property: ad- page 2 - ontario · 2017. 1. 17. · noranda mining and exploration inc. diamond...

PROPERTY: AD- HOLE No.: 96-49 Collar Eastings: -8760.00 Collar Northings: 12420.00 Collar Elevation: 0.00 Grid: MATTABI EXPLOR.

Noranda Mining and Exploration Inc.

DIAMOND DRILL LOG

Collar Inclination: -70.00 Grid Bearing: 180.00 Final Depth: 1651.00 feet HOLE DRILLED BY BRADLEY BROS

52G14SE2001 2.18236 VALORA LAKE 010

Logged by: AL SMITHDate: NOVEMBER 29,1996.Down-hole Survey: ACID AND TROPARIBQ CORE SIZE f 1 0 FT STABILIZED CORE BAR

UAOXJNO J. if T J.JN ilUJ-ifi UUKfi arUKfJU AT LilUJN i-iAJS.fi UUKfi XAKU f l 1

ASSAYS \y

FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH X SUL Ag opt Zn X Cu X Au ppb

0 14 (CASING)

HP-HjCr

14 54 (BELL RIVER LAKE DACITE LAVA)

- pale pink to light grey, white, becoming darker grey with depth- aphanitic to f.g., massive to very weakly banded- spotted appearance due to chloritoid alteration- contains 1-3/C 1-2mm qtz phenos (fragments), 1-2X 2-Siim qtz/calc/py-f i lied amygdules, and variable ^-15X 0.5-1mm chloritoid grains (chid increases in abundance with depth)- fine to aphanitic matrix contains qtz, S ser +/- carb- amygdules typically infilled with qtz-cp-chld- *:1X py S cp typically replacing material in amygdules14-26.2 - massive, aphanitic, with 2-3X chid, mod sil S andwith 4 limonite stained fractures (20 to 70 degrees to c.a.) -intensely leached margins22.5-23.5 -foliated band 370 degrees to c.a. with wispy,stretched "amygdules?"26.2-43.5 - f.g. to aphanitic with 4-5X chid, wispy alterationbanding and fractures 320-25 degrees to c.a.43.5 - fracture 320 degrees to c.a. with intense hematite stainedmargins43.5-52.6 - dk grey with ID-15% 1mm chid, 2-37. 5-8mmamygdules

iclUJ

'LLJ

QLUGC

CNJ

CD UJU-

u~IUJU-SOCI•z.UJ

0

oUJCD

HOLE No: 96-49


DIAMOND DRILL LOGPROPERTY: AD- HOLE No.: 96-49

FROM TO LITHOLOGICAL DESCRIPTION

52.6-54 - gradational contact with intermediate intrusionFROM TO WIDTH % SUL

ASSAYS

Ag opt Cu Z Au ppb

54 68.5 (ANDESITE LAVA FLOW-NO NAME LAKE)

- dk green-grey, aphanitic to f.g., foliated to banded- contains S-4% 0.5-2cm oval to elongate Fe carb-chl-qtz filled amygdules, 2-3/S *:1mm chid grains- fine grained matrix contains chl, Fe carb and chidalteration assemblage z chld-chl-Fe carb- T-2% py S, cp occur as diss grains and local fracture fillings within chld-chl veins- gradational upper contact 320 degrees to c.a. 65.1-65.8 - andesite dyke 5)42 degrees to c.a. 67-68.5 - brecciated interval with chl fractures

68.5 77.7 (QUARTZ-PLATE DIORITE INTRUSION - INTQP)

- f.g., foliated, with qtz-calc-chl-tourm veining- contacts 20-40 degrees to c.a.- alteration assemblage = cht * Fe carb */- chid

77.7 252.6 (MIDDLE L SUCCESSION QUARTZ CRYSTAL TUFF)

- medium to light grey with pale pink colouration- f.g. to predominantly aphanitic- generally weakly schistose with weak banding (alteration banding or bedding)- T-2% 0.2-2cm oval amygdules (qtz * Fe carb filled) conspicuous throughout, becoming increasingly rare with depth- matrix appears equigranular and is composed of variable amounts of chl, chid, ser, qtz, and Fe carb, with possible

172.50174.00

174.00

179.00

1.50

5.00

N.A.

N.A.

0.010

0.010

0.005

0.001

0.040

0.047

NIL

NIL

HOLE No: 96-49




andalusite

- T-2% 0.2-1cm irregular qtz-Fe carb veins with minor cp b py 77.7-96.9 - dk grey with abundant chl S chid; generally massive 96.9-97.4 - chloritic interval 320 degrees to c.a. 97.4-125 - pale pink-grey/2-3% amygdules/wk banding 320 degrees to c.a.125-143 - pale pink-dk grey, equigranular, IS-20% chid S, chl grains, banding (relict bedding?) 323-25 degrees to c .a. 143-147.5 - decreasing chld/chl abundant to 1 -21 147.5-150.5 - aphanitic, pale pink-grey, with banding 316 degrees to c.a.150.50152 - felsic intrusion 340 degrees to c.a., T-2% py 152-156.5 - same as 147.5-150.5156.5-180.1 - pale pink, aphanitic, mod fractured ash tuff with irregular fractures containing chl, qtz, Fe carb, and tourm

- 2-3X sulphides occur as irregular veins S, fracture fillings and include py, cp, S, t r sph 175.5 - bedding 338 degrees to c.a.

180.1-186 - pale brown-grey, aphanitic to f.g., increased ser alteration, qtz-chl-Fe carb filled fractures present; bedding 350 degrees to c.a., 1-25J 1mm qtz eyes 186-191 - dk grey with T-3% chl fractures 191-236 - aphanitic to f.g., pale pink-grey rock with T-3% 0.2-1cm qtz */- Fe carb +X- chl filled amygdules, increase in size with increasing depth; 2-33S chl-Fe carb veining

202 - banding 328 degrees to c.a. 220.2 - 12cm qtz-tourm vein 390 degrees to core axis

FROM TO WIDTH SUL

ASSAYS

Ag opt 2r\ 7, Cu % Au ppb

HOLE No: 96-49


DIAMOND DRILL LOG PROPERTY: AD- HOLE No.: 96-49

ASSAYSFROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH % SUL Ag opt Zn K Cu X Au ppb

236-240.5 - bleached, sericitic S siliceous, qtz-phyric ash tuff, with T-2% 1-2mm clear qtz eyes, minor chl-tourm bearing fractures; banding S, upper contact SAC degrees to c.a., lower contact 318 degrees to c.a.240.5-246.2 - aphanitic, medium grey, massive ash tuff, with 0.5-1cm elongate amygdules in upper 1.5ft 246.2-248.5 - ANDESITE INTRUSION, f.g., equigranular, light green; sharp lower contact 342 degrees to c.a. 248.5-252.6 - qtz-phyric ash tuff, same as 236-240.5; contacts 340 degrees to c.a.

252.6 267.9 (QUARTZ-PLATE DIORITE INTRUSION - FRESH)- medium grey to grey-green, f.g. to m.g.- weakly foliated to locally banded appearance- locally inhomogeneous appearance due to assimilated felsic blocks- consists of rare 1-2mm qtz phenos and -*15S 0.5-1cm qtz S,carb filled amygdules in an equigranular matrix of chl, Fe carb,ser, and qtz- alteration assemblage s chl (*/- chid) S, F e carb +X- ser- locally contains wispy, 1-5mm, elongate chloritic fragments, possibly relict phenos- <1% qtz S, qtz-calc veins contain tr py; also tr diss py S, cp inmatrix252.6 - gradational contact over 2.5ft with tuff above252.6-267.9 - m.g., dk green foliated interval; foliation 325degrees to c.a.

HOLE No: 96-49




267.9 675.5 (QUARTZ-PLATE DIORITE INTRUSION - ALTERED)

267.9-285.4 - light grey-white, strongly carbonatized intervalwith foliation/fracturing 326 degrees to c.a.; wispy chl-bearingfractures present; chld-ser */- chl alteration283.4-310.5 - medium to dark grey massive intrusion with S-2%0.2-1cm qtz-calc veinlets

310.5-314 - ash tuff band 320 degrees to c.a.314-355.1 - massive, equigranular intrusive with T-2% 0.5-3cmqtz-tourm-chl-calc veins containing cp, py. St mt355.7-431 - very light grey, massive interval with mod matrixser and carb alteration, elJC 1-5mm qtz-mt stringers throughout

374-375.8 - m.g. foliated mafic unit 350degrees to c.a.

