartz-carbonate veinlets. 164.70 IM.K- 10 ci. quartz vein. 165.50 165.80 Porphyry Dyke

frey to dark grey fine grained moderately foliated matrix with 5X, 1-2 m.euhedral feldspar phenocryst!.Moderately silicified.Trace disseminated and stringer pyrite.

166.00 166.20 Intensely carbonatiied. 166.50 166.90 Similar to 166.00-166.20 m. 177.40 178.20 f PORPHYRY DYKE

Grey to dark grey fine grained moderately foliated matrix with 311-2 M.euhedral feldspar phenocrysts.Moderately carbonatized and weakly silicified.

A64 A65

154.10 159.70 0.60159.10 159.70 0.60

Au .ton

0.000.00

Aug.t

A63 153.10 154.10 1.00 0.00 0.01

0.010.01

A66 159.70 161.00 1.30 0.00 0.01

A67A68A69A70A71A72A73A74ATS

161.00162.00162.70163.50164.00164.60165.50165.80166.90

162.00162.70163.50164.00164.60165.50165.80166.90167,40

1.000.700.800.500.600.900.301.100.50

0,000.000.040.000.000.010.000.000.00

0.010.011.370.010.010,340.010.010.01

A76 177.40 178.20 O.BO 0.00 0.01

BOND GOLD CANADA INC HOLE - HD68.41 PA6E * 7

FR&T TO DESCRIPTION SWLE fm TO WIDTH Auoz,ton

Trace to 12 disseminated pyrite along fracture and foliation planes.CAA 52 deg at 177.70 i. (foliation)

178.20 183.30 * INTERCALATED MAFIC FLONS AND TUFFSGreenish grey to dark grey fine grained and moderately foliated.Moderately to strongly silicified and strongly carbonatized.Trace disseminated pyrite and pyrrhotite associated with quartz-carbonate veinlets.m 64 deg at 180.40 t. (foliation)CAA 66 deg at 182.50 m. (foliation)

1B3.30 187.10 tSPIKEZOCLight grey to dark grey fine grained.Moderately to strongly foliated tuff.Strongly silicified and carbonatized.Moderately sencitized with Quartz-carbonate veinlets.Trace to U pyrite and arsenopyrite stringers on foliation planes.CAA 58 deg at 184.60 (foliation)

184.10 184.80 SOS carbonatized and silicified with 5-10X sericite.Trace to U disseminated arsenopyrite and 101 pyrite stringers along foliationplanes.

187.10 189.80 * QUARTZ FELDSPAR PORPHYRYFine grained greenish grey massive matrix m t h 30X, 2-5 mm. euhedral tan quartzand feldspar phenocrysts.Weakly carbonatized.Trace to l i d isseminated cubic pyrite

189.80 206.00 * INTERCALATED MAFIC FLOWS AND TUFFSGreen to dark grey fine grained ussive flow and adder at el y foliated tuffs.Moderately to strongly carbonatized and weakly silicified with quartz-carbonateveinlets.Trace disseminated and stringer pyrite and pyrrhotite.CAA 65 deg at 190.90 m. (foliation)CM 56 deg at 193.60 i. (foliation)CAA 44 deg at 200.40 m. (foliation)CAA 46 deg at 203.40 (foliation)

198.20 198.50 Felsic Flon ?Light grey to dark grey fine grained ussive l ayer.Heakly to moderately carbonatized and silicified.12 disseminated cubic pyrite.At 198.90: 51 pyrite and pyrrhotite stringers with quartz-carbonate veinlets.At 210.70: 5 c*, layer of magnetite and pyrrhotite with quartz-carbonateveinlets.At 203.80: 20 cm. quartz vein with trace pyrrhotite.

206.20 207.20 Trace disseminated pyrrhotite.Intense ductile deformation shown by emulations and boudinaged carbonate

A77 178.20 180.40 0.00 0.00

Au

0.01

A78A79A80Aa]A82A83A84

A85A86

A87A88

AB9A90A91A92A93A94A95A96A97

183.30183.70184,10184.50184.80185.10165.40

186.10186.80

187.10188.40

189.80198.20198.50200.00201.50203.60206.40206.20207.20

183.70184.10184.50184.80185.10184.40186.10

186.80187.10

188.40189.80

190.20198.50199.10200.06201.90204.10206.20207.20208.00

0.400.400.400.300.300.300.70

0.700.30

1.301.40

0.400.300.600.060.400.500.801.000.80

0.000.000.000.060.060.010.06

0.000.00

0.000.00

0.000.000.000.000.000.000.000.000.00

0.010.010.012.062.060.342.06

0.010.01

0.010.01

0.010.010.010.010.010.010.010.010.01

BOND GOLD CANADA INC. HOLE - MD88.41 PA6E i 8

* MMMKB——^^BMI " V

mr TO DESCRIPTION SAMPLE FROfl TD WDTH Au Auts .ton 9.t

layers-boudinaged pods of light grey quart: bordered by carbonate 1-2 ci. long.Also crosscutting carbonate veinlets.

206.00 209.40 Iron FormationSiiilar to 35.60-36.20 wth 10X Hafic Tuff.10-15X Monetite and 70-80X chert showing ductile deforiation with crenulationsand boudinaged quartz-carbonate veiniets.52 pyrite and pyrrhotite stringers following deforKd foliation and 101pyrrhotite stringers replacing the Magnetite.CAA 60 deg at 108.40 t. (foliation)m 57 deg at 209.30 ft. (foliation)

209.40 210.40 hafic FlowGreenish grey to dark grey fine grained and Mderately foliated.Moderately to strongly carbonated and weakly silicified.Trace disseninated pyrrhotite along carbonate filled fractures.CAA 65 dec at 209,90 s . ( foliation)

210.40 210.70 Iron FormationSiiilar to 208.00-209.405! pyrrhotite stringers replacing aagnetite.

210.70 210.90 Mafic FlowSiailar to 209.40-210.40CAA 43 deg at 210.80 i. (foliation)

210.90 211.00 Iron ForwtionSiiilar to 206.00-209.40CM 58 deg at 211.00 i. (foliation)

211.00 211.10 Mafic FlowSillar to 209.40-210.403031 pyrrhotite stringers.CM 63 deg at 211.10 i. (foliation)

211.10 211.40 Iron FormationSiiilar to 208.00-209.4020X pyrrhotite stringers randoily oriented.CM 55 deg at 211.30 i. (foliation)

211.40 224.30 * INTERCALATED MAFIC aDXS AND TUFFSSreen to dark green fine grained.Moderately foliated.Moderately carbonatized.Weakly silicified with quartz-carbonate veinlets.CM 45 deg at 2)5.801. (foliation)CM 70 deg at 219.00 a. (foliation)CM 65 deg it 223.00 a. (foliation)

219.10 219.40 Basaltic dyke.Fine grained dark grey aassive intrusive.Neakly carbonatized with quartz-carbonate veinlets.

224.30 224.60 * IRON FORMATIONSiaiiar to 35.60-36.20 with 50-601 tafic tuff 25-351 chert and 10-151 aaonetiteCarbonate filled fractures in bleached core.

A9B 208.00 209.40 1.40 0.00 0.01

A99 209.40 210.40 1.00 0.00 0.01

A100 210.40 211.40 1.00 0.00 0.01

ftlOI 211.40 212.00 0.60 0.00 0.01 A102 224.00 224.30 0.30 0.00 0.01

A103 224.30 224.60 0.30 0.00 0.01

BOND GOLD CANADA INC. HOLE - MD88.41 PAGE l 9

FROM TD DESCRIPTION SflrfLE FROM TD H1DTH Au Auoz ton g t

1-21 pyrrhotite stringers parallel to foliation and trace disseminated pyriteboth within the silicified and carbonatized sections.CM 80 dw at 224.40 t. (bedding)

224.60 227.00 t MAFIC RWBreen to dark green fine grained massive to weakly foliated and weakly towder at el y carbonated with quartz-carbonate veinlets.Trace pyrrhotite stringers associated with snail Monetite layers; replacementof Monetite.CAA SO deg at 126.40 a. (foliation)

227.00 227.00 * END OF HOLECasing left in.

A104 224.60 225.30 0.70 0.00 0.01

B O ND GOLD CANADA INC. DIAMOND DRILL HOLE RECORD Page fi Df————— ^- ........ ———————————

Hole No. HD88.42B Property DOBIE LAKE Section 106 * 75H ClaicNo. 841627 Target SPIKE ZONE Started Nay 10, 1988 Finished May 13, 1988 Drill Co. MIDhEST

Northing 1 * M. CON Grid Orient 25.00 Depth Dip Aziwth Test Depth Dip Aziwth Test Easting 106 1 75.00N Grid tail. 180.00 0.0 -45 205 50.0 -47 ACID Elevation Length (M) 233.00 100.0 - 46 ACID 156.0 - 44 ACID Survey N. Dip-Collar -50.00 Survey E. Coip Bearing 205.00 Drill No. 1210 Logged by 'MIKE EMOND Drill For. Checked by R. 6IBERSON Core NQ Contents: DOBIE SKID

FROM TO DESCRIPTION SfttPLE FROM TO HIDTH Au flu

SUMMARY


11.84 68.15 INTERCALATED MAFIC

68.15 71.42 MAFIC TIFF

71.42 77.26 MAFIC TUFF (le)

77.26 93.76 INTERCALATED NFIC

93.76 101.70 MAFIC FUN (la)

101.70 106.59 INTERCALATED IWFIC

106.59 142.41 MAFIC RON (la)

142.41 145.77 INTERCALATED MAFIC

145.77 158.26 INTERCALATED MFIC

158.26 178.75 MAFIC FUN (la)

oz.ton g,t

ONTARiO GEOLOGICAL SURVEY ASSESSMENT FILES

OFFICE:

FUM (la) tflfFIC TIF (le) Jfl N jj5 J9g0

RECEIVED

FLOW (la) fc MAFIC TUFF (le) / " ,,/irM 7 Vx\

M ^tutlrtb^FLOW (la) fc IRON FORMATION (3k) [J J AN * 8 1990 ^ tfjl

\fA PATRICIA MINING K.I VA. DIVISION ,4/

FLOW (la) l IRON FORMATION (3k) ^^T^TT^^^

FLOW (la) l MAFIC TIF (k)

178.75 180.98 GUARTZ-FELD6PAR PORPHYRY (5a)

180.98 193.34 MAFIC FUN (la)

193.34 194.14 SPIKE ZONE

194.14 201.12 MAFIC FLOW (la)

201.12 205.05 INTERCALATED MAFIC FLOW (la) l IRON FORtlATION (3k)

BOND GOLD CANADA INC HOLE - HD88.42B PAGE l 2

FROH TO DESCRIPTION SWLE FROM TO H1DTH Au Auoz.ton g. t

205.05 233.00 BflFIC aOW (la)

233.00 233.00 END OF HOLE

BOND GOLD CANADA INC HOLE - HD68.42B PAGE l 3

TO DESCRIPTION SNflE FROM TO WIDTH Auozton

Au

0,00 11.74 t OVERBURDEN 11.74 11.84 10 ci wide nilky unite quartz vein with mafic volcanic flow fragments and IX

disseiinated pyrite as fine grained flecks, 11.84 68.15 * INTERCALATED HAFIC aOH fla) 4 MAFIC TUFF (le)

Green to grey-green, fine to mediui grained, weakly to ooderately foliated.Locally biotiferous and schistose.Localized bands of strong epidotization.Moderately sparse quartz carbonate veining increasing within tuffaceouslayers.Trace to locally 21 d isseminated pyrite occuring as blebs.core axis angle 62 degreesx at 15.25 letre.

12.45 13.02 Mafic Dyke? Poorly Developed Crvstal Tuff?Srev to grey-green with 5* fine grained feldspar crystals, weakly foliatedand wderately carbonated.Contacts are mthin sections of ground core.1-21 very fine grained disseminated pyrite.14.65: 3 ct Hide grey quart: vein Mith biotiferous mafic volcanic inclusionsand 32 pyrite a blebs up to 4 M Hide.Distorted contacts.core axis angle 68 degrees at 20.30 tetre.core axis angle 53 degrees at 22.50 metre.core axis angle 59 degrees at 26.10 aetre.28.12; 3 M wide bands of 90)1 pyrite and 10Z carbonate.core axis angle 67 degrees at 28.12 Ktre.

30.22 30.36 Mafic Dykes.Two 2 to 3 ci wide lafic dykes.contacts at 52 degrees to core axis.

30.98 31.21 Mafic Dykel?) Sediientary Unit!?)Dark green, aphanitic to fine grained chlorite rich dyke.Weak, spotty carbonatization.upper contact at 64 degrees to core axis.lower contact destroyed.31.08: l ci Hide boudinage^, quartz carbonate vein with \-ll pyrrhotitestringers.core axis angle 71 degrees at 31.90 wtre.

32.33 33.40 Alphibolitic RON.Contains 10-151 fine to medium grained, anhedral to subhedral aiphiboles.

33.40 33.56 Magnetite Ironstone.Banded, ugnetite bearing ironstone composed of 60-701 chloritic wdstone and30Z tagnetitic quartz carbonate bands.2-4Z disseiinated lagnetite and 1-21 pyrrhotite stringers, core axis angle 74 degrees at 33.5 aetre.

33.87 34.17 Magnetite Ironstone.Siiilar to 33.40-33.56 tetre but banding is loderately wavy, core axis angle 72 degrees at 34.10 wtre.

A106 10.74 11.04 0.30 0.00 0.01

4104A107A107A109A110All!A112

14.5028.0030.9033.3433.8756.4662.54

14,8028.3031.2033.6434.1756.7662.84

0.300.300.300.300.300.300.30

0.000.000.000.000.000.000.00

0.010.010.010.010.010.01D. 01

BOND BOLD CANADA INC

DESCRIPTION

HOLE - HD88.42B PAGE i 4

FROM TO SAJflE fm TO WIDTH Au AuOJ.ton g.t

36.22 37.23 Mafic Dyke.Srey, tassive, aphanitic and neakly carbonatized latic dyke.upper contact at 73 degrees to core axis.later contact at 67 degrees to core axis.

43.18 44.35 Aiphiboiitic flow. 49.31 53.76 tefi Tuff.

Green, fine grained, locally biotiferous lafic tuff.Finely to coarsely laiinated with quartz-carbonate stringers and bands.Trace disseminated sulphides.core axis angle 66 degrees at 49.70 tetre.core axis angle 64 degrees at 52.00 tetre.

53.76 68.15 Intercalated Mafic Volcanic Flow and Mafic Tuffs.Sreen to gren-grey fine to tediui grained, weakly to loderately foliated firnintercalated with tuffaceous sections up to 30 ci thick.Heat lv carbonated.Trace disseminated sulphides.core axis angle 71 degrees at 54.50 tetre.56.52: section 17 o thick of strongly foliated aafic flow with stringers ofquartz-carbonate containing i l pyrrhotite stringers.core axis angle 68 degrees at 59.60 aetre.62.66: 5 ci wide banded lagnetite bearing ironstone.core axis angle 59 degrees at 62.70 Htre.

68.35 71.42 t HAFIC TUFFGreen to light green, fine grained, roderately laiinated tuff.Moderately abundant quartz-carbonate laiination.Locally cherty.Trace disseiinated sulphides.69.07: 15 ci tilky white, barren quartz vein.core axis angle 55 degrees at 69.07 Ktre (upper contact)core axis angle 45 degrees at 69.07 aetre (loner contact)core axis angle 61 degrees at 70.90 ietre.