431-444.5 - massive, equigranular, f.g., dk grey interval with rare 1-2mm qtz-filled amygdules444.5-446.5 - qtz-chl-Fe carb veins 318-20 degrees to c.a. 446.5-476 - massive, equigranular, f.g., medium grey rock with qtz-chl +X- mt veinlets476-477.9 - mod chl content with 507/S qtz-Fe carb-chl veinlets 315 degrees to c.a.477.9-565 - light grey-green, massive, equigranular rock with mod Fe carb S, ser alteration, wk chl alteration; S-5% qtz-Fe carb-mt veins from 2-10mm

495.3 - foliated mafic intrusion 335 degreesto core axis

565-566.8 - mod chloritized interval with 2QK qtz-Fe carb-chl stringers 320 degrees to c.a.; contains cp S py 566.8-675.5 - same as interval 477.9-565, but contains 2-3X

FROM

355.10

TO

355.70

WIDTH

0.60

ASSAYS

X SUL Ag opt

N.A. TRACE

Zn K

0.011

Cu 1

0.010

Au ppb

NIL

HOLE No: 96-49




0.2-1.5cm qtz-Fe carb */- cbl */- py V- cp veinlets; some veinlets have pale pink-red alteration zoning

592 - veinlets have subparallel orientation of40-45 degrees to c.a.659.2-660.3 - S-10% qtz-Fe carb-chl veinlets

675.5 - qtz-Fe carb veining subparallel to intrusion contact 348 degrees to c.a.

675.5 1357 (QUARTZ-PLATE INTRUSION - INTQF)

- medium green to dk green, f.g. to m.g., locally feldspar-phyricdiorite intrusion675.5-676.7 - f.g. margin grades into coarser grained, wellfoliated dyke; carb S, chl alteration: tan to grey-green f.g.-m.g.carb-rich matrix with ID-15% 1-4mm long chl lenses676.7-677 - 60?S qtz-15% carb-20% chl vein with 53i tourm677-689.7 - medium green, massive diorite with ID-15% :1-2iTin, grey, tabular feldspar phenos; least altered - relativelyfresh with minor carb in matrix689.7 - 690.4 - qtz-carb breccia: chaotic breccia with light greysilicified fragments (40%) S, red-brown carb-rich fragments(40%), in a f.g., chl-rich matrix (20%)690.4-694 - f.g., massive diorite: gradational lower contact;least altered, similar to 677-689.7: T-5% 2-10 (avg. 3-5) mm,white qtz veins/bands S various angles to the c.a.694-961.2 - f.g.-m.g., locally feldspar-phyric, massive diorite;least altered, similar to 677-689.7: T-5% 2-10 (avg. 3-5) mm,white qtz veins/bands 3 various angles to the c.a.961.2-964.4 - ash tuff xenolith - strongly altered ash tuff;

FROM TO WIDTH SUL

ASSAYS

Ag opt Zn Cu % Au ppb

HOLE No: 96-49




aluminum silicate alteration: pinkish-grey silicified ash tuffx-cut by 103S O-3mm wide chl stringers,; pink colour may beindicative of f.g. andalusite964.4-982.5 - f.g., grey-green, massive, aphyric dioriteleast altered, similar to 677-689.7, 1-5mm qtz veins982.5-984.6 - mod well foliated, speckled diorite with 1-3mmchl specks (IQ-20%) in a f.g., aphanitic, massive matrixcarb S, chl alteration: TO-20% 1-3mm chl speck in a light grey,carb-rich matrix (203i carb approx)984.6-1010.7 - green-grey, f.g., massive diorite with 7-10/6light grey -O-lron) tabular feldspar; least altered: relativelyfresh diorite with S-10% interstitial carb (dolomite) S, 1-51L2-10mm qtz veins; feldspars appear fresh when present1010.7-1014.2 - same as 984.6-1010.7, but slightly morebrecciated: S-7% late qtz */- chl veins/bands varying from1-20mm in width (some straight, others contorted)1014.2-1236.1 - f.g. to m.g., massive, locally feldspar-phyricdiorite with alteration as in 1014.2-1236.11236.1-1236.7 - qtz vein1236.7-1244.5 - same as in 1014.2-1236.11244.5-1244.7 - qtz vein1244.7-1248.8 - same as in 1014.2-1236.11248.8-1248.9 - qtz vein1248.9-1250.5 - same as in 1014.2-1236.11250.5-1250.6 - qtz vein1250.6-1251 - same as in 1014.2-1236.11251-1251.3 - qtz vein1251.3-1252.1 - same as in 1014.2-1236.1

FROM TO WIDTH SUL

ASSAYS

Ag opt Zn K, Cu li Au ppb

HOLE No: 96-49


DIAMOND DRILL LOG PROPERTY: AD- HOLE No.: 96-49

ASSAYSFROM TO LITHOIOG1CAL DESCRIPTION FROM TO WIDTH K SUL Ag opt Zn 1 Cu K Au ppb

1252.1-1252.7 - qtz vein 1252.7-1253.4 - same as in 1014.2-1236.1 1253.4-1254.6 - qtz vein 1254.6-1254.8 - same as in 1014.2-1236.1 1254.8-1257.1 - qtz vein with 10/S dyke material 1257.1-1258 - same as in 1014.2-1236.1 1258-1258.3 - qtz vein 1258.3-1260 - same as in 1014.2-1236.1 1260-1260.3 - qtz vein1260.3-1329.6 - f.g. to m.g., medium green, massive, locally feldspar-phyric diorite1329.6-1338.7 - pale green, massive, feldspar-phyric diorite with 20% ci-2mm, tabular, grey feldspar phenos 1338.7-1344.6 - pale grey-green, massive diorite with 13J <1-2mm feldspar phenocrysts1344.6-1357 - f.g., massive, aphyric, vaguely banded (chill margins?), slightly magnetic;diorite with a sharp, very f.g. lower contact; slightly better foliated than above; chl */- ser alteration: slightly better foliated due to increased chl and/or ser in matrix, T-2% "xlmrn dk green chid present, contact zone from 1356.8-1357 is rich in f.g. chl

1346 - banding (chill margin?) 350 degreesto core axis1353.5 - foliation 355 degrees to c.a.1357 - contact 359 degrees to c.a.

1357 1449 (HIGH LEVEL LAKE QTZ CRYSTAL TUFF) 1409.20 1410.00 0.80 N.A. TRACE 0.040 0.001 NIL -light grey to green, green f.g. ash matrix with T-2% tl-LSmm, 1410.00 1411.00 1.00 N.A. TRACE 0.004 NIL NIL

HOLE No: 96-49




clear to grey, angular to broken S. shard-like qtz phenosFROM

1418.00

TO

1421.00

WIDTH

3.00% SUL

N.A.

ASSAYS

Ag opt

TRACE

Zn li

0.006

Cu H

0.002

Au ppbNIL

interbedded with qtz-phyric, pumice-rich pyroclastic flows 1357-1386.5 - light green-grey, f.g., ash-rich matrix with T-2% ^-1.5mm, clear to grey, angular qtz phenos; T-3% lenses (2mm to 1cm long) i d iss py +/- sph; up to 1/S -Ocm, oval, silicified pumice locally present; qtz-xtl rich horizon 31376-1376.5 contains S-10% ^-2mm, clear qtz phenos

1357.4 - foliation 350 degrees to c.a. 1357-1357.8 - ser S chl alteration: f.g., siliceous ash matrix cut by 1-2mm wide bands/ lenses of ser (^55S) and chl (ID-15%); up to 53o thin bands of black tourm present; rock is strongly foliated with a gradational lower contact1357.8-1372.6 - ser */- chid alteration: pale grey-green ser-rich matrix with T-5% <1-1lml dk green diss chid prisms; x-cut by 2-5/6 1-3mm wide chl-rich bands S, stringers; from 1369.2-1369.4, y/, stringer py */- sph in chl- rich stringers, 1-4mm wide, up to 103i - 1372.6-1381 - ser alteration: pale grey, siliceous matrix with T-2% diss chid; rock is siliceous S ser-rich with 1?S 1-8mm py lenses 1381-1386.5 - andalusite S, ser alteration: tight grey, silicified matrix with T-7% blocky, light grey -O-Smm diss andalusite

1386.5-1388.6 - light grey-green diorite dyke with S-10% 1-2mn (locally 3nm), lens-shaped, chloritized feldspar; chl S, carb

HOLE No: 96-49




alteration: chloritized feldspar in grey, f.g. matrix withinterstitial carb1388.6-1395.4 - light grey to green-grey ash tuff with -O-25S *1-1.5mm clear, commonly angular qtz phenos in a very f.g.,recrystallized ash matrix; tr-1% lens-shaped silicified pumicefragments up to 1cm long; banding due to alteration, tr-2%

diss py; andalusite-chl-ser alteration: light grey silicified ashmatrix with S-8% O-lmm, grey, blocky andalusite in a ser-richmatrix; up to 5 'A d iss O-2mm, green chid porphyroblasts (mostcommon within 1ft of dyke); thin veins (up to 3mm wide) andpatches (up to 1cm diameter)of eh l, S-10%1395.4-1399.1 - light grey-green, f.g., feldspar-phyric dioritedyke with ID-20% ^-2mm, tabular, light grey feldspar phenosin a f.g., grey-green chl */- carb groundmass and chl-rich, f.g.,approximately 1cm wide contacts; chl S carb alteration as at1386.5-1388.6

1399.1-1403.9 - light grey ash tuff with T-3% -d-LSmm, greyto clear qtz phenos, tr diss py, and a banded appearance due toalteration; andalusite i chid alteration as at 1388.6-1395.4 butwith S-10% 1-2mm diss chid1403.9-1406.1 - same as 1395.4-1399.11406.1-1406.7 - same as 1399.1-1403.91406.7-1407 - diorite dyke, same as 1403.9-1406.11407-1412.5 - ash tuff, same as 1399.1-1403.9 with 2-33Sstringer py S 1 409.3-1411; andalusite S chid alteration: matrixbecomes more chl-rich (up to 155S as 1-3mm bands) within 1ftof intrusion1412.5-1414.6 - light to medium grey, qtz-phyric, pumice-rich

FROM TO WIDTH H SUL

ASSAYS

Ag opt Zn y. Cu /o Au ppb

HOLE No: 96-49


DIAMOND DRILL LOGPROPERTY: AD- HOLE No.: 96-49 Page li


pyroclastic flow with 1 07. 5 -25mm, silicified pumice, 25Sangular, chl-rich fragments up to 1 cm long, and T-2% d-lmmqtz, alteration as above interval1414.6-1417 - diorite dyke, same as 1403-1406.1

1417-1422.5 - pale green, qtz-phyric, pumice-rich pyroclasticflow with a mottled green colour due to 25-355i grey,oval to tens-shaped, generally silicified pumice up to 3cm inlength, and an ash-rich matrix containing T-2% ":1-1mm qtzphenos and 2-335 diss 8, stringer py K cp; andalusite S chidalteration: green-grey, siliceous matrix with ID-15% stringers Sbands (1-5mm wide) of chid S, cht; matrix has ID-15% -elmm,blocky andalusite in silicified ash; contorted appearance is dueto x-cutting chid veins/bands1424-1449 - pale green, qtz-phyric, pumice-rich pyroclasticflow with a mottled appearance due to a combination ofsilicified pumice (light grey, oval to lens-shaped, up to 3cmdiameter, S-15%) and silicified matrix x-cut by thin stringersand bands (1-5mm, ID-20%) of chl l chid +X- py; alsocontains T-3% up to 1mm, grey, angular qtz phenos

1424-1438.8 - alteration as in above interval 1438.8-1449 - andalusite-sil-chld alteration: more siliceous matrix than above with 10xS Omm, blocky, pink andalusite; chid veins S, bands up to 3mm wide constitute S-7%

1449 1651 (HIGH LEVEL LAKE MESOBRECCIA DEPOSITS - HLMBX)

- pale grey-green to green, matrix-supported, heterolithic volcaniclastic breccia deposits; variably altered with variable

FROM TO WIDTH SUL

ASSAYS

Ag opt Zn Cu "X, Au ppb

HOLE No: 96-49


DIAMOND DRILL LOGPROPERTY: AD- HOLE No.: 96-49 Page 1 2

FROM TO LITHOLOGICAL DESCRIPTION fragment compositions/sizesK49-K72 - heterolithic breccia with IQ-15% 4mm-3cm, grey, oval to lens-shaped, silicified scoria/pumice; S-10% dk green, tens-shaped, 3mm-2cm chl-rich, mafic fragments; tl-1% <1-1mm, grey to clear qtz phenos locally present; andalusite 8, chid alteration: pale grey siliceous matrix has pink tones indicative of very f.g. andalusite (S-10%); S-12% --:1-2mm diss chid

1460 - foliation 343 degrees to c.a.1472-1472.6 - qtz vein with S-10% 1-3mm contorted chl veins/ veinlets; alteration as in above interval 1472.6-1478.6 - same as 1449-1472 except qtz phenos are absent and fragments are becoming increasingly hard to recognize toward base due to increasing alteration intensity; tr diss py

1472.6-1476.3 - alteration as in above interval 1476.3-1478.6 - int chl i andalusite alteration: pinkish-grey, andalusite-rich (up to 205S, very f.g.); contains 20-25X 1-5ram chid (*/- chl) porphyroblasts

1478.6-1480 - f.g. diorite dyke; chld-chl V carb alteration: altered dyke with 10-205S1-3mm chid porphyroblasts, ID-15% thin, 1-4mm long chl lenses, and pale green-grey, siliceous matrix with very f.g. andalusite (S-10%); gradational contact with next assemblage1480-1507.3 - green to grey-green, variably altered matrix with S-15% pale grey, silicified pumice/scoria (up to 2cm), oval to lens-shaped; and S-5% lens-shaped chl-rich mafic fragments (up

FROM TO WIDTH •X, SULASSAYS Ag opt Zn Cu Au ppb

HOLE No: 96-49




to 1cm); fragment recognition increases toward lower contact due to decrease in alteration intensity

1480-1504 - chid S, andalusite alteration: similar to 1449-1476.3; S-15% 1-2mm diss chid in pale grey to pink-grey siliceous matrix with very f.g. andalusite (S-10%) and a gradational contact with next assemblage 1504-1507.3 - chid 8, fe carb alteration: matrix is red-brown due to ID-20% Fe carb; intensity of red-brown colour increases toward dike; S-5% O-1mm, dk green, tabular, diss chid is present1507.3 - contact 5)65 degrees to c.a.

1507.3-1516.9 - grey-green, f.g.-m.g. diorite dike with S-5% 1-4mm oval amygdules from 1507.3-1508; lower contact is well foliated 353 degrees to c.a.; fine-grained margins with medium grained ptag S, amph (non-chlorite) phenocrysts up to 1mm in diameter, 153S S, 1 05S respectively; breccia xenolith 31515- 1515.6; chl S, Fe carb */- chid alteration: altered dike with up to 55S <1-1mm, dk green chid porphyroblasts in a f.g.-m.g. chl-carb groundmass; amph altered to chl, 10/6, feldspar phenos grey to tan, altered to carb1516.9-1588.4 - grey-green to green heterolithic breccia, variably altered with S-20% oval to lens-shaped, silicified pumice/scoria fragments up to 2cm, with amount depending on alteration intensity, and T-5%, up to 1cm long, lens-shaped, chloritized mafic fragments; tr-1% 1mm qtz grains also present

1516.9-1533.6 - choritoid and andalusite

FROM TO WIDTH H SULASSAYS

Ag opt Zn Z Cu 7. Au ppb

HOLE No: 96-49




alteration: siliceous matrix is pinkish-grey, indicative of S-10% very f.g. andalusite; S-8% O-1.5mm dk green chid is locally associated

with ID-15% chl veins S, bands up to 3mm wide; patchy light red-brown colouration suggests I Q'A F e carb; gradational into next assemblage1533.6-1535 - andalusite alteration: very pink to pink-grey, very siliceous matrix suggests f.g. andalusite dO-20%?); S-10% chl in altered mafic fragments1535-1613 - chid 8, andalusite alteration: green-grey to green-pink matrix contains very f.g. andalusite (up to 5K); chid, el-LSmm, dk green, diss, S-15%; chl occurs in matrix and also as veins 8, bands up to 5mm wide, IS-30%; dikes which intercect the section are Fe-carb i, chl-altered

1588.4-1589.1 - f.g. diorite dike with 105S 1x4mm chl specks 1589.1-1590.4 - same as 1516.9-1588.4 1590.4-1591.1 - same as 1588.4-1589.1 1591.1-1598.4 - same as 1516.9-1588.4; 15C 1mm qtz phenos present; well preserved silicified scoria/pumice (10?S, up to 2cm); U diss py; andesite dyke 31596.7-1597.5 1598.4-1599.7 - f.g. diorite dike (same as 1588.4-1589.1) 1599.7-1598.4 - heterolithic breccia (same as 1591.1-1598.4; tr-1% up to 1mm grey qtz grains) 1598.4-1599.7 - f.g. diorite dyke (same as 1588.4-1589.1)

FROM TO WIDTH r, SULASSAYS

Ag opt 2n Cu K Au ppb

HOLE No: 96-49

PROPERTY: AD- HOLE No.: 96-49


DIAMOND DRILL LOG

ASSAYS

FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH K SUL Ag opt Zn 3, Cu 55 Au ppb 1599.7-1601.6 - heterolithic breccia (same as 1599.7-1598.4) 1601.6-1603.5 - f.g. diorite dyke1603.5-1605.7 - heterolithic breccia (same as 1599.7-1598.4) 1605.7-1606.1 - qtz vein1606.1-1651 - strongly altered heterolithic breccia; pale grey to pink-green, strongly altered matrix peppered with chid; ID-15% light grey, silicified scoria/pumice, up to 3cm across (avg. 1cm); also up to 5X (avg. T-2%) dk grey, angular-lens-shaped, silicified felsic fragments; lens-shaped, chl-rich mafic fragments up to 1cm across, T-3%; rare tr very f.g. diss py; tr-1% ":1mm qtz grains; silicified amygdules may appear to be qtz phenos

1613-1639.2 - chid and andalusite alteration:pinkish-grey to pink green silicified matrixwith 103. (?) very f.g. andalusite; chid, ":1-3mmpeppered through rock, IQ-20%; fragments aretypically strongly silicified; gradational contacts1639.2-1651 - chid and andalusite alteration asat 1535-16131647 - foliation 355 degrees to c.a.