71.42 77.26 * WFIC TUFF (le)Breen, fine grained laiinated carbonatized tuffs intercalated Mith grey togrey brown, weakly foliated crystal tuffs containing 5-15! toderatelystretched tediut to coarse grained feldspar crystals.

71.42 73.68 Crystal tuff.upper contact at 45 degrees to core axis.72.17: Nafic Dyke.9 ci wide aphanitic, weakly foliated and carbonated aafic dyke.core axis angle 50 degrees at 72.17 tetre (upper contact)core axis angle 47 degrees at 72.17 tetre (lower contact)core axis angle 57 degrees at 72.50 tetre.

73.68 74.59 Hafic Tuff.core axis angle 52 degrees at 74.20 tetre.

74.59 76.59 Crystal Tuff.lower contact at 37 degrees to core axis.

AU3 69.00 69.30 0.30 0.00 0.01

BOND GOLD CANADA INC HOLE - MD88.426 PA6E t

TO DESCRIPTION SAMPLE fm TO WIDTH Au too

Aug.t

76.59 77.00 Mafic Tuff.core axis angle 61 degrees at 76.80 metre.lower contact at 55 degrees to core axis.

77.00 77.26 Crystal Tuff.lower contact at 44 degrees to core axis.

77.26 93.76 * INTERCALATED MAFIC FLOW (la) d MAFIC TUFF (k)Green to grey-green, fine to *ediui grained, locally ophiolitic,Weakly to wderately carbonated flow intercalated with 20-40X mafic andcrystal tuffs.Mafic tuff range in thickness fret 0.3 to 1.0 metre and are fine grained,strongly carbonated and well laminated.Crystal tuffs range in thickness froa 0.1 to 0.3 metre and are grey togrey-brown, weakly foliated, aphanitic to very fine grained with 5-151 mediumto coarse grained feldspar crystals.cere axis angle 56 degrees at 79.60 metre.

80.36 81.65 Silicified intercalated crystal and mafic tuffs.Mafic tuffs are moderately sericitic.Trace disseminated sulphides.core axis angle 60 degrees at 80.50 metre.

82.00 82.35 Moderately sheared, strongly carbonated, schistose mafic tuff.core axis angle 60 degrees at 82.30 metre.core axis angle 64 degrees at 84.60 metre.88.32: l cm wide band of quartz-carbonate with 1-2X pyrite and tt magnetite.core axis angle 71 degrees at 91.00 metre.91.56: 20 cm wide milky grey, barren quartz vein.

91.76 93.76 Moderately sericitic and locally strongly silicified mafic tuff with 2-3Xmedium grained disseminated magnetite adjacent to quartz-carbonate bands.Locally 2-31 pyrrhotite stringers.core axis angle 63 degrees at 93.00 metre.

93.76 101.70 t MAFIC RDH (la)Sreen, fine grained, weakly foliated to massive, cherty flow.Moderately abundant epidote bands, locally with dark red (almandine?) garnet.Moderately carbonated.Trace disseminated sulphides.

101.70 106.59 t INTERCALATED NAFIC FLOM (la) t IRON FORMATION (3k) 101.70 101.79 Magnetite Ironstone.

Banded magnetite bearing chloritic mudstone with quartz-carbonate bands.2-31 disseminations magnetite.5-7* pyrite as boundinaged bands associated with quartz-carbonate.core axis angle 53 degrees it 101.75 metre.

102.28 102.50 Magnetite Ironstone.Similar to 101.70-101.79 metre, but with trace to tt pyrite stringers, core axis angle 63 degrees at 102.40 metre. core axis angle 60 degrees at 103.00 metre.

A114 80.36 81.65 1.29 0.00 0.01A115 88.20 88.50 0.30 0.00 0.01A116 91.50 91.80 0.30 0,00 0.01A117 91.80 92.80 1.00 0.00 0.01

A118 92.80 93.80 1.00 0.00 0.01

A119 101.60 101.90 0.30 0.01 0.34

A120 101.90 102.25 0.35 0.00 0.01

BOND GOLD CANADA INC. HOLE - (1068.426 PAGE l 6

FROH TO DESCRIPTION SAMPLE FROM TO NJDTH Au Auoz.ton gj

A121 A122

102.25 302.55102.55 103.68

0.301.13

0.000.00

0,010.01

103.68 104.14 Magnetite Ironstone.Sililar to 101.70-101.79 netre, Mith Kderate si imping, si nor folding featuresand 1-32 pyrite stringers occunng rally downhole.core axis angle 49 degrees at 103.80 Ktre.104.30: 4 ci m de band of ironstone.

104.48 106.59 Increasingly sheared and silicified volcanics Mith trace to li pyritestringers.104.92: 5 en Hide band of ironstone.core axis angle 61 degrees at 105.50 wtre,104.53: 6 ci wide band of ironstone with no sulphides.106.08: 5 en wide band of ironstone.

106.59 142.41 * MAFIC FLOW (la)Sreen to brownish green, fine grained, noderately foliated, moderatelycarbonated and locally biotiferous floM.Moderately sheared, decreasing in intensity downhole.Sparse, fine quartz-carbonate veining, often accompanied by biotiferous haloes.Locally bands 10-15 ci m de of aiphibolitic floN.Sparse occurences of Kdiui grained disseminated ugnetite.Trace disseminated sulphides.core axis angle 56 degrees at 107.50 ictre.cere axis angle 62 degrees at 111.30 Ktre.core axis angle 63 degrees at 113.00 Ktre.core axis angle 68 degrees at 118.80 letre.

121.76 126.82 Crystal Tuff.Grey, weakly foliated and aphanitic Mith 15-20! coarse grained feldsparcrystals.Contacts are indistinct.Trace disseminated pyrite.core axis angle 63 degrees at 125.00 Ktre,

128.36 130.43 Mafic Dyke. "Dark green, aphanitic, lassive dyke.upper contact at 54 degrees to core axis.lower contact not obtainable.core axis angle 70 degrees at 134.00 Ktre.

136.60 138.96 Mafic Dyke.Sililar to 128.36-130.43 were.upper contact not obtainable.lower contact at 66 degrees to core axil.core axis angle 77 degrees at 140.40 Ktre.

142.41 145.77 t INTERCALATED MAFIC FLOM (la) t IRON FORMATION (3k)Banded chloritic ironstones interlayered with finely luinated, sheared uficflow.

A123 103.68 104.14 0.46 0.00 0.01

A124 A125 A126

104.14104.90105.20

104.90105.20106.59

0.76 O.JO 1.39

0.000.010.00

0.010.340.01

A127 A128 A129

142.41143.48145.10

143.48 3.07144.17 0.69145.40 0,30

0.000.000.00

0,010.010.01

BOND G OUD CANADA INC HOLE - KD68.42B PA6E t 7

FROM TD DESCRIPTION SAMPLE fm TO WIDTH Au Auozjion gj

142.41 143.48 Magnetite Ironstone.Banded ironstone, with localized boundinage and shearing.1-2! localized pyrite stringers associated with quartz-carbonate bands.core axis angle 66 degrees at 143.00 Ktre.

143,64 144.17 Magnetite Ironstone.Siiilar to 142.41-143.48 letre with 2S pyrite stringers.core axis angle 6? degrees at 144.00 Ktre.

144.52 145.10 Siliceous Dykel?)Grey, aphanitic weakly foliated siliceous dyke.upper contact at 73 degrees to core axis.lower contact at 58 degrees to core axis.145.23: 3 ea MI de band of nagnetite ironstone.

145.77 158.26 t INTERCALATED MAFIC FLOW (la) i MAFIC TUFF (k;Green to grey-green fine grained, noderateiv foliated flow intercalated withbands of magnetite bearing /ut i c tuffs 10-50 en wide.Weakly to moderately sheared in places, particularly uohole.Tuffaceous sections are coarsely laminated with quartz-carbonate interbands.Trace to 27. subhedral to euhedral tediun to coarse grained pyrite.

145.77 149.74 Moderately to weakly silicified, locally Monetite bearing tuffs and flow.core axis angle 68 degrees at 146.40 Ktre.core axis angle 74 degrees at 149.40 Ktre.core axis angle 66 degrees at 152.10 Ktre.

154.60 157.61 Biotiferous tuffaceous unit with abundant quartz-carbonate lamination andtrace to l! pyrite blebs.155.11: 7 ci wide quartz-carbonate band with trace pyrite.

A130 145.77 147.09 1.32 0.00 0.01A131 147.09 148.41 1.32 0.00 0.01A132 248.41 149,74 1.3?. 0.00 0.01A133 155.00 155.30 0.30 0.00 0.01A134 155.30 156.80 1.50 0.00 0.01A135 156.80 157.70 0.90 0.01 0.34

158.26156.26

178.75161.21

t MAFIC FLOW (la)Intense quartz-carbonate alteration, grey to buff with 5-151 irregular mafic stringers and bands. Trace disseminated pyrite. 160.72: 38 ci wide siliceous, weakly foliated dyke, core axis angle 72 degrees at 160.80 Ktre.

161.21 162.01 25! quartz-carbonate alteration within wderately sericitic, boundinaged flow.Trace disseminated sulphides. core axis angle 64 degrees at 161.50 Ktre. core axis angle 72 degrees at 164.00 metre.

166.77 167.66 Siliceous, aphanitic, weakly foliated dyke, l! disseminated pyrite.170.98: 15 ci wide section of intensely sheared, moderately sericitized, quartz-carbonate altered flow.

A136 157.70 158.26 0.56 0.00 0.01

A137 158.26 159.76 1.50 0.00 0.01A13B 159.76 161.21 1.45 0.00 0.01

A139 161,21 161.71 0,50 0.00 0.01

A140 161.71 163.21 1.50 0.00 0.01

A141 166.77 167.66 0.89 0.00 0.01

A142 170.45 171.45 1.00 0.01 0.34

BOND GOLD CANADA INC HOLE - MD88.42B PAGE l 8

FWJM TO DESCRIPTION SAfflE FROM TO WIDTH Au Au oz.ton g,t

171,45 174.91 95! quartz-carbonate alteration with stringers and bands of sericitic, locally pyritized flow, core axis angle 60 degrees at 173.50 netre. 174.37: 34 en section with intensely pyritized stringers of nafic flow, core axis angle 67 degrees at 174.70 tetre. core axis angle 44 degrees at 178,00 netre.

A143A144A] 45A146

171.45171.95173.45174,37

171.95173.45174.37174.71

0.501.500.920,34

0.000.020.000.00

0.010.690.010.01

A147 174.71A148 176.21A149 177.71

178.75 180,98 t QUARTZ-FELDSPAR PORPHYRY (5a)Quarti-feldsoar porphyry with 20X coarse to very coarse feldspar grains in asericitic aatrix.l-2i disseoinated pyrite as blebs and cubes.jpper contact at 50 degrees to core axis.loner contact at 42 degrees to core axis.

180.98 193.34 t MAFIC FLOW (la)Green, fine to tediut grained, aoderately foliated, strongly carbonatednith abundant quartz-carbonate lamnations.Moderately sheared, intensely folded uphole.Locally weakly sericitic uphole.Trace to IX pyrite, locally pyrite content increases to 3-4Xcore axis angle 48 degrees at 184.80 netre.core axis angle 42 degrees at 187.50 tetre.

189.00 189.31 Siliceous Dyke.Srey, aphanitic, weakly foliated dyke with i-21 finely disseminated pyritecubes and trace to IX pyrrhotite near contacts.upper contact at 48 degrees to core axis.lower contact at 52 degrees to core axis.189.39; Trace to 2X pyrrhotite associated mth quartz-carbonate lamination.core axis angle 59 degrees at 189.60 wtre.core axis angle 53 degrees at 191,20 letre.

192.83 193.14 Moderately sericitic flow with 3X pyrite blebs aligned parallel to foliation.core axis angle 34 degrees at 192.90 letre.

193.34 194.14 t SPIKE ZOKSrey to tan, wderately foliated, intensely sericitic and Mderately tostrongly silicified Mfic firn.Neakly carbonatized.5-61 pyrite K b lebs parallel to foliation.core axis angle 61 degrees at 193.50 letre.core axis angle 52 degrees at 194.10 *etre.

194.14 201.12 * MAFIC FLOW (la)Srey-green, fine grained, Mderately to strongly foliated, stronglycarbonatized flow.Strongly sheared and locally folded.Weak to Mderate sericitization and Mderate to strong silicification.

A150 A151

A156 A157

176.21177.71178.75

178.75 380.25180.25 180.98

1.501.501.04

1.500.73

193.34 193.74193.74 194.14

0.400.40

0.000.010.00

0.000.00

0.14 O.OB

0.010.340.01

0.010.01

A152A153A154A173A174A155

180.98189.00189.31189.61190.84192.34

182.48189.31189.61190.84192.34193.34

1.500.310.301.231.501.00

0.010.000.000.000.000.00

0.340.010.010.010.010.01

4.802.74

A15BAIMA160AlfclA162

194.14195.20195.50196.40196.82

195.20195.50196.40196.82197.22

1.060.300.900.420.40

0.010.000.010.000.00

0.340.010.340.010.01

BOND GOLD CANADA INC HOLE - HD88.42B PA6E l 9

FROM TO DESCRIPTION SAMPLE FROM TO N1DTH Au

Trace to 21 pyrite as blebs parallel to foliation.Trace to 2X pyrrhotite as large blebs and stringers.core axis angle 56 degrees at 195.70 wire.

196.40 196.82 Strongly silicified with 1-21 pyrite.core axis angle 62 degrees at 197.00 Ktre.197.06: 4 ea bands of quartz with 5-61 pyrrhotite stringers and blebs and2-3X pyrite as blebs surrounded by pyrrhotite.

198.07 198.45 Intensely silicified with trace to 1Z pyrite. 199.94 201.12 Intensely altered section, 902 quartz-carbonate with stringers of ufic flow

and pyrrhotite (3X)201.12 205.05 * INTERCALATED MAFIC ROW (la) i IRON FORMATION (3k) 201.12 201.58 Intensely Silicified Magnetite Ironstone.

Strongly deforced banded chloritic ironstone with 10-121 pyrrhotite Nisps andstringers.Tight aicrofolding.Trace to 21 tediut grained nagnetite within chloritic bands.

201.58 202.18 Intensely Silicified Nafic Volcanic Flo*.Grey, aphanitic, weakly foliated flow with bands 1-2 ci wide of ugnetiteironstone.Sulphides occur as sulfidization of the ironstone bands.2-47. pyrrhotite as bands and stringers.core axis angle 55 degrees at 203.50 aetre.

204.07 204.65 Strongly Silicified Hagnetite Ironstone.Moderately deforied, strongly folded locally, banded chloritic ironstone.Localized epidotization.7-flX pyrrhotite and 21 pyrite.core axis angle 55 degrees at 204.20 Ktre.

205.05 233.00 * HflFIC FLOW (la/Sreen, fine to wdiiw grained, wderately foliated and Mderately shearedfirn.Trace to IX pyrite cubes.core axis angle 56 degrees at 206.20 irtre.core axis angle 61 degrees at 210.20 Ktre.

210.40 211.20 Moderately to strongly silicified and sheared flow, 301 quartz-carbonateboudinaged interband* 0.5-2.0 ea thick.Trace to 22 pyrrhotite a thin, short stringers.core axis angle 64 degrees at 212.40 *etre.core axis angle 74 degrees at 219.50 letre.220.83: 10 ci wide band of ugnetite bearing flow adjacent to 4 ci widebarren grey quartz vein.core axis angle 72 degrees at 226.50 Mtre.core axis angle 73 degrees at 231.50 Ktre.

ft!68 201.58 202.18 0.60 0.01

Aug.t

A163 197.22 198.07 0.85 0.02 0.69A164 198.07 198.37 0.30 0.00 0.01A165 198.37 199.87 1.50 0.00 0.01

A166 199.87 201.12 1.25 0.01 0.34

A167 201.12 201.58 0.46 0.02 0.69

0.34

A169 202.18 203.18 1.00 0.00 0.01

A170 204.07 204.65 0.58 0.00 0.01

A171 204.65 205.05 0.40 0.00 0.01

A172 210.40 211.20 0.80 0.02 0.69A175 220.75 221.05 0.30 0.00 0.01A176 232.25 232.55 0.30 0.01 0.34


DESCRIPTIONFROM TO

231.50 232.55 Meakly sericitic and silicified firn. 233.00 233.00 * EM) OF HOLE

Casing left in hole.

HOLE - H088.42B PAGE l 10

SttfLE FROM TO WIDTH Au Anoz.ton g.t

BQ"i' GOLD CANADA INC DIAhOND DRILL HOLE RECORD Page 11 of

Hole No.Property

, SectionClaii No.TargetStartedFinishedDrill Co.

FROH TO

HD68.43MUSKES-OOBIE

94 + OOHsmtnfLUNIG 12

May 13, 1988Hay 14, 1988HIDNEST

Northinu 3 * 75.00SEasting 94 * ONElevationSurvey N.Survey E.Drill No. 1210Drill For.Core NQ

DESCRIPTION

Brid Orient 0.00 Depth Dip Aziiuth Test Depth Dip teiiuth TestSridAzi*. 25.00 50.0 -43 ACID 100.0 -43 ACIDLength (H) 170.00 170.0 - 41 ftCIDDip-Collar -45.00Cotp Bearing 25.00Logged fay HIKE EWONDChecked by R. BIBERSONCoAKnts: HUSTON 6RID

SttfLE FROH TO WIDTH Au Auoz,ton g,t

SUMMARY


4.15 15.92 MAFIC FLOW (la)

15.92 17.26 BANDED IRON FORMT10N (oxide) (3ko)

17.26 27.12 HAFIC FLOW (la)

27.12 28.09 BANDED IRON FORMATION (sulphide! (3ks)

28.09 29.92 WFIC FLOW (la)

29.92 30.60 BANDED IRON FORMATION (oxide) (3ko)

30.60 128.57 HAFIC FLOW (la)

128.57 129.34 BANDED IRON FORMATION (sulphide) (3ks)

129.34 132.17 HAFIC FLOH (la)

132.17 170.00 HAFIC FLOH (la)

170.00 170.00 EM) OF HOLE

BOND GOLD CANADA ING HOLE - ND68.43 PAGE l 2

FROM TO DESCRIPTION SttftE FROM TO WIDTH Au Auozton gj

0.00 4. IS

4.15 •OVERBURDEN 15.92 * MAFIC FLOW (la)

fireen to olive green, fine to tediuit grained, weakly foliated to schistose inzones of strong shearing, weakly to locally Mderately carbonated and locallywderately epidotized flow.Moderately aaphibolitized.

13.45 15.92 Strongly sneared flow.locally Kderatelv silicified with stall tight crenulations associated withtrace to IX linonite stringers.core aixs angle 30 degrees at 13.50 netre.core axis angle 42 degrees at 14.BO tetre.14.73: Fault.36 ea wide section of broken scnistose core.

15.92 17.26 *BflNDED IRON FORMATION (oxide) (3ko)Uniforiily banded chloritic irm foreation with trace to U oxidized sulphides.Locally, evidence of shearing,core axis angle 52 degrees at 16.20 ftetre.core axis angle 37 degrees at 17.00 irtre.

17.26 27.12 * HftflC FLflHla)Green to olive green, fine to oediiM grained, Kderatelv foliated, toderatelycarbonatized and locally wderate silicified flows.Sparse quartz-carbonate veins up to 3 ci wide with pink carbonate.Locally aaphibolitic.Trace blebs of pyrite.21.27: 21 pyrite blebs.core axis angle 34 degrees at 21.30 letre.core axis angle 40 degrees at 24.60 tetre.

27.12 28.09 t BANDED IRON FORMATION (sulphide! (3ks)Banded, chloritic irm foriation with abundant (701) quartz-tarbonate bands and1-2?. fine grained pyrite, iostly along the interface of bands of differentcomposition.Downhole contact is a fault; schistose, broken core over 10 ci.core axis angle 56 degree at 27.20 netre.core axis angle 54 degrees at 27.60 Ktre.

28.09 29.92 * HftFIC FLON (la)Strongly silicified tafic volcanic formation with no sulphides.

26.36 29.62 Intermediate Me.Srey, fine grained, weakly foliated and nderately carbonatized dyke.core axil angle 48 degrees at 29.70 letre.

29.92 30.60 tBAMft IRON FORHATION (wide) (3ko)Banded ironstone with di nor sluiping features and localized recumbent folding.Abundant (5-7X) lediui to coarse grained Mgnttite within chloritic wdstonelayers.core aixs angle 44 degrees at 30.20 tetre.

30.60 128.57 * MAFIC FLOW (la)Green, iostly oediua grained, Mderately to strongly sheared and strongly

A177 A178

13.7715.27

15,2715.92

1.500.65

0.000.00

0.010.01

A179 15.9-2 17.26 1.34 0.00 0.01

A180 A1B1

17.2620.75

17.6621.35

0.400.60

0.000.00

0.010.01

A1B2 27.12 28.09 0.97 0.00 0.01

A183 A1B4

28.0929.62

28.4929.92

0.400.30

0.00 D. 00

A1B5 29.92 30.60 0.68 0.00

0.010.01

0.01

AI86 A187

31.5039.19

31.8039.66

0.300.47

0.000.00

0.010.01

BOND GOLD CANADA INC HOLE - I1D88.43 PfrSE f 3

FROM TO DESCRIPTION

carbonatized flow.Locally trace to IX disseninated fine grained nagnetite.Local lv ep i dot i zed.Locally uphibolitic.Trace to IX disseminated pyrite.

34.01 38.60 Hafic Dyke.Dark green, weakly foliated, strongly carbonatized, fine grained barren taficMe.'

upper contact it 38 degrees to core axis.lower contact at 45 degrees to core axis.

39.19 39.66 Siliceous Dyke.6rey, fine grained, weakly foliated, strongly carbonated siliceous dyke mth21 f ine dissesinated pyrite blebs.upper contact at 54 decrees to core axis.lower contact at 58 degrees to core axis.

40.14 41.12 Moderately sheared flow with 21 disseminated pyrite.core axis angle 38 degrees at 40.80 *etre.core axis angle 50 degrees at 46.00 Ktre.core axis angle 30 degrees at 51.50 wtre,

51.68 55.82 Mafic Dyke.Sreen, fine to Kdiua grained, weakly carbonatized, weakly foliated ufic dyke.upper contact at 24 degrees to core axis.lower contact at 32 degrees to core axis.core axis angle 35 degrees at 58.80 Ktre.core axis angle 33 degrees at 63.50 Ktre.core axis angle 17 degrees at 67.90 Ktre.

71.70 89.99 Massive, epidotized and asphibolitic, light green flow. 92.52 93.28 Early safic dyke.

Sreen, fine grained, nderately foliated.upper contact at 34 degrees to core axis.lower contact at 41 degrees to core axis.Quartz vein with trace sulphides adjacent to lower contact.core axis angle 37 degrees at 94.50 Ktre.

102.83 122.35 Aaphibolitic, ussive flow.core axis angle 55 degrees at 125.70 wire.

128.57 129.34 *BANDED IRON FORfMTlON (sulphite) (3ks)Trace to IX pyrrhotitt as stringers.6rey to yellowish quartz bands.Trace blebs of i Mtillic grey lineral (hetatite?)core axis angle 41 degrees tt 128.80 Ktre.core axis angle 44 degrees at 129.30 eetre.

129.34 132.17 * HftFIC aON (la)Green, aoderately foliated flow with 201 quartz-carbonate veins l to 15 Mwide.Veins are uderately boudinaged and locally folded.Trace disseainated stringers of pyrite.

SttflE

A188A1B9A190

FROM

39.6676.2093.10

TO

41.1676.5093.40

WIDTH

1.500.300.30

ftuozjion

0.000.000.00

Aus.t

0.010.010.03

A191 128.57 129.34 0.77 0.00 0.01

A192 A193

129.34130.84

130.84132.17

1.501.33

0.000.00

0.010.01

BOND GOLD CANADA INC HOU - HD68.43 FA6E l 4

FROM TO DESCRIPTION

core axis angle 38 degrees at 130.30 letre. 132.17 170.00 tMFICFLH (li)

Green, fine to nediua grained, weakly foliated flew.Moderately carbonated.Locally intensely cherty.core axis angle 50 degrees at 133.40 Ktre.

134.90 136.44 Strongly veined, toderately silicified Kith trace to IX pyrite saeared alongfractures.core axis angle 57 degrees at 140.00 Mtre.Intensely cherty, weak remant foliation.Intensely cherty, nassive, locally epidotized.Massive, cherty, noderately epidotized flow Hith a few grev translucent quartz

140.25144.37162.04

SAMPLE

A194A195A196AWA!98

FROM

134.90136.14140.25162.04163.54

TO

136.14136.44141.75163.54165.04

WIDTH

1.240.301.501.501.50

AuK .ton

0.000.000.000.000.00

Au9.t

0.010.010.010.010.01

144.37162.04165.18

veins 5-7 M MI de.165.18 170.00 Massive, weakly aaphibolitic flow mth sparse quartz-carbonate veins.

167.15: 58 en wide section mth strong shearing features and a 2 ea widebarren ouartz-carbonate vein.

170.00 170.00 * END OF HOLE

A199 168.25 168.55 0.30 0.00 0.01

BOND BOLD CANADA INC DIAMOND DRILL HOLE RECORD Page i! of-^ ——

Hole No.PropertySectionCI aii No.TargetStartedFinishedDrill Co.

HD68.44MUSKE6-D08IE

93 + OOWIWtV4/LUDW16 15

Kay 14, 1988May 15, 1988MIDWEST

NorthingEastingElevationSurvey N.Survey E.Drill No.Drill For.Core

3 + OOS93 * (X*

1210

NQ

Sri d Orient 25.00Grid Azi*. 180.00Length (M) 98.00Dip-Collar -45.00Coup Bearing 205.00Logged bv MIKE EHONDChecked by R. E1EERSONCMHfits: HUSTON 6RID

Depth Dip Azimth Test Depth Dip Aziiuth Test50.0 -44 ACID 98.0 -42 ACID

FROM TO DESCfllPTIW

S U M M A R Y



50.87 58.01 HtfIC DYKE (4d)




77.50 78.19 MAFIC DYKE !4d)


78.49 79.59 INTERCALATED MAFIC FLOW (la) d MAFIC TUFF (k)


80.58 98.00 ftfK FLOW (la)

98.00 98.00 END OF HOLE

SAMPLE FROM TO WIDTH Au AuM.ton g.t

ONTARIO GEOLOGICAL SURVEYASSESSMENT FILES

OFFICE

JAN 2 5 1990

RECEIVED

BOND GOLD CANADA INC HOLE - .44 PA6EI 2

FROH TO DESCRIPTION SAMPLE FROM TO WIDTH Au Au oz,ton g.t

0.00 3.67 f OVERBURDEN 3.67 50.87 * HAFIC FLOW lia)

Green, moderately foliated, medium Drained flow.Moderately to strongly carbonatized.Sparse quartz-carbonate veins.Trace disseninated sulphides.

4.34 13.68 Faulted Intercalated Banded Iron Foriations (Oxide Facies) and Hafic VolcanicFlo*.8reen, strongly foliated, locally schistose and leached flow.Localized intense quartz veins.Locally 1-3! fine grained pyrite, lostly oxidized, as stringers and thin bands.core axis angle 71 degrees at 6.00 netre.6.55: Fault: schistose, clav coated fragments of core over 46 ci.9.51: 38 en wide mafic, noderately carbonatized, fine grained and weaklvfoliated dyke.tipper contact within ground eye,lover c ontact at 67 degrees to cere axis.H,67: 14 tt wide banded iron formation (sulphide facies) composed largelyof quartz bands and 2-4 u ride magnetite bands.2-3! fine grained pyrite and 4-5! h ionite.1-2! pyrrhotite and pyrite intergrowth within quartz bands as blebs with apyritic core.core axis angle 69 degrees at 11.75 Ktre.12.42-13,56: Banded Iron Formation.Hoderately folded, oxidation of fine grained pyrite (3-4!) sKared alongfoliation planes.Composed predominantly of lagnetite bands.Last 15 ci of banded iron formation is within a fault zone.core axis angle 67 degrees at 13.10 Ktre.

15.02 15.39 Mafic Dyke.Green, medium grained, massive, weakly carbonated dyke with trace to IXdisseminated pyrite blebs and cubes.upper contact at 57 degrees to core axis.lower contact at 49 degrees to core axis.

16.63 17.96 Moderately foliated and strongly carbonated flow with 1-2! medium grainedpyrite cubes.core axis angle 51 degrees at 17,50 letre.

20.65 21.18 Strongly sheared flow with 401 quartz-carbonate veins containing l! blebslimonite.core axis angle 60 degree* at 21.80 metre.

26.32 39.37 Clotty, massive amphibolite firn.Weakly carbonated.core axis angle 51 degrees at 40.50 metre.41.10: blebs 15 mm wide of pink carbonate and quartz.

42.10 42.38 Sparse quartz-carbonate veins with l! limnite blebs.

A200A2WA202A203A204

6.9711.3911.6612.4216.63

8.0011.6612.4213.5617.96

1.030.470.561.141.33

0.000.010.000.010.00

0.010,340.010.340.01

A205 20.85 21.18 0.33 0.00 0.01

BOND G OLD C A NA D A INC HOLE - HD68.44 PfiSE * 3

FROM TO DESCRIPTION

42.62 42.87 tuartz vein with 10X strinoers of chlorite ana black nicaceous Mineral, tore axis angle 51 degrees at 43.70 tietre. core axis angle 54 deorees at 46.80 tetre.

47.22 49.27 Strongly foliated t i o* with abundant fine quartz-carbonate lamination; and quartz-carbonate veins with trace to l?, pyrite cubes adjacent to contacts. 47.30: quartz-carbonate vein 4-5 c* wide. 48.58: intensely folded quartz-carbonate vein over 7 ci wide. 46.85: quartz-caraonate veins over 40 c* with trace strinoers of fuchsite and pyrite.4?.57: 8 ea wide nafic dyke, cere axis angle 55 degrees at 50.00 setre.

50.87 58.01 * MAFIC DYKE (4d)Dark green, nediuc grained, aassive dyke.Weakly carbonated.Sparse, thin quartz-carbonate veins.Trace pyrite as blebs.

58.01 67.84 * HAFIC FLOW (la)Sreen, aediun grained, aoderately to strongly foliated flow.Strongly carbonated.Trace dissesinated pyrite as snail blebs.