DOWN-HOLE SURVEY DATA

DEPTH INCLINATION BEARING

27.00 -67.80

117.00 -67.80

HOLE No: 96-49



ASSAYS

FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH K SUL Ag opt Zn Z Cu K Au ppb

DEPTH

217.00

327.00

427.00

517.00

617.00

837.00

1237.00

1437.00

1637.00

1651.00

INCLINATION BEARING

-66.00

-65.70

-65.00

-65.00

-65.00

-61.00 195.00

-61.00

-58.00 202.00

-56.00

-56.00 202.00

HOLE No: 96-49


DIAMOND DRILL LOGPROPERTY: AD- HOLE No.: 96-50Collar Eastings: -9510.00 Collar Inclination: -60.00 Collar Northings: 12600.00 Grid Bearing: 180.00 Collar Elevation: 0.00 Final Depth: 1387.00 feet Grid: MATTABI EXPLOR. HOLE DRILLED BY BRADLEY BROS CASING LEFT IN HOLE CORE STORED AT LYON LAKE CORE YARD


0 11.0 (CASING)

11.0 502.3 (MATTABIE SUCCESSION ASH TUFF/QUARTZPHYRIC

PYROCLASTIC FLOW DEPOSITS)

- variably altered ash tuffs with up to 27, •Omm clear quartzphenocrysts interbedded with quartzphyric pyroclastic flowdeposits containing 2-105C (avg S-4%) ":1-1.5mm, locallysquare quartz phenocrysts with up to 5 '/, s ilicified and/orsulfide- rich pumice

FROM

45.0047.0049.0051.00

123.00124.50405.00

TO

47.0049.0051.0053.00

124.50126.00405.50

WIDTH

2.002.002.002.001.501.500.50

K SUL

N.A.

N.A.

N.A.

N.A.

N.A.

N.A.

N.A.

ASSAYS

Ag opt

0.200TRACETRACE

TRACE

0.020TRACETRACE

Zn 1.

0.0060.0050.0040.0050.0040.0050.004

Logged by: G. HUDAK Date: DECEMBER 4,1996 Down-hole Survey: ACID AND TROPARI BQ CORE SIZE f , yr STABILIZED COR

7 i (l , . ̂^r l s**s^**rj

\ J Cu 7. Au ppb

0.001 NIL

0.001 NIL

0.002 NIL

0.002 NIL

0.046 NIL

0.004 NIL

0.016 NIL

11.0 19.0 Ash tuff: - MTA

- strongly altered pink-grey aphyric matrix with trace - 15S <1mmquartz grains: trace-1% dissemenated pyrite19.0 contact at 49 to c.a.19.0 93.8 Quartzphyric Pyroclastic Flow - MTQ- strongly and variably altered pink-grey to grey-green matrix with 2-7/i grey commonly square ^-1.5 mm quartz phenocrysts- pumice recognized from 38-40 is replaced by chlorite *- sulfidesoval to lens-shaped, up to 2cm in diameter, S-5%: rock appears tobe massive44.5 50 T-3% dissemenated to stringer py *-cpy, *-sp50 53.0 S-5% py *sp *-cpy11 93.8 aluminum silicate and chloritoid- grey to pink grey silicfied matrix contains vfg andalusite and

HOLE No: 96-50



DIAMOND DRILL LOG

Page 2

ASSAYS

FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH "X, SUL Ag opt Z r\ H Cu K Au ppb variable percentages of c1-3mm chloritoid

11 15.7 pinkish-grey andalusite/silicified matrix with IS-20% ^-2mm green chloritoid prisms15.7 19.0 same matrix as above with 5K ^ -2mm chloritoid 19.0 93.8 grey to grey-pink mottled matrix is silicified with Z-8% ^mm blocky andalusite and S-10% chloritoid. Locally silicified matrix with ^5S andalusite- at 30-44: chloritoid typically elmm, locally up to 3mm;

- at 78.6-90: pinkish grey matrix with ID-15% e1-2mm chloritoid

- at 90-93.8: chloritoid S-12%, 1-5mm (avg 2-3mm) in grey silicified matrix (adjacent to dyke) 93.8 97.4 Diorite Dike - INTQP- green-grey fg-mg altered diorite dyke- chloritoid tcarbonate *chlorite- pale grey sericite-carbonate matrix with fg interstitial chlorite (up to 152.) and 1-3/C ^mm disseminated chloritoid porphyroblasts 97.4 102.5 Quartzphyric Pyroclastic Flow - MTQ- same as 11-93.8102.5 116.5 Ash tuff - MTA

- contact at 102.5 is 53 to c.a.- grey green to pink-grey strongly altered ash-rich matrix w/ T-2%-Omm square qtz phenocrysts97.4 110.5 aluminum silicate and chloritoid- similar to 11-93.8, pinkish grey silicified ash matrix contains S-10%-O-5mm disseminated chloritoid and bands up to 1' thick of 20/i 1-5mm chloritoid with pink very fine grained andalusite and sericite 116.5 181.3 Quartzphyric Pyroclastic Flow - MTQ- grey green to pink grey, intensely altered ash-rich matrix with 2-55C

HOLE No: 96-50



DIAMOND DRILL LOG

Page 3

ASSAYS FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH K SUL Ag opt In 7, Cu H Au ppb

-0-1.5mm clear, commonly square qtz phenocrysts- intense alteration obliterates fragments an recognition of included ash horizons: gradational lower contact w/ ash tuff: trace disseminated pyrite 110.5 122.9 andalusite *-chloritoid- pink-grey very fine grained silicified matrix with vfg andalusiteand knotty, round to blocky, grey to pink andalusite porpphyroblasts,1-4mm, S-10%: local pink chloritoid bearing bands up to 0.4' thick(chloritoid up to 105S, 1-3mm); up to 5X disseminated ^-2mm tabularchloritoid porphyroblasts in matrix122.5 126.0 2-105S disseminated lenses of py +-SP *-cpy replacingpumice122.9 146.0 andalucite and chloritoid- pink grey matrix similar to 110.5-122.9 contains localized grey silicified bands ranging from 0.5-0.9' thick which contain ID-25% 1-5mm, locally glomeroblastic chloritoid porphyroblasts 146.0 181.3 Intense Andalusite and Chloritoid- pink grey vfg andalusite rich matrix peppered with 20-355S O-3mm disseminated and locally glomeroblastic chloritoid porphyroblasts:- overall, rock has very even texture 181.3 192.0 Ash Tuff - MTA- pink grey strongly altered ash with trace-1% ":1mm quartz phenocrysts- gradational upper and lower contacts- andalusite *- chloritoid: fg pink-grey silicified, vfg andalusite-rich matrix with T-5% O-LSmm disseminated chloritoid porphyroblasts- chloritoid concentration increases to 103S from 190.5-192.0 192.0 244.9 Quartzphyric pyroclastic flow - MTQ- greenish-pink to pink-grey stronly altered ash matrix with Z-7%

HOLE No: 96-50


DIAMOND DRILL LOGPROPERTY: AD- HOLE No.: 96-50 Page 4


^-1.5mm clear, commonly square quartz phenocrysts: intense alteration obliterates original volcanic fragments and textures 192.0 216.4 Intense andalusite and chloritoid- same as 146.0-181.3