58.01 59.32 2-3* fine grained stretched feldspars.core axis angle 56 degrees at 58.90 letre.60.37: 12 ce of wispy quartz-carbonate veins with IX pyrite blebs.core axis angle 63 degrees at 61.50 letre.62.06: 2 c* wide quartz-carbonate vein.

62.83 65.39 Strongly foliated to schistose flow.core axis angle 59 degrees at 64.90 Ktre.

65.39 66.89 Mafic Dyke.Sreen, lediua grained, icderately foliated dyke.Moderately carbonated.upper contact at 49 degrees to core axis.lower contact at 49 degrees to core axis.

67.84 68.95 t BANDED IRON FORMATION (wide) (3ko)Evenly banded, locally boudinaged coipoced largely of nagnetite bearingquartz-carbonate and quartz bands.Trace to 1Z pyrite cubes along foliation planes.core axis angle 42 degrees at 68.10 Ktre.core axis angle 43 degrees at 68.80 Ktre.

68.95 77.50 t MAFIC FLOW (la)Green to light green, fine to nediu* grained, Hderately foliated to tussiveflow.

SAfFLE FROH TO yiDTH Auoz^ton

A206 42.10 42.62 0.52 0.0*3

A207 42.62 43.12 0.50 0.00

A226 47.22 47.68 0.46 0.00A208 48.43 48.87 0.44 0.00

A209 48.67 49.29 0.42 0.00

A210 53.91 55.41 1.50 0.00

A211 57.99 58.90 0.91 0.00A212 60.10 60.51 0.41 0.00A213 61.88 62.18 0.30 0.00A214 64.94 65.44 0.50 0.00

A215 A216

67.45 67.8567.85 66.95

0.401.10

A217 A218 A2I9

72.6274.5074.80

73.0274.8075.50

0.400.300.70

0.000.00

0.000.000.00

Au

0.01

0.01

0.010.01

0.01

0.01

0.010.010.010.01

0.010.01

0.010.010.01

BOND GOLD CANADA INC.

DESCRIPTION

HOLE - .11588.44 FA6E l 4

FROM TO SMPLE ROM TO WIDTH Au Au oz.ton qji

Heakly to loderately carbonatized.Sparse quartz-carbonate veining.core axis angle 56 degrees at 70.10 Ktre.

71.71 77.50 Aophibolitic floN with localized zones of strong shear acccxpanied by quartzcarbonate veins.

77.50 78.19 * MAFIC DYKE Md)Dark grey, fine grained weakly foliated and strongly carbonatized dyke.IX pyrite sheared along fracture planes.upper contact at 55 degrees to core axis.lower contact at 62 degrees to core axis.

78.19 78.49 t BANDED IRON FORMATION (oxide) I3ko)Moderate sluaping features, cciposed predominantly of chloritic nidstone nith15! Magnetite interbands 1-5 u.core aix angle 58 degree at 78.40 netre.

78.49 79.59 t I NTERCALATED HAFIC FLOW (la) i MAFIC TUFF (le) 78.39 78.57 Dark green, fine grained nudstone Nith 21 euhedral fine to •ediua grained

pyrite.78.57 78.82 Mafic Volcanic Flow.78.82 79.59 Chloritic Midstone with 10X quartz-carbonate veins. 79.59 80.58 * BMDED IRON FORMATION (oxide) (3ko)

PredoAinantly quartz and quartz-carbonate bands Nith 10X ugnetite bands 1-10H wide.core aixs angle 49 degrees at 79.90 letre.core axis angle 53 degrees at 80.40 tetre.

80.58 98.00 * MAFIC FLOW (la)Green, aottled, fine to rediu* grained, aaphibolitic ussive flow Nith sparsequartz-carbonate veins.Moderately carbonatized.89.25: 4 ci Hide barren quartz-carbonate vein,

98.00 98.00 t END OF HOLE

A220 77.00 77.50 0.50 0.00 0.01

A221 77.50 78.19 0.69 0.00 0.01

A222 78.19 78.49 0.30 0.00 0.01

A223 76.99 79.59 0.60 0.00 0.01

A224 79.59 60.58 O.W 0.00 0.01

A225 89.20 89.50 0.30 0.00 0.01

D GOLD CANADA INC

Northing 6 * 90N Easting 104 t SOW Elevation

Hole No. MD68.45Property MUSKEG DOBIESection 104 t SONClaii No. 3*ltt?yg4Jb32. Survev N.Target SPP STRATIGRAPHY Survey E,Started May 27, 1938 Drill No. 003Finished May 28, 1988 Drill For.

DIAMOND DRILL HOLE RECORD Paoe fi of

Drill Co. FfrLCON 8Q

6rid Orient 25.00 Grid AziR. 180.00 Length (M) 148.50 Dip-Collar -45.00 Coop Bearing 205.00 Logged by ROE 6IBERSON Checked by R. 61BERSON CoMents: DOBIE GRID

Depth Dip Azimth Test Depth Dip Aziiuth Test0.0 -45 205 100.0 -45 RD

148.5 - 44 RD

FROM TO DESCRIPTION SAffLE FROM TO WIDTH Au Au02 ton o t

0.00

6.70

37.50

52.50

85.95

87.70

88.61

121.70

136.45

133.32

140.05

146.50

SU

6.70

37.50

52.50

85.95

87.70

88.61

121.70

136.75

138.32

140.05

148.50

148.50

M M A R

OVERBURDEN

MAFIC FLOW

MAFIC DYKE

MAFIC FLOW

MAFIC TUFF

FELSIC TUFF

WHIBOLITII

MAFIC FLOW

FELSIC TUFF

QUARTZ VEIN

MAFIC FLOW

END DF HOLE

Y| ONTAR'o7eoLS

f OFFICE

i v

i4d) lt— 5J: C E f v

(la) - — - ———

(le)

(2b) /x

C FLOW (Id) [|71*3

lli} \Sj(2b);SHEAfB PORPHYRY!?) \

(la)

BOND GOLD CANADA ING HOLE - MD88.45 PAGE l 2

FROH TO DESCRIPTION SAMPLE fK3H TO WIDTH Au Auozjon g.t

0.00 6.70 t OVERBURDENsilty sand overlaying i boulder layer adjacent to bedrock.

6.70 37.50 * MAFIC FLOW (la)light grey green, fine-grained, ussive to weakly foliated fie* with localsections of KxJerately fractured rock.1-3! quartz-carbonate as fracture infilling and veinlets.local sections of fine-grained lafic intrusive throughout.ninor sections of epidote carbonate cenented breccia adjacent to vesicularflow (pillowed?)

9.25 13.55 Mafic Dyke.light grey, fine-grained, aassive nafic dyke with l (M 5! fine-grainedfeldspar and 20-30! fine-grained amphibole.upper contact at 43 degrees to core axis.lower contact at 56 degrees to core axis.

13.55 16.40 Meta-Greywacke.dark grey, ussive aphanitic sediient.very si nor licrofracturing with quartz-carbonate infilling.

26.00 28.06 6 ci wide quartz ankerite vein with 1-2! disseainated pyrite.core axis angle 42 degrees at 28.00 aetre (foliation)

29.86 30.08 intense epidotization and silicification. 37.00 37.50 Sheared Feldspar Porphyry.

light grey, siliceous latrix with 10-15! fine to lediui-grained subhedral toanhedral feldspar aligned to a toderate foliation.

37.50 52.50 * MAfIC DYKE (4d)light grey, fine-grained, nassive dyke with 70! fine-grained feldspar and20-30! chloritic fine-grained aiphiboles.mnor carbonate filled fractures and veinlets.

37.99 38.29 quartz ceaented breccia interval Mith 5-10! 0.5-1.0 ci blocky fragients ofintrusive.

52.50 85.95 * HAF1C FLOW (la)light grey green, fine-grained, nassive to icderately foliated flat withnarrow intervals of darker well foliated uterial.local, 10-50 ci sections of feldspar porphyry and local sections of quartzand quartz-carbonate veining.

57.00 57.11 Quartz Feldspar Vein.light grey to creaty white quartz win with 15! lediw to coarse-grainedfragments of feldspar and ankerite.(l! dark bran-Made acicular lafic lineral throughout.trace pyrite.

62.70 62.88 Quartz Feldspar Porphyry.dark grey, weakly foliated intrusive with 5-7! 1-2 M subhedral feldsparphenocryst;.intensely carbonated and weak biotization of wallrock contact.upper contact at 29 degrees to core axis.lower contact at 27 degrees to core axis.

B347 27.90 28.20 0.30 0.00 0.01

B348 37.95 38.35 0.40 0.00 0.01

B349 56.90 57.20 0.30 0.01 0.34 B350 69.70 70.05 0.35 0.06 2.74

J

BOND GOLD CANADA INC HOLE - MD68.45 PAGE l 3

TO DESCRIPTION BAfflE FROM TO H1DTH flu Auoz .ton t)Jt

62.88 65.95 Mphibolitic Mafic Fit* (Gabbro?)not t led light and dark green flow with 35-402 fine and medium-grainedchloritized amphibole crystals.20-30! fine-grained feldspar phenocryst; throughout the groundmass.11nor licrofracturing Kith quartz-carbonate infilling.66.84: 80 CD wide feldspar porphyry similar to 62.70-62.88 metre.(12 chloritic mafic flow inclusion aligned to foliation.69.73; 23 CD wide light grey to lilky white quartz vein MIth minor carbonatefilled microfractured and chloritic inclusions.upper contact at 32 degrees to core axis.lower contact at 18 degrees to core axis.78.40: 40 ci section of fine-grained massive iiafic flow.

81.90 82.82 Kderately foliated tc locally schistose xafic flow.core axis angle 28 degrees at 82.70 oetre.

65.95 87.70 t MAFIC TUFF (k)intensely carbonated dark grey brown tuff with 2-32 carbonate in thin wispvstringers.iinor sections of feldsoar porphyry.trace to l i pyrite smeared along foliation partings.core axis angle 51 degrees at 65.95 metre.

86.32 86.75 Feldspar Porphyry.light grey to buff fine-grained porphyry with 5-102 feldspar phenocryst!stretched and aligned to foliation.strongly sericitized and weakly silicified with linor licrofracturing andquartz-carbonate infilling.trace fine-grained pyrite along foliation partings.

86.75 87.70 light to dark grey brown, fine-grained, intensely carbonatized tuff.trace pyrite sheared along foliation partings.core axis angle 62 degrees at 87.50 metre {foliation)

87.70 88.61 t FELSIC TUFF (2b)*oderately to strongly foliated, fine-grained, intensely sericitized andweakly carbonatized tuff.colour varies from yellow buff to light grey as the intensity of sericitizationdecreases downhole.trace pyrite along fracture surfaces.

88.61 121.70 t AnTHlBOUTIC FLOH (Id)lottled light and dark green, fine-grained, lassive to weakly foliatedvolcanic with 20-30! subhedral, fine and Mdiut-grained chloritized aiphibolephenocrysts.HxJerately fractured with carbonate infilling.trace disseminated pyrite.core axis angle 41 degrees at 100.30 metre (foliation)

102.70 103.15 251 lilky white quartz-carbonate veining in an intensely carbonatizedinterval.2-52 mafic fragments within quartz vein along fractures filled with carbonteand trace pyrite within the vein.

B351 65.90 86.20 0.30 0.00 0.0!B352 B6.20 86.75 0.55 0.00 0.01E353 86.75 87.25 0.50 0.00 0.01B354 87.25 87.70 0.45 0.00 0.01

B355 87.70 8.00 0.30 0.00 0.01

B356 8357

68.00302.70116.30

88.65103.20116.60

0.650.500.30

0.010.000.00

0.340.010.01

BOND GOLD CANADA INC HOLE - MD88.45 PA6E l 4

TO DESCRIPTION SArflE FROM TO WIDTH Au flu Dijon g. t

core axis angle 32 degrees at 102.72 letre (upper contact)108.40: 3 ea wide lilky white, lediui-grained quartz vein.116.40: 13 ci wide lilky white quart: vein with linor fracturing.vein is bordered by a l ci) wide carbonate rin on both contacts.upper contact is irregular.lower contact at 43 degrees to core axis.

121.70 136.75 * HflFlC FLO* (la)fine-grained, eassive to weakly foliated, light grey green flow with tinwquartz-carbonate filled cicrofractures.local narrow sections of epidotization and silicification adjacent to carbonatevesicle rich flow (oillowed?)linor biotite alteration in areas of quartz-carbonate veining.131.00: 11 ci interval of quartz-carbonate veining (402) in a aoderatelv tostrongly foliated flow.core axis angle 28 degrees at 131.10 wtre (foliation)

131.10 132.10 Biotite Altered Flow.light brown patches of biotite alteration adjacent to areas of intensefracturing and carbonate infilling.

134.80 236.00 Strongly Fractured Interval.fracturing oriented subparallel to core axis and is locally concoidal.intensely carbonated locally and ninor carbonate infilling fractures.

136.45 136.75 Biotite Carbonate Alteration Zone.strongly foliated, light brown biotite rich, carbonated flow.trace pyrite.core axis angle 52 degrees at 136.45 tetre (foliation)

136.45 138.32 * FELSIC TUFF (2b)7SHEAFQ PORPHYRY!?)light yellow buff serialized tuff with light grey sections of tore siliceousnaterial.2-5X lilky white iensoidal feldspar!?) quartz crystals aligned to a welldeveloped foliation filled with light grey quartz.trace pyrite within siliceous sections.core axis angle 76 degrees at 137.10 Ktre (foliation)

138.32 140.05 * QUARTZ KINlilky white to light grey quartz vein with 2-51 inclusions of dark grey black•afic volcanic.linor fracturing with carbonate infilling.linor intervals of feldspar porphyry at the top and bottw of the vein.upper contact at 66 degrees to core axis.

138,54 138.70 Feldspar Porphyry.light to Kdiua grey siliceous porphyry with 3-51 fine-grained anhedralfeldspar.both contacts destroyed.trace pyrite.

139.06 139.21 Feldspar Porphyry.siiilar to 138.54-138.70 Ktre.lower contact at 60 degrees to core axis.

6359 130.90 131.20 0.30B360 134.80 136.00 1.20B361 336.00 136.45 0.458362 136.45 136.75 0.30

0.000.010.000.00

0.010.340.010.01

B363 B364

136.75137.80

137.80138.30

1.050.50

0.000.00

0.010.01

B365 138.30 138.70 0.40B346 338.70 339.20 0.50B367 139.20 139.70 0.50B368 139.70 140.05 0.35

0.000.000.000.00

0.010.010.030.01

BOND GOLD CANADA INC HOLE - m 45 FASE l

FROM TO DESCRIPTION StffLE FROH TO NI0TH ftu fti w. ton j. t

139.70 140.05 Feldspar Porphyry.siailar to 138.54-138.70 *tre.upper contact at 62 degrees to core axis.core axis angle 64 degrees at 139.80 aetre (foliation)

140.05 148.50 * HtflC FLOW (la)light green grey, fine-grained, ussive to weakly foliated flow with linorsicroffactoring with quartz-carbonate infilling..11 nor narrow section of epidote rich flow with carbonate filled vesicles.

140.05 140.45 Biotite Altered Volcanic.light brown colour banded carbonate rich flow.10-151 carbonate as narrow layers separating biotltic run layers.dinor carbonate filled aicrofractures.core axis angle 72 degrees at 140.25 aetre (foliation)

148.50 148.50 i END OF HOLEcasing pulled.

B3A9 140.05 140.45 0.40 0.00 0.01

3QJV1D~f*J^^^f~-*mtt*.

GOLD CANADA INC. DIAMOND DRILL HOLE RECORD Page tl of4^ -- L. , ..1

Hole No. HD68.46Property DOBIE LAKESection 103 * SONClainto. ^Ifcig/^W^Target 8PP STRATI6RAPHYStarted Hay 29, 1988Finished May 30, 19B8Drill Co. FALCON

Northing 6 t 90.00NEasting 103 t 50.00HElevationSurvey N.Survey E.Drill No. 003Drill For.Core BO

Grid OrientGrid toil.Length (H)Dip-Collar

25.00 Depth Dip Aziwth Test Depth Dip Aziiuth Test180.00 0.0 -45 205 100.0 -45 ftD153.00 153.0 - 45 RD-45.00

Coop Bearing 205.00Logged byQiecked byCouents:

FROM TO DESCRIPTION

SUMMARY


13.70 58.80 WIC FLOW (la)

58.60 60.50 FELSIC TUFF (2b)

WIN HcIHSIS

DOBIE SKID

SArfLE FROM TO WIDTH Au Auozjon gj

ONTARIO GP.OLOCICAL SURVEYASSESSMENT FILES

OFFICE

J A in 5 1990

RECEIVED

60.50 137.20 MAFIC FLOW (la)

137.20 137.70 INTERMEDIATE TUFF (2bi)

137.70 140.60 FELSIC TUFF (2b)

140.60 153.00 MAFIC ROW (la)

153.00 153.00 DC OF HOLE

BOND GOLD CANADA INC HOLE - 1068.46 PAGE t 2

TO DESCRIPTION SAMPLE FROM TO WIDTH Au fuozton q t

0.00 13.70 t OVERBURDEN 13.70 58.60 * MAFIC FLOW (la)

nediui grey green, fine-grained to aphanitic, ussive.local fracturing (2-31), 1-5 ci wide, with quartz-carbonate infilling andtrace ankerite.local discordant licrofractures with carbonate infilling, randomly oriented.zones Mith possible shearing to produce alignment and elongation of Mficlinerals.local silicification in 3-6 letre long zones, with gradational change froieafic volcanic to silicified fiafic volcanic.36,W; quartz vein, 5 cm wide.with chlorite-rich stringers and trace to 0.5X pyrite in patches.OX carbonate stringers,core axis angle 65 degrees at 36.00 wire (upper contact)core axis angle 70 degrees at 36.50 Ktre (lower contact)

40.20 45.70 Silicified Mafic Volcanic Flow.Boderately siliceous, fine-grained, tassive.OX flicrofractures with carbonate infilling.46.90: quartz vein, 3 ci wide.core axis angle 64 degrees at 46.87 wtre (upper contact)core axis angle 66 degrees at 46.90 tetre (lower contact)

47.15 55.40 taphibolitic Flow.fine to lediui-grained, lassive, tediui olive green.1-22 carbonate filled fractures, subiillieetre to l ci wide.

55.40 57.25 Mafif/lnteriediate Tuff.fine-grained to aphanitic, dark grey-black, lassive to locally laminated.contacts well defined.elongate, aligned biotite!?) parallel to possible shear/bedding orientation.trace sulphides (pyrite/pyrrhotite) very fine-grained and disseminated.core axis angle 60 degrees at 55.60 tetre (biotite foliation)core axis angle 65 degrees at 56.90 Ktre (bedding)

57.25 56.80 tyhiboiitic Flow.fine to *ediu*-grained, aassive, tediui green.3-5X carbonate infilled fractures, 1-3 ci wide, orientations ranging fro* 65degrees to subparallel to core axil.local epidotrthlorite alteration haloes adjacent to carbonatelicrofractures, 0.1-0.25 ci wide.

58.80 60.50 t raSIC TUFF (2b)fine-grained, well to loderately foliated, light to wdiui brown.distinct contacts,strongly silicified, with quartz banding.anhedral feldspar crystals throughout, 2-3!60.00: iudstone?yiafic tuff? band with 10)1 carbonate veiniog.core axis angle 65 degrees at 59.00 Ktre (foliation)core axis angle 67 degrees at 60.00 Mtre (foliation)

8370 35.90 36.20 0.30 0.00 0.01

8371 B372 8373

56.8059.3559.90

59.3559.9060.50

0.550.550.60

0.000.000.00

0.010.010.01

BOND GOLD CANADA INC. HOU - MD88.46 PAGE l 3

F^ TO DESCRIPTION S/WE FROH TO MOTH Au Auat ton q t

0.5-1.01! sulphides (pyrite and pyrrhotite) finely disseminated throughoutsection, usually parallel to foliation.

60.50 137.20 * hflflC FLOW (la)siailar to 13.70-58.80 wire.

60.50 61.00 todstone/Sediientcontorted banding/beddinof?) of 702 sediientl?) and 301 carbonate andquartz-carbonate veining.sediientf?); Kdiut brown to lediui green, fine-grained, carbonated.carbonate: 0.1-2.0 ci Mi de.

63.00 65.60 Anhibolitic Flow.fine to aediut-grained, lassive, tediui olive green.67,60: broken core; 1-5 ea fragients of safic volcanic firn withquartz-carbonate pieces lixed in,

79,40 87.50 Sabbro/Awhibolitic Flow.eediua crystalline, tussive, aediuf olive green.local 11-22) licrofractures with carbonate infilling, randoc orientation.trace disseminated pyrite.80.60-81.00: aafic volcanic flow.carbonated, 30! carbonate stringers, coderately distorted,well foliated, distinct contacts.1-4 ci wide quartz-carbonate vein with trace disselinated sulphides(pyrite and pyrrhotite)core axis angle 71 degrees at 81.00 Ktre (foliation)

87.50 90.90 Carbonated Mafic Volcanic Flow.strongly carbonated with abundant carbonate rich stringers, 0.1-0.3 ci wide.well foliated but distorted with folding, strongly sheared!?)trace to 0.5Z disselinated sulphides, usually within carbonate vein up to 2c* wide (pyrrhotite and pyrite)90.90: Sabbro/Aiphibolitic Flow.lassive, tediui crystalline, dark green to tediui brown.local zones, 10-30 ci long with shearing and biotite f 101.10-102.BO Ktre)sections with contorted shearing (94.40-97,30 tetre)1-3! carbonate and quartz-carbonate veins, 0.2-2.0 ci wide,99.40: quartz vein, 9 ci wide, with sufaiilliietre carbonate filled randoifractures,trace to 0.52 pyrite and pyrrhotite.

115.45 115.85 Kafic Volcanic Flow.very stall section with carbonate and quartz-carbonate veins 0.4-1.5 ci wide.trace to 0.5Z sulphides (disselinated) adjacent to carbonate andquartz-carbonate veins.

120.90 122.40 Shearing and Biotite Alteration.distorted foliation, folded, tediui brown, with 10-151 carbonate stringers.

123.20 123.80 Mafic Volcanic Flow.•assive, lediui green, fine-grained.

B374 60.50 61.00 0.50 0.00 B375 80.60 81.00 0.40 0.00

0.010.01

B376 89,35 89.65 0.30 0.00 B377 90.30 90.60 0.30 0,00

0.030.01

8378 99.30 99.60 0.30 0.00

8379 1J5.45 115.85 0.40 0.00

0.03

0.01

je-

BOND GOLD CANADA INC HOLE - MD88.46 PAGE l

TO DESCRIPTION SAMPLE FROM TO WIDTH flu fluD: ton q t

128.35 128.75 Quartz Carbonate Vein Interval.in gabbro/aichibohte.several veins, 0.5-2.0 ci mde.0.5-1.Oil sulphides, pyrite and pyrrhotite, in patches, adjacent to veins.

137.20 137.70 * INTERMEDIATE TUFF (2bi)very fine-grained aphanitic, Nell la/iinated/foliated.core axis angle 60 degrees at 137.50 Ktre (foliation)

337.70 140.60 * FELSIC TUFF (2b)light brotrn yell w, sericite with 0.2-0.5 c* wide bands of tore siliceouswterial, anhedral feldspar crystals.well foliated, core broken into sial! disks.core axis angle 63 degrees at 140.50 netre (foliation)distinct contacts.trace sulphides.

140,60 353.00 t (jflFIC FLOW (la)fine-grained, ledian green, tussive.10-151 carbonate veins and stringers, 0.1-5.0 ci wide, randomly oriented.chlorite alteration haloes adjacent to carbonate veins. 0.25-4.00 ci wide.local ankerite within thicker carbonate veins.

153.00 153.00 * END OF HOLE

128.35 128.75 0.40 0.00 0.01

B381 137.20 137.70 0.50 0.00 0.01

B3828383B3848385R386

137.70138.20138.75238.75139.70

138.20138.75139.30139.70140.10

0,500.550.550.400.40

0.000,000.000.000.00

0.010.010.010.010.01

B GOLD CANADA INC. DIAMOND DRILL HOLE RECORD Page 11 of

Hole No.PropertySectionCI ail No. *TargetStartedFinishedDrill Co.

FROM TO

MD88.47MUSKE6 DOBIE

109 t SOWB^IWlfc

SPIKE ZONEMay 30, 1988May 31, 1988FALCON

Northing 1 4 OO.OONEasting 109 * 50.00WElevationSurvey N.Survey E.Drill No. 003Drill For.Core 0Q

DESCRIPTION

Grid OrientGrid Azii.Lenoth (M)Dip-CollarCoap BearingLogged by ROChecked by R.

25.00 Depth Dip Aziwth Test Depth Dip Aziiuth Test180.00 0.0 -45 205 102.7 -44 RD102.70-45.00205.00B6ISERSON

6IBERSONConents: DOBIE 6RID

SAMPLE FROM TO WIDTH Au Auoz.ton o,t

SUMMARY



55.59 61.43 IRON FORMATION {3k)

61.43 102.70 MAFIC FLOW (la)

102.70 302.70 END Of HOLE

ASSESSMENT FILES

EiOND GC3L.D CANADA INC

FROM TO DESCRIPTION

HOLE - HD68.47 PA6E l 2

SWLE FROM TO WIDTH Au Auoz ton o t

0.00 3.70 * OVERBURDENsilty sand.

3.70 55.59 * MAFIC FLO* (la)ussive to strongly foliated, light green grey, fine-grained flow with localsection containing up to 15-20! quartz-carbonate as 1-3 M layers betweenfoliation partings.11 nor licrofracturing with carbonate infilling.linor. 10-15 c* lagnetite rich iron formations throughout.local sections of fine-grained acphibolitic firn.(12. 1-4 ea wide ulky white quartz veins.

3.70 li.10 intensely foliated carbonate rich flow.core is broken into 1-15 en long section along foliation partings.5.30: 30 ci, section of coin shaped fragients with intense liwmiticstaining, crobable iron foriation.core axis angle 65 degrees at 6.70 wtre (foliation)

12.20 12.45 3 ct discordant (iIky white quart: vein trending subparallel to thecore axis.

15.00 23.00 intensely carbonated well foliated flow m t h linor biotite alterationthroughout.7L disseiinate fine-grained. Monetite.15.72: H ci wide iron formation with 501 tagnetite bands and 30! chert and'Si. pyrite in two ussive 3 H wide bands.core axis angle 55 degrees at 15.80 ietre (bedding)core axis angle 62 degrees at 16.40 letre (foliation)

23.00 24.46 Feldspar Porphyry.Kdiui grey, fine-grained siliceous ut ri x with 15-20! fine andnediui-grained euhedral feldspar phenocrysts.very m nor licrofracturing.upper contact at 62 degrees to core axis.lower contact at 69 degrees to core axis.27.86: 7 ci wide iron foriation composed of 90! grey chert with l!pyrrhotite.29.22: 14 ci wide iron foriation composed of 90! grey chert with linercarbonate and 1Z pyrrhotite.core axis angle 62 degrees at 29.25 aetre (bedding)31.56: 10 ci wide iron foriation coiposed of 100! light and dark grey chertcontaining laonetite and li pyrrhotite.31.97: 9 ci wide iron foriation coipoud of 90! Monetite rich wdstone and10! chert.44.84: 4 ci lilky white quartz vain.core axis angle 63 degrees at 50.45 wtre (foliation)53.85: 3 ci wide li Iky white quartz vein.54.71: 8 ci wide iron foriation coiposed of 60! chloritic lagnetite bearingwdstone and 20! light grey chert.core axis angle 70 degrees at 54.60 tetre (bedding)

B387 15.60 15.90 0.30 0.00 0.01

BOND BOLD CANADA INC. HOLE - MD88.47 PA6E l 3

FROM TO DESCRIPTION

55.59 61.43 t IRON FORMATION (3k)intercalated beds of aaqnetite (701) chert (20X) and audstone with ainorsections of nafic flow.Magnetite; 1-4 M wide bands of aassive black aagnetite with up to IXpyrrhotite and within dark grey chert beds.Chert; light to dark grey, finely Initiated beds of chert with ainor,carbonate filled licrofractures.Mudstone: 1-3 M wide, light green chloritic, carbonate rich beds.

57.52 56.30 Mafic Flow.intensely carbonated, light green tassive aafic flow.

' 58.55 60.90 Mafic Flow.siaiiar to 57,52-58.30 setre.core axis angle 72 degrees at 55.65 aetre (bedding)core axis angle 68 degrees at 56.50 eetrt (bedding)cere axis angle 68 degrees at 61.50 eetre (bedding)

61.43 302.70 * MAFIC FLOW" (la)aoderately to strongly foliated, fine-grained, light grey green flow with3-52 quartz-carbonate stringer and carbonate filled aicrofractures.weak to locally intense carfaonatization in well foliated sections.core axis angle 63 degrees at 69,20 aetre (foliation)core axis angle 74 degrees at 84,20 aetre (foliation)

89.23 69.74 Interaediate Tuff (intrusive?)light grey, fine-grained, aassive siliceous (silicified) tuff with ainorcarbonate ceaented fracturing and li disseainated pyrite.upper contact at 69 degrees to core axis.lower contact at 47 degrees to core axis.core axis angle 56 degrees at 89.60 aetre (foliation)

89.90 90.23 Mafic Dyke. "intensely cartaonatized dark grey brown, fine-grained and weakly foliatedaafic intrusive.(U silky white quartz veinlets.upper contact at 61 degrees to core axis.lower contact at 56 degrees to core axis.core axis angle 57 degrees at 99.70 aetre (foliation)

102.70 102.70 t END OF HOLEcasing pulled.

i with ainor

up to l i

:h ainor.

beds.

SAMPLE

E3888389B390B391B392B393B3946395

FROM

55.3055.6056.5057.5056,3059.1060.0060.90

TO

55.6056.5057.5056.3459.1060.0060.9061.40

WIDTH

0.300.901.000.800.800.900.900.50

Auoz,ton

0.000.000.000.000.000.000.000.00

Au9.t

0.010.010.010.010.010.010.010.01

B396 B397

61.4089.20

61.7089.80

0.300.60

0.000.00

0.010.01

B CLM D SOLD CANADA INC. DIAMOND DRILL HOLE RECORD Pane tl of

Hole No.Property MUSKE6 DOBIESection !04 * DOWClaii to.**Hf5i^4)UTarget DOBIE ZONE-80M" VERT Survey E.Started Hay 31, 1988 Drill No.Finished June l, 1988 Drill For.Drill Co. FALCON Core

Northing l * 50.005 Easting 104 * OO.OOW Elevation

,-N.