216.4 222.8 Andalusite and chloritoid- similar to 122.9-146.0; silicified bands locally present, 0.7-1.3 feet wide, haave gradational contacts with light grey to pink grey silicified and vfg andalusite-rich matrix containing S-15%-1mm-3mm chloritoid porphyroblasts; gradational contacts 222.8 244.8 Andalusite and Chloritoid- grey to pink-grey andalusite and sericite matrix mottled with 12-20?S 1-3mm disseminated chloritoid porphyroblasts. 244.9 259.7 Ash Tuff - HTA- similar to 181.3-192.0; massive pale pink-grey ash w/ trace-1%-*1-2mm quartz phenocrysts; Quartz vein with tourmalinemargin 255.6-256.1244.8 259.4 Chloritoid and Sericite and Andalusite- grey-green fg sericite rich matrix with Z-5% ^mmdisseminated chloritoid259.7 344.3 Quartzphyric Pyroclastic Flow - MTQ- intensely altered pink-grey ash matrix w/ 1-5/C e1-2mm grey commonly square quartz phenocrysts: massive: alteration may have destroyed other original volcanic textures: mottled appearance due to intense alteration- Qtz veins at: 264.2-264.6, 283.8-284.0, 291.4-291.8, 312.9-313.3, 320.3-320.6, 321.6-321.8: Andesite dykes at 305.7-306.6, 337.0-337.9 259.4 271.2 Andalusite and Chloritoid- pinkish grey siliceous matrix with fg andalusite (up to 10?S) and

FROM TO WIDTH X'SUL

ASSAYS

Ag opt Zn Cu K, Au ppb

HOLE No: 96-50



DIAMOND DRILL LOG

Page 5

ASSAYSFROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH !S SUL Ag opt 2n Tt, Cu % Au ppb

8-12?, -:1mm disseminated chloritoid 271.2 282.1 Andalusite and Chloritoid

- same as 222.8-244.8; gradational contacts 282.1 285.0 Andalusite and Chloritoid- pink-grey vfg andalusite-r i eh matrix w/ S-10% *:1mm chloritoid 344.3 417.4 Ash Tuff - HTA- intensely and variably altered massive ash matrix with tr-2%-1mm grey qtz phenocrysts: few original volcanic textures remain- fg diorite dykes (INTQP) at 372.0-372.6, 397.5-400.7

382.0-383.0: tr-1% disseminated py405.0-405.5: S-5% stringer py *-cpy with chloritoid in 1-3mm

wide veins

397.5: contact at 27~ to c.a.

400.7: contact at 55~ to c.a.285.0 349.3 Intense Andalusite and Chloritoid- knots of grey to pink-grey andalusite up to 5mm in diameter, oval, comprise matrix, SO-70%; chloritoid porphyroblasts 1-5mm, ID-20%, give rock mottled appearance- up to 20/S <1-3mm wide tan to grey-green sericite veins andbands, locally with chloritoid349.3 378.9 Andalusite and Chloritoid- grey to pink grey siliceous matrix with vfg andalusite contains S-10% *:1-2mm chloritoid; gradational lower contact with chloritoid concentration increasing to 10/S 378.9 397.5 Intense Andalusite and Chloritoid- pinkish-grey siliceous matrix with ID-15% vfg andalusite contains IS-30% O-Simt dark green diss chloritoid prisms- matrix darker pink grey from 390.0-397.5

HOLE No: 96-50



DIAMOND DRILL LOG

Page 6

ASSAYS

FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH % SUL Ag opt Zn Z Cu li Au ppb 397.5 400.7 Carbonate an Chlorite

- green to green-grey altered dyke400.7 417.4 Andalusite and Chloritoid- same a 349.3-378.9

417.4 418.0 Altered Fine Grained Diorite Dike

- tan to green-grey groundmass with up to 105S 1-4mm

chlorite lenses: fine-grained contacts

- Carbonate and Chlorite : same as 397.5-400.7

418.0 423.5 Ash Tuff - MTA

- variably and strongly altered ash with up to 1X dmmgrey quartz phenocrysts: massive423.5 427.1 Altered Fine Grained Diorite Dyke- same as 417.4-418.0427.6 497.1 Bedded Ash Tuff - MTA/MTQ

- strongly altered, grey to pink-grey fg ash matrix with <^-^%-O-2mm grey angular quartz phenocrysts; very fg aphyric ash horizons grade down into massive, slightly coarser grained ash horizons with quartz phenocrysts as described above- several contacts between qtz-phyric basal sections and ash tuffs recorded: 425.7=30"; 453.5=43"; 479.7=40"; 486.2=45"- gradationat contacts between ash horizons and qtz-phyric basalsections418.0 497.1 Andalusite and Chloritoid- vfg to fg pinkish-grey matrix has up to 105. vfg andalusite and 2-10/S -O-1mm diss chloritoid porphyroblasts: also crosscut by 1-4mm wide chlorite rich veins, 2-7/5; these veins appear to be more common toward base of unit 497.1 497.7 Altered Fine Grained Diorite Dyke

HOLE No: 96-50



FROM TO LITHOLOGICAL DESCRIPTIONASSAYS

FROM TO WIDTH ?. SUL Ag opt Zn /t Cu K, Au ppb- same as 417.4-418.0- Carbonate and Chlorite and Chloritoid- similar to 397.5-400.7, but up to 5X 1mm diss chloritoid 497.7 502.3 Bedded Ash Tuff - MTA/MTQ- same as 427.6-497.1- Andalusite and Chloritoid- same as 418.0-497.1

502.3 897.9 (FINE GRAINED DIORITE INTRUSION/NTQP)

- grey to grey green, amygdaloidal to massive locally feldspar phyric fg to mg diorite: rock equigranular away from contacts502.3 505.2 tan, well foliated fg groundmass with S-15% 1-4mm chlorite specks/lenses which define foliation; strongly sheared and fractured core at 503.5-504.5; may be fault- Chlorite and Carbonate and Chloritoid- greenish-tan matrix with ID-15% fg disseminated chloriteand S-10% 1-3mm chloritoid porphyroblasts503: foliation in dyke at 31~ to core axis505.2 509.2 Ash Tuff Xenolith, same as 497.7-502.3- Andalusite and Chloritoid: ante as 497.7-502.3 509.2 657.3 grey green, massive to locally amygdaloidal (up to l y, 0 .2-0.5mm quartz amygdules), locally feldspar phyric (up to I QK -el-LSim tabular, creamy feldspar phenocrysts. Gradational lower contact- Chlorite and Carbonate *- Chloritoid- chlorite-carb altered- groundmass with T-5% <<1-1mm chloritoid porphyroblasts

HOLE No: 96-50




- very even texture to rock607.7-609.4: up to 15?Scontorted qtz-chl veins up to 4cm wide633.8-634.0: chl-carb breccia with 15/i white, angular, qtz fragsup to 0.7cm diameter

634.0-636.5: moderately foliated with 105C chlorite-rich bands

657.3 661.9 grey green medium grained feldspar-phyricdiorite with ID-15% ":1-2mm grey tabular feldspar phenocrysts- Chloritoid and Chlorite and Carbonate

- coarser grained than above with S-10% 1-3mm chloritoid porphyroblasts in chl/carb groundmass

661.9 688.1 grey green, massive, feldspar-phyric fg diorite with up to 5 1t •elmm tabular grey to cream colored feldspar phenocrysts- Chlorite and Carbonate and Chloritoid

- fg groundmass of carb/chl with T-5% Omm chloritoid porphyroblasts

688.1 688.5 same as 657.3-661.9- Chloritoid and Chlorite and Carbonate (same as 657.3-661.9) 688.5 821.2 grey green to grey, feldspar-phyric (up to TH avg Z -3%, •dmm) mass ice to rarely amygdaloidal diorite- typically fg with local gradations into fine to medium grained- apparent banding in rock is alteration; broken core with quartz chlorite band at 759.5-759.9 ; may be small fault- T-2% 2-8mm qtz veins present- Chlorite and Carbonate and Chloritoid

- similar to 661.9-688.1: 2-8JS ^-2mm chloritoid porphyroblasts diss in eh l and carb groundmass

821.2 829.7 coarse grained feldspare phyric diorite

FROM TO WIDTH l SULASSAYS

Ag opt Zn Cu Au ppb

HOLE No: 96-50




with 15-20/i -O-3mm (avg 2mm) grey to ivory colored tabular feldspar phenocrysts: green-grey- Chloritoid and Chlorite and Carbonate (same as 688.1-688.5)- contact at 821.2 at 70" to c .a.829.7 872.1 pale green-grey fine to medium graineddiorite similar to 688.5-821.2- Chlorite and Carbonate and Chloritoid (same as 688.5-821.2) 872.1 873.0 contorted chl, qtz and carb veins and breccia- Quartz vein873.0 874.1 xenolith of pinkish green mattabi succession quartz-phyric tuff with tr-1% e1-1.5mm square phenocrysts. ^% d iss pyrite cubes up to 3mm in diameter.- Andalusite and Chloritoid

- grey to pink-grey, locally banded siliceous and chl rich matrix with 53S Omm chloritoid porphyroblasts- pink color due to fg andalusite (S-10%)