003

6rid Orient 25.00 Srid fei*. 180.00 Length (M) 152.00 Dip-tollar -45.00 Coip Bearing 205.00 Loosed by WIN HcIWIS Checked by R.61BERSON Cowents: DOBIE GRID

Depth Dip Ajiiuth Test Depth Dip Aziwth Test0.0 -45

152.0 -46205 100.0 -46

FROH TO DESCRIPTION

SUMMARY


14.90 108.20 NAFJC aOW (la)

108.20 109.30 DOBIE ZONE

109.30 120.80 MAFIC FLOW (la)

120.80 122.10 BANDED IRON FORWION (sulphide) (3ks)

122.10 352.00 IWFJC FLOW (la)

152.00 152.00 END OF HOLE

SAMPLE FROM TO WIDTH Au ozton

ONTARIO GEOLOGICAL SURVEYASSESSMENT FILES

OFFICE

JAN 2 t) 1 99'

RECEIVED

Au

B OMD GOLD CANADA INC.

DESCRIPTION

HOLE - HD68.48 PAGE l 2

FROM TO SAIfLE FROM TO WIDTH Au Auoz.ton g.t

0.00 14.90 *QVEFflJRDENboulders with sMll uount sand.

14.90 108.20 * MAFIC FLOW iia;fine-grained, lassive, wdiuii-dark grey-green.local carbonate and quartz-carbonate veins as fracture infilling, 0.1 to 5.0ci Hide.chlorite-epidote alteration haloes adjacent to fractures (0.2-0.5 ci wide)variation fra Kderate to strong carbonatization throughout section.quartz in veins is silky white to translucent, carbonate is fine to lediuicrystalline.carbonate mcrofractures fors very local spiderweb pattern.20.15: auartz-carbonate vein. 1-4 en wide.trace sulphides (pyrite) disseainated within vein.core axis angle 18 degrees at 20.20 itetre (upper contact)core axis angle 22 degrees at 20.20 letre (lower contact)

25.40 31.50 Mafic Volcanic Flow with Pt l ION Selvages.4-6 ci wide bands, separated by approximately 0.75-1.0 netre of faintrounded carbonate-filled cavities. 0.1-0.25 en diameter.

34.60 35.20 broken core.soft, chloritic fragments of ufic volcanic flew, 3-6 ci in size.42.40: quartz-carbonate vein, 4 ci wide with chlorite rich patchesthroughout and 0.5! pyrrhotite adjacent to chloritic bands.

45.50 90.50 Carbonated Mafic Volcanic Flo*.siiilar to surrounding lithology, light green, up to 20! carbonate andepidote filled fractures, parallel to weak foliation, when present.local quartz-carbonate veins 2-4 ci wide with trace pyrrhotite and pyrite inpatches and disseiinated.core axis angle 55 degrees at 45.90 letre (foliation)core axis angle 60 degrees at 47.50 wtre (foliation)core axis angle 60 degrees at 49.20 tetre (foliation)core axis angle 57 degrees at 50.40 Ktre (foliation)core axis angle 68 degrees at 54.70 Ktre (veining)core axis angle 60 dagrtes it 60.60 wire (foliation)66.30: carbonate vein Kith quartz, chlorite and epidote stringers, 5 ciwide.trace to O.SZ pyrrhotite and pyrite within chlorite/epidote.73.40-76.10: Mgmtite rich ufic volcanic flow.siiilar to surrounding lithology but with 1-21 scattered Monetite crystalsthroughout section.reappears sporadically downhole frc* 76.10 Mtre.core axis angle 40 degrees at 77.90 wtre (veining)core axis angle 47 degrees at 80.80 Ktre (foliation)

94.10 106.30 Carbonatized Mafic Volcanic Flow.5i 111 ir to 45.50-90.50 wtre.increased epidote alteration and ankerite within carbonate veins downhole

B398B3998400B401B4026403B404

42.2566.25105.80106.30106.80107.30107.80

42.5566.55106.30106.80107.30107.80108.20

0.300.300.500.500.500.500.40

0.000.000.000.000.000.000.00

0.010.010.010.010.010.010.01

B O ND GOLD CANADA INC HOLE- HD88.48 PA6E l 3

FROH 10 DESCRIPTION SAME FROM TO WIDTH Au ozon

Au

(di total)Mssivp lafic volcanic firn at 98.30-99.00 wtre and 99.00-100.60 netre.core axis angle 55 degrees at 96.50 Ktre (veining)core axis angle SB degrees at 96.20 Ktre (veining)core axis angle 54 degrees at 101.30 netre (foliation)core axis angle 57 degrees at 104,80 netre (foliation)105.90: quart: vein. 5 ci wide, lilky white.core axis angle 58 degrees at 105.90 tetre (upper contact)core axis angle 65 degrees at 105.95 netre (l ewer contact)105.95-106.30: veins and patches with quartz, carbonate, ankerite, epidoteinfilling (0.3-2.0 c* wide) biotite and chlorite alteration haloes adjacentto veins.

106.30 108.20 Sheared Hafic Volcanic Flow.irediui-light grey, fine-grained, Kxlerately foliated.oarallel elongation and alignient of lafic lineral (biotite?) throughoutsection (3-5X)1-2! carbonate and quartz-carbonate veinlets (0.1-0.5 ci wide)trace to 0.51 pyrite and pyrrhotite disseminated throughout.core axis angle 60 degrees at 106.50 Ktre (foliation)core axis angle 62 degrees at 107.70 netre (foliation)

108.20 109.30 t DOBIE ZONE "ankerite (751), nafic volcanic (1511), quartz Itt), carbonate 161)ankerite; yellow-white to tan. with stringers and patches of chloriticufic volcanic, cross-cut by quartz veiniets.quartz: translucent, occurs as lenses within ankerite.sulphides; 0.5-1.0)1 pyrite in lenses \0.5 ci long and disseminatedthroughout section usually within ankerite and Hfic volcanics.trace pyrrhotite.biotite-r ich stringers downhole.oafic volcanic: in discontinuous patches and lenses, chlorite-rich.tore axis angle 62 degrees at 106.20 Ktre (upper contact)lower contact less distinct.

109.30 120.80 * NAFIC FLOW (la)carbonated, wdcrately foliated, tediui to dark green, fine-grained.10-151 carbonate veiniets, stringn and blebs, O.i-t.O ci wide.local quartz and ankerite with carbonate.1-21 sulphides (pyrite) disseminated throughout, decreasing downhole.

110.00 111.50 Shearid Hafic Volcanic Flout?)tiular to 106.30-106.20 wtn.core axil angle 65 decrees at 110.10 tetre (foliation)core axil angle 66 degrees at 111.30 Ktre (foliation)core axis angle 70 degrees at 113.70 Ktre (veining).core axis angle 64 decrees at 117.00 Ktre (veining)core axis angle 55 degrees at 119.50 Ktre (veining)

B405 B406 B407

108.20106.50106.80

108.50108.80109.10

0.300.300.30

0.000.000.00

0.010.010.01

B408840984108411B412

109.10109.50110.10110.85111.60

109.50110.10110.85111.60112.20

0,400.600.750.750.60

0.000.000.000.000.00

0.010.010.010.010.01

B413 8414

112.20112.80

112.80113.40

0.600.60

0.000.00

0.010.01

fBOND GOLD CANADA INC.

FROM TO

HOLE - 1068.48 PAGE t 4

DESCRIPTION SAMPLE

64156416B417B418B419B420B421B4226423B424B425

0 t BANDED IRON FORMATION (sulphide) !3ks) B426intercalated banded iron foraations (2) and seditents, folded bands 0.5-4.0 B427ci mde. B428banded iron foriatioa; chert (26Z), wdstone (60Z), quartz-carbonate I7X). B429

FROM

113.40114.00114.50114.90116.10116.90117.70lie. 40118.90119.60120.30

120.BO121.10121.40121.70

TO

114.00114.50114.90116.10116.90117.70lie. 40118.90119.60120.30120.80

121.10121.40121.70122.05

KIDTH

0.600.500.400.600.800.800.700.500.700.700.50

0.300.300.300.35

Au oz.ton

0.000.000.000.000.000.000.000.000.000.000.00

0.000.000.000.00

Aug.t

0.010.010.010.010.010.010.010.010.010.010.01

0.010.010.010.03

ankerite (32), sulphide (41)chert: lagnetite-rich, dark grey.•udstone; chlorite-rich.ankerite: yellower ea, mthin quartz-carbonate bands.sulphide; pyrite and pyrrhotite in patches adjacent to nudstone andquartz-carfaonate.core axis angle 60 degrees at 121.80 setre (bedding)

122.10 152.00 * MAFIC FLOW"(la)carbonated, eassive. wdiui to light green, fine-grained.zones with strong carbonate-ankerite fracture fill. 0.2-2.0 ci wide.local epidote alteration adjacent to carbonate and quartz-carbonate veins.weak foliation (local) downhole.local zones Nith up to IX sulphides (pyrite) within quartz-carbonate andwf i c volcanics.

133.30 133.90 quartz-carbonate vein interval with trace sulphides (pyrite) adjacent to naficvolcanic lenses within veins.core axis angle 61 degrees at 140.30 wtre (vein)

152.00 152.00 * END OF HOLEcuing left in 15.24 letre.

B430B4318432B4338434B4358436

122.05122.85124.30127.60133.30141.40141.90

122.85123.35124.60127.90133.90141.90142.50

0.800.500.300.300.600.500.60

0.000.000.000.010.000.000.00

0.010.010.01O.J40.010.010.01

B437 143.30 143.80 0.50 0.00 0.01

BO- GOLD C ANADA INC. DIAMOND DRILL HOLE RECORD Paoe #1 of

Hole No. HD68.49 Northing 1 t 50.005 Property MUSKEB DOBIE Easting' 103 t 50.00W Section 103 * 50W Elevation Clai* ND.ftMl?tJW(3o Survey N. Target DOBIE ZONE Survey E. Started June 1, 2988 Drill No. 003 Finished June 2, 1988 Drill For.Drill Co.

FROM

0.00

13.70

109.50

110.90

111.60

112.20

129.00

134.00

139.00

139.50

146.90

147.50

156.10

157.40

164.00

164.30

TO

su

13.70

109.50

110.90

111.60

112.20

129.00

134.00

139.00

139.50

146.90

147.50

156.10

357.40

164.00

164.30

164.30

FALCON Core BQ

DESCRIPTION

M M A R Y

OVERBURDEN

MAFIC FLOW (la)

FELDSPAR PORPHYRITIC DYKE

MAFIC FLOW (la)

FELDSPAR PORPHYRITIC DYKE

MAFIC FLOW (la)

FELSIC TUFF (2b)-DOBIE ZONE

MAFIC FLOW (la)

PORPHYRITIC FLOW (le)

MAFIC FLOW (la)


MAFIC fim ( la)


HflFIC FLON (la)


END OF HOLE

Grid Orient 25.00 Depth Dip Azi Grid Azii. 160.00 0.0 - 45 Length (M) 164.3* 139.0 - 46 Dip-Collar -45.00 Cone Bearing 205.00 Logged by J. LUKOSIUS SANDERS Checked by R. 6IKRSONContents: DOBIE GRID

SAnPLE

Pr^s^f OFFICE S

j JWzs J990

LJiJLj^VED"^""x?^

/diPH vi AN -6\^ PATRICIAY*xv niuiQi

Ns^Vyrrv**Cifo!

nth Test Depth Dip Azi w t h Test205 100.0 -45 RD

RD 150.0 -45 RD

SAnPLE FROM TO WIDTH Au Auoz ton at


FROM TO DESCRIPTION

HOLE - MD88.49 PAGE l 2

SAMPLE FROM TO WIDTH Au Auoz ton o t

0.00 13.70 * OVERBURDEN 13.70 109.50 * MAFIC FLOH (li)

nediui greyish green, linor buff sections.fine-Brained.strongly to noderately carbonatized, largely as pervasive alteration.generally well foliated, sow schistose/talc altered zones.rare Kderate to weak foliation.typically nil to trace pyrite and pyrrhotite, apparently secondary, becausealong fractures see franfaoidal pyrite, also associated Kith silicified zone.visible constiuents include: chlorite, lildly saussuritized plagioclase,talc, trace priiary pyrite, pyrrhotite (both disseminated)abundant greyish white calcite veinlets, generally 0.5 M wide. coMonlyparallel to foliation, observe conjugate'?) fractures/gashes, alsobrecciated segaents with network of irregularly oriented calcite veinlets.amor c amosite calcite plus quart: (colorless) veins, several ci wide.foliation throughout generally 50 degrees to core axis, variance of up to Bdegrees to core axis either way, nost intensely carbonatized sectionsapparently have foliation at 40 degrees to core axis.average fracture density approximately 40 per netre.

13.60 19.30 resnant blebby texture, consisting of either: saussuritized and slightlycarbonatized plagioclase phenocrysts; or aiygdules are attenuated infoliation direction.18.00: 2.5 ci wide dykelet of feldspar porphyry? with increased abundanceof the saussuritized blebs on either side for 2 ci.intense carbonate alteration.16.50: siiilar to 18.0 tetre, dykelet or lense of noderately saussuritized,highly silicified feldspar porphyry!?), brecciated, with irregular patchytexture.two pyrrhotite lenses within tost altered bands, parallel to foliation, withdisseiinated to seii-iassive lineralization. 7 H and 2 H wide.sulphide lense at 48 degrees to core axis, cross-cutting by clear quartzveinlet, wiggly, at 74 degrees to core axis.15.10: dark greyish green, strong, pervasive silicification, gradual contactat top, abrupt below.16.50-19.30: silicified Hfic rock, variable.can alternate each ci.foliations about 55 to 50 degrees to core axis on calcite veinlets.blocky, uneven drilling, linor talc schist along fractures.21.00: silicified Mfic volcanic as above,

21.10 21.BO uderately carbonatized, light to wdiui green (intermediate? to) uficvolcanic, loderately foliated wen less carbonate fractures, no feldsparblebs.21.90: quartz talcite vein-3 ci wide, trace very fine-grained sulphides inschistose host nearby.22.90: quartz calcite vein-2 ci wide, upper contact 55 degrees to core axis.

B439 18.40107.30

18.70107.60

0.300.30

0.000.00

0.010.01

BO GOLD CANADA INC HOLE - MD88.49 PflBE l

TD DESCRIPTION SWLE FROM TO WIDTH Au Au oz.ton g,t

lower contact at 73 degrees to core axis.23.50: quartz calcite vein-1.5 ci m de.23.70: breccia-calcite veinlets. 7 ci Hide, bottw abrupt againstporphyritic volcanic.

24.80 25.00 breccia-calcite veinlets sou of which are folded (niggly); porphyritic!?)feldspar bands parallel to foliation truncate and cross-cutting breccia zone.25.60: quartz-calcite veinlet-2 M where just calcite, 1.2 ci quartz pod.

25.90 26.70 breccia zones-calcite veinlets, trace disseminated sulphide (pyrrhotite?),also along fractures.

27.00 27.70 breccia zones-cakite veinlets. trace disseminated sulphide (pyrrhotite?), alsoalong fractures.

28.30 28.40 breccia zones-calcite veinlets, trace dissewnated sulphide (pyrrhotite?), alsoalong fractures.

32.30 32.70 abundant calcite veinlets and veins, several 1-2 M. 7 or 8 average 5 M Hide. 36.60 36.70 buff coloured, strongly carbonated (ankerite? very fine-grained), foliation

at 43 degrees to core axis. 38.10 38.20 quartz-carbonate vein 6 ea Hide.

40.00: quartz-carbonate vein l ci average, 50 degrees to core axis.41.00: quartz-carbonate vein 2 ci xide.42.30: quartz-carbonate vein 2 ci Hide.42.90: calcite vein l ci Hide.

43.30 43.40 vuggy lafic rock, aoderately silicified.43.90: narrow quartz calcite veinlet nith possible trace arsenopyrite, othersiiilar veinlets in this area, but sulphide probably froi drill Mid, whitish.

62.30 63.70 schistose zone-chlorite plus talc evident, schistosity approxiiately 36 to 40degrees to core axis, biotite.

68.30 69.10 rewant porphyritic firn? well foliated possibly feldspar phenocrystssiliceous.

77.20 77.60 rewant porphyritic flow?, possibly feldspar phenocrysts, siliceous,78.90: trace pyrite associated nith biotite and calcite veinlet at Odegrees to core axis, licrofaults nth dextral sense of slip crosscut it.froi here down nst calcite veinlets also contain biotite generally parallelto foliation.also dextral offsets by late, cross-cutting hairline fractures.87.30: trace blebfay pyrite in calcite-biotite veinlet.

89.10 90.50 well foliated to schistose lafic abundant calciti biotite veins.91.80: tract very fine-grained chalcopyrite along fracture parallel tofoliation.siiilarly trace chalcopyrite along freshly broken surfaces.93.30: biotite rich host lafit, also biotite in calcite veinlets notfoliated.

94.00 107.40 well foliated to schistose (sheared) with abundant calcite-biotite */- quartzveinlets which are parallel to foliation generally on freshly broken surfacesobserve trace blebby and disseminated pyrrhotite, along biotite slip planes.sott talc.

BOND GOLD CANADA INC. HOLE- MD68.49 PflBE l 4

HDM TO DESCRIPTION SWLE FROM TO WIDTH Au ta oz ton at

107.40 107.40 sheared calcite quartz veins, quartz forms lenses/boudins.trace talebby and disseminated very fine-grained chalcopyrite and pyrrhotite.posiblv trace arsenopyrite.

107.60 108.90 wderately foliated, dark green tafic volcanic, trace pyrrhotite alongfractures.

108.90 109.50 back to schistose iafic as in interval 94.00-107.40 retre. 109.50 110.90 * FELDSPAR PORPHYRITIC DYKE

tedium grey, wderately sheared, foliation at 37 degrees to core axis,discordant contacts.medium-grained to fine-grained.remnant plagioclase phenocryst;.trace pyrrhotite disseminated along fracture planes.is carbonatized throughout.

110.90 111.60 * tttFJC FLOW (la)as in interval 94,00-107.40 metre.also silicified to aaproxiiately 2 ci at dyke contacts.

111.60 112.20 * FELDSMR PORPHYRITIC DYKEas above in interval 109.5M 10.90 metre.

112.20 129.00 * MAFIC FLOW (la)113.50: calcite vein bordered bv chlorite rich bands, total averages 7 M wide.strikes parallel to foliation at 42 degrees to core am.contains trace specks and blebs chalcopyrite, pyrrhotite and pyrite.112.20: in general is as above in interval 94.00-107.40 metre.see traces of blebby or dissecinated chalcopyrite, pyrrhotite and pyriteflatter is sometimes subhedral)particularly visible in calcite t/- quartz veins.117.50: saussuritized pods, also still carbonated {very m nor)118.40: saussuritized pods, also still carbonatized (very minor)122.20: tightly folded calcite veinlets, axis parallel to foliation atapproximately 50 degrees to core axis.124.10: vuggy calcite veinlet.124.50: trace euhedral anhedral pyrite along fracture.

124.70 124.90 talcose schist with vuggy calcite vein.125.20: trace to 0.5Z combined chalcopyrite, pyrrhotite, pyrite formingdiscontinuous lenses parallel to foliation, or disseminated.sporadic over fen centimetres.125.50: mylonitic shear texture*, foliation at 44 degrees to core axis.lenses of buff coloured mineral (ankerite) discontinuous, parallel tofoliation approximately 101 of it over approximately 15 cm.125.70: quartz vein, 14 cm vide, relatively barren Nith chloritic wisps andpyrite (trace) in the chloritic portions.

126.00 129.00 probably still mafic flow, but highly sheared, mylonitized.deformed quartz-calcite veins.variable minor silicification.some of the carbonate in veins possibly ankerite buff coloured.sporadic sulphides visible along fractures/blebby, ^.52 combined chalcopyrite,

M41 8442 B443

126.50127.50128.50

327.50128.50128.80

1.001.000.30

0.000.000.00

0.010.010.01

BOND GOLD CANADA INC.

DESCRIPTION

HOLE - MD88.49 PftSE l 5

FROM TO FROM TO WIDTH Au Au oz.ton g,t

pyrrhotite, pyrite.up to 10! pyrite along some fractures.

128.90 129.00 between quartz vein and contact, average 2! combined sulphides, blebby anddisseminated, mostly pyrrhotite, some pyrite and chalcopyrite.

129.00 134.00 J FELSIC TUFF (2b)-DOBIE ZOtClight to tedium grey Mith buff, and white sections.highly foliated to mylonitic.original tuffaceous texture obscured.general foliation at 52 to 66 degrees to core axis.highly siliceous, and apparently silicified in places.weak pervasive carbonatization, weai; also along late calcite quartz veinlets,semi-aassive sulohide liberalization, oriiarilv in blebbv lenses andstringers, oriented parallel to foliation at 50 degrees to core axis.some chalcopyrite in oods or lenses roughly perpendicular to majority.angled to degrees to core axis.in order of abundance: pyrite, pyrrhotite, chalcopyrite, arsenopyrite.entire zone averages approximately 5-10! combined sulphides with bands thathave nil to l!, up to approximately 20 en sections Mith 50! sulphides (seebelow)The intervals from 129.10m to 134.00m was reassaved by 80NDAR-CLE66giving us a higher assay value than by the previous assayer.Samples B445 -"B454 were originally assayed at CtJSTOM FIRE ASSAY with6450 running 0.69 g/t and the remaining trace. A subsequent assay ofthe rejects repeated the initialed finding. The second half of the splitcore was then assayed at BONDAR-CLE66 with the results listed in the assaycolumn of this log.

129.10 129.40 disseminated and banded sulphides total 5!. 129.40 130.00 blebs of pyrite, nil to trace, also very fine-grained disseminated. 130.00 130.60 as for interval 129.40-130.00 metre.130.60 131.00 up to l! pyrite disseminated and nispy stringers parallel to foliation. 131.00 131.40 0.5-1.0! pyrite in stringers and disseminated (separate flows?) 131.40 131.80 richest portion; 40-50! largely pyrite, chalcopyrite trace to 0.51,

pyrrhotite and arsenopyrite? trace.131.80 132.10 2-3! very fine-grained disseminated sulphides, 2 lenses of pyrite. 132.10 132.60 5-81 pyrite, banded, stringer and disseminated. 132.60 133.20 5! pyrite, pods, bands. 133.20 134.00 1-2X very fine-grained disseminated pyrite.

alio tract arsenopyrite. 134.00 139.00 tWFICFUNUa)

generally similar to above Dobie Zone.sulphides trace pyrrhotite and pyrite, visible along fractures.calcite */- quartz veining, observed tightly folded portions, pervasivecarbonatization.

139,00 139.50 f rWHYRITlC FLOW (le)intermediate to mafic?0.5 to 2.0! disseminated subhedral pyrite.

nd

B4448445B446B447B448B449

lets. 8450B451B452B453M54

128.80329.10129.40130.00130.60131.00131.40131.80132.10132.60133.20

129.10129.40130.00130.60131.00131.40131.80132.10132.60133,20134.00

0.300.300.600.600.400.400.400.300.500.600.80

0.000.000.000.010.010.000.170.050.021.170.00

0.010.100.210,620.480.215.971.890.86

40.110.21

6U*,*,? e -A*

'/'/l 6 . l *

-f!) G. S 9/•A o . ^ r:

^ -.7/:,c , /,V

: "Y-O/

B45584568457B458

134.00134.30134.60135.60

134.30134.60135.60136.60

0.300.301.001.00

0.000.000.000.00

0.010.010.010.01

BOND GOLD CANADA INC HOLE - KD88.49 PA6E l 6

FROM TO DESCRIPTION SAMPLE FROM TO N1DTH Au oz,ton

waklv foliated.•oderate pervasive carbonatization.plagioclase phenocrysts fine-grained, 20-302

139.50 146.90 * WFIC ROW (la)wch like top of hole.

143.10 144.00 silicified, wderate. less of the carbonate alteration.0.51 sulphides largely pyrite, subhedral, disseminated.

146.90 347.50 t PORPHYRITIC FLO*" Ile)as in 139.00-139.50 letre.

147.50 156.10 * fttFIC FLOW (la!siiilar to top of hole.extensively carbonatized sections eoderatelv foliated Kith oatchy calciterich blebs.143.50: tourmaline in ouartz vein, foliation about 43 degrees to core axis inhost.148.80: tourmaline in quartz vein, foliation about 43 degrees ts core axis inhost.

156.10 157.40 * PORPHYRITIC FUN (le)as in 139.00-139.50 *etre.few calcite veinlets.Q.5X disseiinated pyrite.

157.40 164.00 * HftFIC FLOW (la)as at top of hole.160.70: zone of patchy epidotization approxilately 10! epidote over 10 ci.

163.60 164.00 silicified zone, with oervasive silicification and quartz sweats or lenses.{0.52 pyrite, trace arsenopyrite?, sulphides at band edges, or as stringers.buff coloured lenses, possibly ankerite.

164.00 164.30 * PORPHYRITIC FLOW (le)is in 139.00-139.50 Ktre,

164.30 164.30 * EM) OF HOLECasino left in hole.

Au

B459 143.40 143.90 0.50 0.00 0.01

B460 363.70 164.00 0.30 0.00 0.01

B O| BOLD CANADA INC. DIAHOND DRILL HOLE RECORD Pane tl of

Hole No. MD88.50 Property MUSKEB DOBIE Section 103 * 50* ClaitNo.^loW&H Target DOBIE ZONE Started June 8, 1988 Finished June 10. 198 Drill Co. FALCON '

FROM TO

Northing 1 t 00.005 Srid Orient 25.00 Depth Dip kim t h Test Depth Dip Aziaith Test Easting 103 * 50.00* 6rid Azii. 180.00 50.0 -44 R.D. 221.0 -42 R. D. Elevation Lenoth (M) 221.60

30 Survey N. Dipolar -45.00 Survey E. Coip Bearing 205.00 Drill No. 003 Logged by 'WADE KORNIK

8 Drill For. Checked by Core 38 Couents: DOBIE GRID

DESCRIPTION SWLE FROM TO HIDTH Au Au oi^ton g.t

SUMMARY


19.10 171.94 MAFIC FLOW

171.94 172.80 DOBIE ZONE

172.80 197.52 HtflC FLOW

197.52 198.80 BANDED IRON

198.80 203.12 MAFIC FLOW


204.52 207.71 MAFIC FLOW


ON'IAWIO OCOIOOICAL SURVEY ASbbSSMt-NT FILES

OFFICE

RECEIVEDua; .-M.......... .... .^ ., lll ,.., — i

FORWTION (oxide) (3ko)/^y '^T7\

(la) S ^\

FORMATION (oxide) (3ko) Ay' fff LHVt K vA

FORMATION (oxide) (3ko) W ' MTfi5!*PNG fcj/

207,81 221.60 WTIC FLOW (la)

221.60 221.60 END OF HOLE

BOND BOLD CANADA INC. HOLE - MD88.50 PftBE l 2

FROM TO DESCRIPTION SWflE TO WIDTH Au Au oz ton o t

0.00 19.10 * OVERBURDEN 19.10 171.94 * NtfIC FUN (la)

light to dark green, fine-grained, wssive to Hell foliated.strongly carbonated.coHonly strongly quartz-carbonate veined parallel to foliation.linor weak biotite alteration.l to 2 ci Mide zones of toderate silicification are conion.broken core for first 15 aetre (251)core axis angle 60 degrees at 19.50 tetre (foliation)core axis angle 46 degrees at 32.50 retre (foliation)

42.20 42.36 contorted ailkv quartz-carbonate pyrite (IX) vein Nith biotitic alterationhalo iMediately adjacent to vein.abundant included chloritic aafic fragients.foliation at 60 degrees to core axis.

49.30 49.58 quartz-carbonate pyrite W pyrrhotite (21) veining parallel to foliationat 55 degrees to core axis, several parallel veins up to 10 ci wide.sulphides disseminated throughout vein eaterial.iteak biotite alteration.tottled buff (dobie type) white segregated quartz-carbonate veins.

59.05 59.20 quartz-carbonate pyrite (ft) pyrrhotite W vein siiilar to 49.30-49.58 letre.core axis angle 52 degrees at 59.90 letre (foliation)

62.70 62.87 quartz-carbonate pyrrhotite (22) pyrite (1Z) vein at 40 degrees to core axis.weak sericitic alteration halo.granular appearance to quartz-carbonate.

66.40 66.41 lilkv quartz-carbonate pyrrhotite (trace) vein at approximately 30 degrees tocore axis.host is Kderately silicified with uderate biotitic alteration halo adjacentto vein.

72.85 72.87 tilkv quartz-carbonate pyrite (li) vein at 90 degrees to core axis.granular texture to vein material, host loderately silicified.

75.00 95.00 501 of core nderately silicified. 95.00 95.12 abundant illky buff quartz-carbonate pyrite (IX) veinlets with strong

biotite alteration haloes.trace pyrrhotite in host.core axis angle 55 degrees at 95.19 letre (foliation)

104.10 104.65 uficdyki.light grey bran, biotitic, siliceous, weakly foliated.upper contact at 65 degrees to core axis.loner contact at 55 degree* to core axis.

108.82 108.89 lafic dyke.light grey brown, biotitic, siliceous, weakly foliated.upper contact at 85 degrees to core axis.lower contact at 70 degrees to core axis.

119.38 119.42 dark grey, glassy quartz pyrite (trace) vein at 45 degrees to core axis.several other m Iky quartz-carbonate veins in interval as well.

K31B532B533B534B535B536B5378538E639

42.0549.2059.0056.5062.5066.1072.7094.80

119.25

42.5049.7060.0056.8563.1066.6573.0095.35

119.90

0.450.501.000.350.600.550.300.550.65

0.000.000.000.000.000.000.000.000.00

0.010.010.010.010.010.010.010.010.01

BOND BOLD CANADA INC HOLE - HD68.50 PAGE l 3

FROM TO DESCRIPTION SAffLE FROM TD K1DTH Au tuDZ ton at

121.35 121,44 feldspar porphyry dyke.siliceous, grey brow, weakly sericitic.15X rtite stretched feldspar crystals.contacts at 55 degrees to core axis.