874.1 875.2 green, fg diorite similar to 829.7-872.1- Chlorite and Carbonate and Chloritoid (same as 688.5-821.2) 875.2 879.0 Xenolith of bedded mattabi succession ash tuff and quartz-phyric ash tuff: Pinkish grey to green grey colored with aphyric ash and quartz-phyric units containing up to 5/i ^-1.5mm square to angular quartz phenocrysts- Andalusite and Chloritoid

- same as 873.0-874.1: slightly more siliceous with up to 10/i chlorite, T-5% (avg 150 elmm chloritoid: pink color in siliceous matrix is vfg andalusite

876.0-877.0: W diss to patchy py *- sp *- cpy 879.0 880.6 Quartz vein with fg chl-rich diorite from

FROM TO WIDTH SUL

ASSAYS

Ag opt Zn Cu Au ppb

HOLE No: 96-50



DIAMOND DRILL LOG

Page 10


879.9-802: S-10% chl associated with quartz vein880.6 897.9 fg green diorite similar to 829.7 - 872.1- also contains tr-1% oval quartz and carb amygdules up to 1cm in diameter- contact at 897.9 at UT to c.a.- Chlorite and Carbonate and Chloritoid

- similar to 688.5-821.2; green to grey green fg chl and

carb matrix with 2 -TX, •Omm diss chloritoid

FROM TO WIDTH

ASSAYS

SUL Ag opt Zn Cu Au ppb

897.9 908.6 (BEDDED MATTABI SUCCESSION ASH TUFF AND

QUARTZ-PHYRIC ASH TUFF DEPOSITS)

- pinkish-grey to grey green interbedded aphyric ash tuffhorizons and qtz-phyric ( O-1.5mm, grey to blue, angular,locally square qtz phenocrysts) horizons: diss to patchysulfides loally replace pumice897.9 899.0 qtz-phyric (3-5?. *:1-1.5mm grey to blueqtz with T-3% diss py)

898.4: foliation at 50~ to c.a.- Andalusite and Chloritoid

- dark pinkish-grey with up to yt, <1mm diss chloritoid: S-10% *:1mm chl veins cut matrix- parallel foliation

899.0 901.2 pinkish-green aphyric ash tuff; no py- Andalusite and Silicified

- pink-grey silicified matrix with 10% vfg andalusite 901.2 902.3 qtz-phyric (S-5% *:1-1.5mm clear to grey angular to square quartz phenocrysts; tr-1% diss to patchy py- Andalusite and Chloritoid (same as 897.9-899.0)

898.00 899.00 1.00 N.A.

901.20 902.30 1.10 N.A.

903.40 905.00 1.60 N.A.905.00 907.00 2.00 N.A.

907.00 908.60 1.60 N.A.

TRACE 0.014 0.010 NIL

0.010 0.004 0.007 NILTRACE 0.009 0.015 NIL

0.010 0.008 0.002 NIL

TRACE 0.021 0.002 NIL

HOLE No: 96-50


DIAMOND DRILL LOGPROPERTY: AD- HOLE No.: 96-50 Page li


902.3 903.4 Aphyric Ash Tuff similar to 899.0-891.2

- Andalusite and Silicified (same as 899.0-891.2) 903.4 908.6 Quartz-phyric pyroclastic flow deposit with S-8% el-2mm grey to blue, commonly square quartz phenocrysts and 2-5X 0.5-1.5 cm oval grey to ivory colored silicified pumice- T-4% py *-sp -i-cpy replacing pumice and in thin ( Omm) chl rich veinlets- Andalusite and Chlorite and Sericite

- grey pink silicified matrix with S-7% vfg andalusite cut by *:1mm bands and stringers of sericite dO-20%) and finely diss to bands (up to 4cm wide containing chl (S-20%)

908.6 916.2 (HIGH LEVEL LAKE SUCCESSION ASH TUFF - HLAT)

- pale grey to ivory colored massive ash: typically aphyric but locally tr -:1nm qtz phenocrysts present; vague banding at 55~-60~ to c.a. is believed to be foliation- contact at 908.6 at 60~ to c.a.- banding at 55-60" to c.a. z foliation- Silicified and Sericite *- Andalusite

pale grey to ivory silicified ash with S-10% ^mm tan veins of sericite alligned with foliation from 914-916, rock is darker grey with hint of pink suggesting fg andalusite- from 914-916, T-5% -:1mm diss chloritoid and up to Wy, vfg diss chl

916.2 921.0 (HIGH LEVEL LAKE SUCCESSION QUARTZ-PHYRIC

FROM TO WIDTH SULASSAYS

Ag opt Zn Cu y, Au ppb

916.20 917.90 1.70 N.A. TRACE 0.005 0.003 NIL

HOLE No: 96-50



DIAMOND DRILL LOG

Page 12

ASSAYSFROM TO LITHOLOGICAL DESCRIPTION

ASH TUFF - HLQAT)FROM

920.00TO

921.00WIDTH1.00

K SULN.A.

Ag0

opt.010

Zn K0.003

Cu X,0.002

Au ppbNIL

- green, chl altered, pumice rich upper section (916.2-917.9; 205i oval 0.5-2.Ocm grey-green pumice) and ivory colored lower section with 2-5/S -elmm clear to grey qtz phenocrysts- massive916.2 917.9 Chlorite t- Albite- green, chl rich (5050 matrix with 10-15/i <1-1.5mm ivory colored tabular secondary albite (?)

921.0 926.5 (HIGH LEVEL LAKE SCCESSION ASH TUFF - HLAT)- pale grey to ivory colored aphyric ash tuff (locally tr-1%quartz phenocrysts)921.0 923.2 as described above923.2 924.7 green grey diorite dyke with 1 QK 1 -4mm chllenses (after amphi bole/pyroxene)924.7 926.5 as described above926.5 contact at 80~ to c.a.917.9 923.2 Silicified and Sericite *- Andalusite- same as 908.6-916.2923.2 924.7 Chlorite an Carbonate- fine grained chlorite and carbonate in dyke924.7 926.5 Silicified and Sericite * - Andalusite- same as 917.9-923.2

926.5 936.1 (FELDSPAR-PHYRIC DIORITE DYKE - INTQR)- dark green fg chl rich groundmass with IS-25% ^-2mm grey diss tabular feldspar and up to 55J 1-3mm green blocky chl pserudomorphs after amphi bole/pyroxene.

HOLE No: 96-50




- y/, d iss 1-3mm bloack tourmalene concentrated at lowercontact936.1 contact at 75~ to core axis926.5 936.1 Chlorite and Carbonate (same as 923.2-924.7)

936.1 947.0 (HIGH LEVEL LAKE ASH TUFF - HLAT)

- same as 921.0-926.5: fg diorite dyke at 943.4-943.8- Silicified and Sericite -t- Andalusite (same as 924.7-926.5)

947.0 949.5 (FELDSPAR-PHYRIC DIORITE DYKE - INTQP)

- green fine grained massive diorite with IS-20% <1mm tan to grey tabular feldspar phenocrysts- Chlorite and Carbonate (same as 926.5-936.1)

949.5 994.7 (HIGH LEVEL LAKE ASH TUFF - HLAT)

- pate grey to medium grey ash tuff w/ tr-1% ^mm clearsquare qtz phenocrysts; massive; cross-cut by S-7% <1-5mmwide, fracture-controlled pyrite (*-cpy, *-sp) * tourmaleneveins; possible microfault (displacement several mm's)at 956.0-957.0; fairly sharp contact at 994.7; tr-1% diss sulfidesin ash - up to 75K sulfides in thin veins; net texture py *-sp *-cpyat 974.8-975.2- Silicified and Sericite *- Andalusite

- similar to 924.7-926.5, but crosscut by *1-5mm wide sulfide and tourmalene veins; for 1cm adjacent to veins up to 35S -clmm chloritoid present. Medium grey bands at 975.2-976.1 and 972.0-973.0 have S-10% vf eh l and T-3%

disseminated chloritoid.

FROM TO WIDTH X SULASSAYS

Ag opt Zn K, Cu Au ppb

949.50

951.50954.50

959.00

968.00

968.90

974.80

951.00954.00

956.00

962.50

968.90

970.00

975.20

1.50

2.50

1.50

3.50

0.90

1.100.40

N.A.

N.A.N.A.

N.A.

N.A.

N.A.

N.A.