128.62 128.92 lafic dvke.medium grey green, fine to medium-grained, massive.l en Hide chill margins.upper contact is irregular.lower contact at 55 degrees to core axis.core axis angle 50 degrees at 135.00 metre (foliation)

146.40 159.90 chlorite schist. " B540 149.90 151.20 1.30 0.00 0.01M c arbonate veinlets parallel to foliation it JO degrees to core axis (l en B54! 154.40 154.90 0.50 0.00 0.01wde.fault gouge at 151.90 letre.trace disseminated pyrite.unor local biotite alteration.147.16-147.78: mafic dyke.nediuft grev green, fine-grained, aassive.upper contact at 65 degrees to core axis.lower contact at 65 degrees to core axis.core axis angle 65 degrees at 148.00 tetre (foliation)154.42-154.65; li Iky to smokey quart: vein with uny chloritic partings.l! pyrite, l! pyrrhotite blebs disseminated throughout vein.25! included chloritic, biotitic Mfic fragments.upper contact at 70 degrees to core axis.156.05-156.82: mafic dyke.tediui grey green, fine-grained, Nssive.chill Nrgins at both contacts.upper contact at 70 degrees to core axis.loner contact is irregular.

165.92 166.23 irregular quartz-carbonate tourmaline pyrite (trace) vein.blebs of segregated ankerite up to l ci across.251 included Mfic fragments.core axis angle 80 degrees at 166.00 Ktre (foliation)

65428543

165.80166.35

166.35167.00

0.550.65

0.000.00

0.010.01

167.89 167.27 four siliceous veint/dyta 5 H to 14 u wide with blue quartz blebs.contacts irregular, concordant to foliation and indistinct, 301 angular, chloritic included mafic fragments, l! disseminated pyrite.

B544 167.80 168.20 0.40 0.00 0.01

169.32 171.94 abundant (40X), 1-10 M wide quartz-carbonate (calcite and ankerite) B545 169.32 170.30 0.98 0.00 0.01 tourtaline (40!) pyrite, pyrrhotite (tract) veins parallel to foliation at B546 170.30 171.20 0.90 0.00 0.01 50 deorees to core axis. 8547 171.20 171.65 0.45 0.00 0.01 black anhedral to subhedral tourmaline blebs and disseminations within

BOND GOLD CANADA INC HOLE - HD68.50 PAGE t 4

FR01 TO DESCRIPTION SAMPLE FROH TO WIDTH Au Au oz.ton o.t

carbonate-rich veinlets.trace biotite alteration.168.92: 10 ci wide siliceous dyke at 45-65 degrees to core axis.

171.94 172.80 * DOBIE ZWElight buff veil w* to white, fine-grained, nassive to moderately foliated.20X ailky to clear quartz fragments/segregations/veins in a buff yellow.quartz-carbonate pyrite ut rix.n very fine-grained euhedral pyrite disseminated throughout.10Z chloritic to biotitic bands of lafic volcanic up to l ci wide,biotitic alteration for 2 en at margins of Dobie Zone.32 discontinuous pyrrhotite stringers and blebs concentrated in upper portionof zone.jpper contact at 55 degrees to core axis.lower contact at 62 degrees to core axis.

172.80 197.52 * MAFIC FLOW (la)light to KdiuA green, fine-grained, lassive to Kderately foliated.loderately carbonatized throughout.51 irregular to foliation parallel quartz-carbonate veins up to l ci wide.coMoniy chloritic wisps in carbonate rich utrix.

172.80 177.50 30X carbonate disseminated in volcanic host and as abundant 1-2 m wide.carbonate veinlets parallel to foliation at 50 degrees to core axis.trace disseminated pyrite.173.58-173.80: quartz-carbonate tourmaline (101) vein at 70 decrees to coreaxis.black subhedral to anhedral tourmaline in discontinuous irregular stringersand blebs, ankerite infilling fractures in quartz.trace pyrite.

187.95 188.90 four milky quartz-tarbonate tourmaline pyrite (trace) veins up to 20 cmHide irregular to core axis, tourialine isolated as segregations down centralportion of vein or along the contacts.

189.60 190.20 five narrow (1-3 en wide) milky quartz-carbonate veinlets at 65 degrees to coreaxis.trace pyrite.

196.00 197.52 strongly cartaonatized with abundant narrow (up to l ci wide)quartz-carbonate veiplrti parallel to foliation at 63 degrees to core axis.commonly ankerite in carbonate minleti.1-2Z disseminated fine-grained euhedral pyrite.lower contact it 70 deorets to core aiis.

197.52 198.80 * WKD IRON FORttTKN (nidi) (3ko)well thinly to thickly bedded white to buff chert and cherty sediments, darkgreen mafic mudstone, black magnetite bands.upper 30 cm of unit is 50Z milky, transcent quartz ankerite viins with 5Xpyrrhotite, pyrite intergrown in discontinuous stringers up to 5 mm wide,immediately below quartz veined zone for 30 cm all magnetite has beensulphidized to pyrrhotite.bedding at 70 degrees to core axis.

B548 B549

171.65 171.95171.94 172.80

0,300.86

0.000.00

0.010.01

B550 172.80 173.42 0.62 0.00 0.01B551B552B553B554B555

173.42173.83174.33175,33176.40

173.83174.33175.33176.40177.50

0.410.501.001.071.10

0.000.000.000.000.00

0.010.010.010.010.01

8556 187.95 188.90 0.95 0.00 0.01

8557 189.60 190.20 0.60 0.00 0.01

196,00 197.00 1.00 0.00 0.01197.00 197.52 0.52 0.00 0.01

B560 197,52 197.90 0.38 0.01 0.34B561 177.90 198.50 0.60 0.00 0.01B562 198.50 198.80 0.30 0.00 0.01

BOND GOLD CANADA INC HOLE - MD68.50 PAGE l 5

TD DESCRIPTION

198.80 203.12 f WFIC FUM (la)Kdiui green, fine-orained, weakly foliated.weakly carbcnatized.core axis angle 70 degrees at 201.00 ittre (foliation)lower contact at 70 decrees to core axis.

203.12 204.52 * BANDED IRON FORMATION (oxide) (3ko)well thinly bedded chert, cherty sediients, Monetite, tafic wdstone.central portion of unit contains 5X pyrrhotite, l! pyrite in irregulardiscontinuous stringers over 20 ci.bedding at 70 degrees to core axis.lower contact at 70 degrees to core axis.

204.52 207.71 * HAF1C RON (la)jsdiu* green, fine-grained, weak lv foliated.weakly carbonatized,trace pyrite.lower contact.

207.71 207.81 * BANDED IRON FORWT10N (oxide) !7*o)well thinlv bedded lean iron fonution.bedding at 75 degrees to core axis,lower contact at 75 degrees to core axis.

207.B1 221.60 * MAFIC FLOH (la)Kdiu* green, fine-grained, weakly foliated.weakly carbonatized.trace pyrite.core axis angle 70 degrees at 211.00 aetre (foliation)

221.60 221.60 * END Of HOLE

SAfflE FROn TD WIDTH Au Auoz ton at

B563 198.80 199.10 0.30 0.00 0.01

B564 203.12 203.82 0.70 0.00 0.01 B565 203.82 204.52 0.70 0.00 0.01

l l-

; \ "

MD-88-44?'

:. ;;J' ;J :;

MD-88-4? :^S

Ministry ofNorthern Development

-^- and Mines l *' Ontario (T

Mining Act

DOCUMENT N 520^^^?~, 3~ DOBIE'UKE

W 9003* 0/6:. iReport of Work

900- Refer to Sections 76 and 77, the Mining Act for assessment worn

requirements and the reverse side of this form for table of information.

Name and Address of Recorded Holder

LCx.

Prospector s Licence No.

Telephone No.-l G

Summary of Distribution of Credits and Work PerformanceMining.Division Mining Claim

Prefix NumberWork

Days Cr,Mining Claim

Prefix NumberWork

Days Cr.Mining Claim

Prefix NumberWork

Days Cr.

1 Ufcb 40Ho

Type of Work Performed ^ (Check one only) f f 72 J. O 2.

Q Manual Workf—. Shaft Sinking Drifting or other LJ Lateral Work

Q Mechanical equipmenti—i Power Stripping other than Manual l—l (maximum credit allowed - 100 days

per claim)Diamond or other Core drilling

au mau UO*7 MD QJU

1 auM6

au 40M,

Q Core Specimens.(o 40

Dates when work was performed Total l Total Total No. of Days to be Claimed at a Future Date

OAll 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 No. of Days Mining Claim No. of Days

Mining Claim No. of Days




Mining Claim

. CMining Claim

No. of Days

No. of Days

Mining Claim

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

vNSvfxCx VW^c-c^LcLt Y^VO^ca CVC* ^C v\\\Vv v \

Q/C v\\ -^ (X.

ONTARIO OiOLOGICAL SUflViEYT FILES

OFFICE

RECEIVED; 1

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 in this report of work were recorded in the current recorded holder's name or held under a beneficial interest by the current recorded holder.

if or A^aenl (Slonalui

Certification Verifying Report of Workl 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

For Office Use Only

768 (89/06)

SCHEDULE "A"

Claim No. of Days Claim No* of Days

841590

841589

841588

841587

841586

841585

841584

841583

841582

841581

841580

841579

841578

841577

841576

841575

841574

841573

841572

841571

841570

841569

841568

841567

841566

841565

841564

841563

841562

841561

841560

40

40

6

26

26

26

6

6

40

6

26

26

26

6

40

40

40

40

6

26

26

26

26

26

26

26

26

26

26 /

26/-;' m

841559

841558

841557

841556

841555

841554

841553

841552

841551

841550

841549

841548

841547

841546

841545

841544

841543

841542

841541

841540

841539

841538

841537

841536

841535

841534

841533f

^ -y^^ 841532

U-L^^X 841531

ftV?t\Y\841530jUH** \:\

e6

26

26

26

26

26

26

26

26

26

26

26

26

26

6

40

26

26

26

26

26

26

26

26

26

6

40

40

40

OC/ml/SCH-MWl

- 2 -

Claim No. of Days Claim No. of Days

841529

841528

841527

841526

841525

841524

841523

841522

841521

841520

841519

841518

841517

841516

841515

841514

841513

841512

841511

841510

841509

841508

841507

841506

841505

841504

841503

841502

841501

841364

6

26

26

6

6

26

6

6

40

40

40

40

6

26

26

26

26

26

26

26

26

26

6

40

40

6

26 ^^

26 x^26 /y^cfl40 W dUlV

841366

841365

841363

842362

841361

841360

841359

841358

841357

841356

841355

841354

841353

841352

841351

841350

841349

841348

841347

841346

841345 .

841344

841343

841690

841691

841692

-T^^ 841693

L-L^7X 841694

M\\svf41695A'** VW41696

6

40

6

26

6

26

6

40

40

6

6

6

26

26

26

26

6

6

40

40

40

26

26

40

40

40

40

6

40

40

JC/ml/SCH-MWl

Schedule "B"

Hole #

MC89-01MC89-02MC89-03MC89-04MC89-05MC89-06MC89-07MC89-08MC89-09MC89-10MC89-11MC89-12MC89-13MC89-14MC89-15MC89-16

Claim #

869042869034869035869068869004869017869004869003841417841406841406841441841476841476841469872861

DateStart

07/21/8907/23/8907/24/8907/25/8907/26/8907/27/8907/28/8907/29/8907/30/8908/01/8908/02/8908/03/8908/06/8908/07/8908/08/8908/09/89

Date f \

Finish Azimuth

07/22/8907/24/8907/25/8907/26/8907/27/8907/28/8907/29/8907/30/8907/31/8908/02/8908/03/8908/04/8908/07/8908/08/8908/09/8908/11/89

2102102102102102102102102102102102103030

21030

CreditsDip Meterage Available

-45-45-45-45-45-45-45-45-45-45-45-45-45-45-45-45

92.0092.0092.0095.0092.00

111.3089.0098.0092.0098.0098.00

113.00121.56122.0095.0083.00

301.96-tfV301.76 84301.76 - fi311. 60S301. 76 e-/3 65. 06- i t*-231-7-92,292.00

321. 44 5-t301.968V321.44 S*'321.44 S2370.64-T-/398. -7-2*2400.46-**311. 6O*272. 34 S/'

Sub total 1583.86 -51-957-06^*6. V;

MD88-40BMD88-41

MD88-42BMD88-43MD88-44

MD88-45

MD88-46MD88-47

MD88-48

MD88-49

MD88-50GP88-R14

841627841627841627841644841644841633841632841639841640841626841631841627841628841631841630841631841630841665

05/04/8805/06/8805/10/8805/13/8805/14/88

05/27/88

05/29/8805/30/88

05/31/88

06/01/88

06/08/8806/10/88

05/05/8805/09/8805/13/8805/14/8805/15/88

05/28/88

05/30/8805/31/88

06/01/88

06/02/88

06/10/8806/11/88

20520520525

205

205

205205

205

205

205200

-45-45-50-45-45

-45

-45-45

-45.

-45

-45-45

200.00227.00233.00170.0098.0096.0052.5011.50

141.50102.7035.0035.0082.0051.00

113.30106.50115.10118.60

656. 00 'V744. 56 i f7 64 .-24 t -f557.60-"'321.44^314.8-846172.20537. 72. S

4 64. 12 Z 'i336. 86 fV114.803114.805o a o -...Q fi t s c*Ci V O m y O *T *" i

167.2832371.62^349. -32'^377. 26 t ;389. Ol//

,l\-

Sub total 1988.70

Total 3572.56 l1717;75

Schedule "C"

Mining Claims

841627841644841633841632841639841640841626841631841628841630841665

Sub total

869042869034869035869068869004869017869003841417841406841441841476841469872861

Sub total

Total

No of Days

879. -04 Z (*314.68*6

172.2537.72-3

464. tt**

631.4-5^

389.O1- H

O52 2 r 09

301. -7-6 301.7-6

311.68 593.66 &V 365.O6-/6 321.44^ 301.76 64•642v66 370.647V

311. 6 8 2 7 2. -2 4- J/

5195.06-5/9^

-li.~717.75-

-REPORT FOR PROJECT; MEEN--RED CMU8KES)

MEEN RED 2

CLAMED. CREDITS DUE

84.1.46584146684146784146884146984147084147184147284147384147484147584147684147784 1 4783414-79841480841481841482841483841484841485341486841487841488341489845.49084149134 1 492841493345.49494 i -'i 95341496341497841498841683841684341685841686841687841688841689

••87 Z 54 6j jl,t!i AT t

S72S4B0720496 7 2 S DOs?eesi37^5^28 7 j:. 8 vJ --'I-

372Q54•e728SS 87S83687S857

•073}0fo (7•Q72Q6Q•Q728M

4040404 040404040404040404 O404040•40404040404040404 O40404 O4 O404 O'1-04 O4 0/i ,--,

/li")

4040404040

/K?

3*Oto

5^\'k")4X)

40

ioto

REPORT FOR PROJECT; MEEN-RED(MUSKEB)

NO. CRtTDITS DUE

i"

,,

ti-i.i!

'i

rl;

LI ;

4' 1 '

t1"t-

i

'"'

l

f

*.

1

i

t ifs,f 1.

i;

1

|,

f1J;t

f,

f:

869O01 0/69002 869003 869004869005869006869007869008869009869010869011869012869013869014 869015 869016869017869018869019369020 869021869022869023869024869025869026869027869028869029869030369031

' 869032869033869034869035869036869037869038 869039869040869041869042 869043869044869045869046869047869048869049869050869051869052869053869054869055869056869057669038

40 40 40 4040404040404040404040 404040404040 4040404040404040404040 4 04040•104 O4040 40404040 404040404040404 C'4040404040404040

area: dobie lake · 52006neeei7 13 dobie lake diamonu 010 area: dobie lake report no: 13 work...

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