TRACE

TRACE

TRACE

TRACE

TRACE

TRACE

TRACE

0.003

0.001

0.001

0.003

0.002

0.001

0.002

0.025

0.001

0.002

0.002

0.006

0.001

0.004

NIL

NILNIL

NIL

NIL

NIL

NIL

HOLE No: 96-50



DIAMOND DRILL LOG

Page 14

ASSAYS FROM TO LITHOLOGICAL DESCRIPTION FROM TO UIDTH "X, SUL Ag opt Zn X Cu 7, Au ppb

994.7 1082.3 (HIGH LEVEL LAKE QUARTZ-PHYRIC ASH TUFF - HLQAT)- pale green-grey to dark green-grey variably altered ash matrix with2-10/i ":1-1mni square, grey to clear quartz phenocrysts; quz xtlsseem to increase in abundance towards base of unit; lens-shaped tooval, ivory to grey colored silicified pumice up to 1cm long, T-5%,also seem to increase towards base of unit; locally tr of diss py1047.0 foliation at 55~ to c.a.1075 1077 microfolds present in foliation1089.3 contact 70" to c.a.994 1058.0 Andalusite and Chloritoid

- fg variably altered, locally mottled grey to pink-grey silicified matrix with vfg andalusite (up to 5/O and sericite (up to 10/0 with S-12% *:1-2mm diss chloritoid and locally 1-5cm wide pink andalusite and chloritoid sericite bands (in bands, chloritoid 1-4mm in diameter) gradational into next assemblage

1058.0 1082.3 Chloritoid and Sericite *- Andalusite- green-grey matrix with slight pink tones indicate monr amounts ^5X) of andalusite; matrix well foliated with 10-15X fg chl, ID-20% fg sericite, and '\-5K ":1mm diss chloritoid

1082.3 1082.9 (FAULT ZONE) 1082.30 1082.90 0.60 N.A. TRACE 0.008 0.025 NIL- white to ivory qtz-rich band with S-8% patchy py *-cpy up to 1.5cm across; also 5 -TH 1 -3mm euhedral sphalerite- Silicified: qtz rich vein with sulfides; foliation at 60~ to c.a.

HOLE No: 96-50

Noranda Mining and Exploration Inc,


FROM TO

1082.9 1387.0

LITHOLOGICAL DESCRIPTION

(HIGH LEVEL LAKE SUCCESSION MEOBRECCIA

ASSAYS

FROM TO WIDTH K SUL Ag opt Zn V, Cu Si Au ppb

HLMBX)

- variably altered, pinkish-grey to dark green matrix supportedheterolithic breccia with S-40% 0.3-3.Ocm lens shaped to oval

fragments; several fragment types present 1) light grey to

grey green silicified pumice/scoria (amygdules are generallyoval and well preserved); 2) dark green to pale green

amygdaloidal andesite fragments with ID-20% 1.0-6.Omm oval

quartz *- carbonate amygdules; 3) lens-shaped, dark-greeneh l rich mafic fragments; 4) tens-shaped to oval dark grey felsiclithic lapilli "Imrn qtz phenocrysts; however these phenocrystsare absent toward base of unit; locally intruded by fg diorite dykes.1082.9-1083.5 - mod foliated, grey-green matrix with ID-15%0.5-1cm, lens-shaped, ivory, silicified pumice/scoria; up to 2%*:1mm qtz phenos in matrix; alteration: silicified; qtz-rich veinwith sulfides; foliation 360 degrees to c.a.

1082.9-1151.5 - aluminum silicate-chld-chl alteration: pinkish-grey to green-grey mottled matrix contains lenses S, veins up to 1cm wide 20-25%,- 2-7X -O-20mm diss chid; T-5% Omm diss mt; dike intersections consistently have Fe-carb S chl alteration; gradational lower contact

1083.5-1084.6 - f.g. diorite dike with S-10% 1-3mm chl lenses(after amph/pyroxene)1084.6-1086 - same as 1082.9-1083.5; siliceous from 1085.7-1086 adjacent to dike1086-1089.1 - f.g. diorite dike with 1551 ^-3mm chl lenses and

HOLE No: 96-50

Noranda Mining and Exploration Inc,



S-10% •*1-3mm chl lenses and S-10% ^-1.5mm, grey, tabularfeldspar phenos1089.1-1090.6 - same as 1082.9-1083.5; fragments up to 3cmdiameter;1090.6-1090.9 - diorite dike, same as 1083.5-1084.6

1090.9-1100.4 - mod to well foliated mesobreccia with bands of

green S grey-green; S-10% lens-shaped, grey, silicified pumice/

scoria up to 1.5cm diameter; ID-15% 0.5-0.8mm chl-rich

fragments that are lens-shaped1100.4-1105.5 - f.g. diorite dike similar to 1086-1089.11105.5-1113.5 - mod to well foliated, grey-green to green-pink,variably altered mesobreccia; 105S 0.5-2cm ivory, silicified

pumice/scoria fragments; S-10% tens-shaped, 0.5-0.8mm,

chl-rich fragments; T-3% -Omm diss black mt; tr-1% ^mmqtz phenos

1113.5-1114.6 - f.g. diorite dike; same as 1083.5-1084.6

1114.6-1120.8 - same as 1105.5-1113.5; 1-25Sdiss mt, tr-1%

diss py

1120.8-1122.8 - f.g. diorite dike; same as 1086-1089.1

1122.8-1130.4 - same as 1105.5-1113.5

1130.4-1131.4 - f.g. diorite dike; same as 1086-1089.11131.4-1134.5 - same as 1105.5-1113.5; local fragments withup to 2WX, <1mm euhedral mt1134.5-1135.4 - f.g. diorite dike with Fe-carb S, chl alteration1135.4-1136.2 - pinkish-green mesobreccia with tr py, stronglyaltered: aluminum silicate, chid, S chl alteration as in 1089.1-1090.61136.2-1137.2 - f.g. diorite dike with alteration as in 1134.5-

FROM TO WIDTH SUL

ASSAYS

Ag opt In Cu % Au ppb

HOLE No: 96-50



DIAMOND DRILL LOG

Page 17


1135.4

1137.2-1138.3 - same as 1135.4-1136.21138.3-1140 - f.g. diorite dike with alteration as in 1134.5- 1135.41140-1151.5 - variably altered mesobreccia; matrix varies from pinkish-grey to dk green and contains IS-20% 0.5-2cni oval to lens-shaped, silicified pumice/scoria fragments and up to 0.5-0.8 cm lens-shaped, chl-rich mafic fragments; mod to well foliated; T-3% -O- 1.5mm euhedral mt; gradational lower contact; alteration as in 1135.4-1136.2 with a gradational lower boundary 1151.5-1177 - green-grey to green mesobreccia with '̂ 0% 0.5-3cm silicified pumice/scoria fragments; matrix appears more mafic than above; rare qtz grains present in matrix can be confused with silicified amygdules

1151.5-1300.6 - chl-carb-chld alteration: dk green chl-rich matrix with T-5% "tlmm diss chid; tr-2% <1mm euhedral mt (rock is mod to strongly magnetic); tr diss -d-lmm py; very f.g. carb/ser present in matrix

1177-1183 - finer grained mesobreccia; 5X silicified pumice/ scoria in mafic matrix1183-1193 - green mesobreccia with TO-15% 0.5-2cm silicified pumice/scoria; amygdules from andesite fragments are composed of qtz, but margins of mafic fragments blend with matrix; gradational contacts1193-1198.6 - finer mesobreccia with S-10% silicified pumice up to 1.5cm diameter 1198.6-1300.6 - "classic" section of mesobreccia; green, f.g., chl-

FROM TO WIDTH SULASSAYS

Ag opt Zn X Cu Au ppb

HOLE No: 96-50




rich matrix with variable fragment types: (1) y/, l ight grey to ivory 0.5-2cm silicified pumice/scoria; (2) S-10% dk green to pale green, oval to lens-shaped, chl-rich fragments up to 1cm diameter; (3) IS-20% angular to lens-shaped, dk grey, massive to amygdaloidal, aphyric to feldspar-phyric (up to VJ'X,, •*1-1mm) andesite fragments; section is matrix supported and there are no qtz grains in the matrix1300.6-1302.5 - grey-green, massive, f.g. diorite to granodiorite dike; Fe-carb S, chl alteration: light grey groundmass with f.g. Fe-carb; x-cut by S-10% O-4mm wide chl veins 1302.5-1387 - same as 1198.6-1230.6, but only T-3% silicified pumice/scoria; ID-20% dk green to green-grey, angular to lens- shaped mafic fragments; tr diss py; chl-carb-chld alteration: same as 1151.5-1230.6

DOWN-HOLE SURVEY DATA

DEPTH INCLINATION BEARING

11.00 -60.00

117.00 -56.50

217.00 -55.00

317.00 -53.00

411.00 -50.50

FROM TO WIDTH X SUL

ASSAYS

Ag opt Zn Cu Au ppb

HOLE No: 96-50



ASSAYS

FROM TO LITHOLOGICAL DESCRIPTION FROM TO WIDTH 3, SUL Ag opt Zn X Cu H Au ppb

DEPTH

467.00

517.00

717.00

917.00

1087.00

1117.00

1317.00

1387.00

INCLINATION BEARING

-49.00 194.00

-47.50

-45.50

-40.50

-36.00 202.00

-35.50

-33.00

-31.00 200.00

HOLE No: 96-50

ino o x*J-o o

K o z

e"5

COI--o ac

COo

1996 DRILL HOLE LOCATIONS DARKWATER PROPERTY

•tf CD

B

ruLO

m c\jkD

GD 00

tTH

C\l

GO 05 XCOIft x

n CMPQLLJ n.

ino o xino o

g

o

CM if)

CM CO

f-o oo

COo

COra xe-3 CM X CMO

WORK PERFORMED HERE

WORK TO BE APPLIED

TO THESE CLAIMS

STURGEON LAKE AREA

NORANDA PROPERTY - STURGEON LAKE AREAM CM

mLU

ASSAY SAMPLES

NOTE: ASSAY SAMPLE LOCATIONS CORRESPOND TO DISTANCE DOWN THE DRILL HOLE AS MEASURED IN FEET.

Chemex Labs LtdAnalytical Chemists * Geochemists * Registered Assayers

5175 Timbertea Blvd., MississaugaOntario, Canada L4W 2S3PHONE: 905-624-2806 FAX: 905-624-6163

To: NORANDA MINING AND EXPLORATION INC.

960 ALLOY DRIVE THUNDER BAY, ONTARIO P7B 6A4

Comments: ATTN: AL SMITH

A96/2939'

CERTIFICATE A9642939

(BUF ) - NORANDA MINING AND EXPLORATION INC.

Project: 303 P.O. #: TB11902

Samples submitted to our lab in Vancouver, BC. This report was printed on 21-DEC-96.

SAMPLE PREPARATION

CHEMEXCODE

205226294

3202238

NUMBERSAMPLES

6463

16464

DESCRIPTION

Geochem ring to approx 150 mesh0-3 Kg crush and split4-7 Kg crush and splitRock - save entire rejectNitric-aqua-regia digestion

ANALYTICAL PROCEDURES

CHEMEX CODE

10025

3166

384

NUMBER SAMPLES

646464

864l

DESCRIPTION METHODDETECTION

LIMITUPPER LIMIT

Au ppb: Fuse 10 g sample Cu ppm: HNO3-aqua regia digest Zn ppm: HNO3-aqua regia digest Zn * i Cone. Nitric-HCL dig'n Ag ppm: HNO3-aqua regia digest Ag g/t: Gravimetric

FA-AASAASAASAASAAS-BKGD CORKFA-GRAVIMETRIC

5 l l

0.010.2

3

100001000010000100.0100.01000

Chemex Labs LtdAnalytical Chemists * Geochemists * Registered Assayers

5175 Tlmberlea Blvd., MississaugaOntario, Canada L4W 2S3PHONE: 905-624-2806 FAX: 905-624-6163



Project: 303Comments: ATTN: AL SMITH

Page Number :2 Total Pages : 2 Certificate Date: 19-DEC-96 Invoice No. : 19642939 P.O. Number :TB 11902 Account : BUF

CERTIFICATE OF ANALYSIS A9642939

SAMPLE Dfv— y o— au— xayv . i - DW-96-49-172.5DW-96-49-174.0

DW-96-49-355.1 DW-96-49-1409.2DW-9 6-4 9-1410.0DW-96-49-1418.0

PREP CODE

205 205

205 205 205 205

226 226

226 226 226 226

Au ppb FA+AA

< 5 < 5

< 5 < 5 < 5 < 5

Cu ppm

402 470

955 4

22

Zn ppm

47 12

113 41 44 62

Zn *

Ag ppm Aqua R

0 3 0 4

< 0 2 < 0 2 < 0 2 < 0 2

Ag FA g/t

CERTIFICATION:.

Chemex Labs Ltd,Analytical Chemists * Geochemists * Registered Assayers

5175 Timberlea Blvd., MississaugaOntario, Canada L4W 2S3PHONE: 905-624-2806 FAX: 905-624-6163



Comments: ATTN; AL SMITH

o-,/l

A964i625



Project: #303 DARKWATER P.O. #:

Samples submitted to our lab in Vancouver, BC. This report was printed on 22-PEC-96.

SAMPLE PREPARATION

CHEMEXCODE

205226

3202238

NUMBERSAMPLES

22222222

DESCRIPTION

Geochem ring to approx 150 mesh0-3 Kg crush and splitRock - save entire rejectNitric-aqua-regia digestion

ANALYTICAL PROCEDURES

CHEMEX CODE

100256

NUMBER SAMPLES

22222222

DESCRIPTION METHODDETECTION

LIMITUPPER LIMIT

AU ppb: Fuse 10 g sample FA-AAS 5 10000Cu ppm: HNO3-aqua regia digest AAS l 10000Zn ppmi HN03-aqua regia digest AAS l 10000Ag ppmi HN03-aqua regia digest AAS-BKGD CORK 0.2 100.0

Chemex Labs Ltd.Analytical Chemists * Geochemists" Registered Assayers

5175 Timberlea Blvd., Mississauga Ontario, Canada L4W 2S3 PHONE: 905-624-2806 FAX: 905-624-6163



Project: Comments:

#303 DARKWATER ATTN:AL SMITH

Page Number :1 Total Pages : 1 Certificate Date: 22-DEC-96 Invoice No. : 19643625 P.O. Number : Account :BUF

CERTIFICATE OF ANALYSIS A9643625

SAMPLE

DW-96-50-45DW-96-50-47DW-96-50-49DW-96-50-51DW-96-50-123

DW-96-50-124.5 DW-96-50-405DW-96-50-898DW-96-50-901.2DW-96-50-903.4

DW-96-50-905DW-96-50-907DW-96-50-916.2DW-96-50-920DW-96-50-949.5

DW-96-50-951.5DW-96-50-954.5DW-96-50-959DW-96-50-968DW-96-50-968.9

DW-96-50-974.8DW-96-50-1082.3

PREPCODE

205205205205205

205 205205205205

205205205205205

205205205205205

205205

226226226226226

226 226226226226

226226226226226

226226226226226

226226

Au ppbFA+AA

< 5< B< 5< 5< 5

< 5 < 5< 5< S< 5

< 5< 5< 5< 5< 5

< 5< S< 5< 5< 5

< 5< 5

Cuppm

99

2417

455

40 15510266

152

24202822

252

1216165814

42250

Znppm

5754365244

51 38

1443888

81205522528

71025179

1978

Ag ppmAqua R

0.2< 0.2< 0.2< 0.2

0.7

< 0.2 < 0.2< 0.2

0.2< 0.2

0.2< 0.2< 0.2

0.2< 0.2

< 0.2< 0.2< 0.2< 0.2< 0.2

< 0.2< 0.2

CERTIFICATION:

LITHOGEOCHEM SAMPLES

NOTE: SAMPLE NUMBERS REPRESENT SAMPLE LOCATIONS AS MEASURED IN DISTANCE DOWN THE DRILL HOLE IN FEET.

Chemex Labs Ltd,Analytical Chemists" Geocheinists" Registered Assayers

5175 Timbertea Blvd., MississaugaOntario, Canada L4W 2S3PHONE: 905-624-2806 FAX: 905-624-6163



Comments: ATTN: AL SMITH

JAN -

cA9642611



Project: 303 P.O. #: TB11901

Samples submitted to our lab in Vancouver, BC. This report was printed on 20-DEC-96.

SAMPLE PREPARATION

CHEMEXCODE

208226

3202238

NUMBERSAMPLES

34343434

DESCRIPTION

Assay ring to approx 150 mesh0-3 Kg crush and splitRock - save entire rejectNitric-aqua-regia digestion

ANALYTICAL

CHEMEXCODE

902906

2590903908905

1989907909901904910

2540289120672898297329782974

25

NUMBERSAMPLES

343434343434343434343434343434343434343434

DESCRIPTION

A1203 H: XRFCaO H: XRFCr2O3 Hi XRFFe203 Hi XRFK2O H: XRFMgO H: XRFMnO H: XRFNa2O Hi XRFP2O5 Hi XRFSi02 Hi XRFTiO2 H: XRFLOI Hi XRFTotal HEa ppmi XRFKb ppm: XRFSr ppm: XRFNb ppm: XRFZr ppm i XRFY ppmt XRFCu ppm: HNO3-ac[ua regia digestZn ppm: HNO3-aqua regia digest

PROCEDURES

METHOD

XRFXRFXRFXRFXRFXRFXRFXRFXRFXRFXRFXRFCALCULATIONXRFXRFXRFXRFXRFXRFAASAAS

DETECTIONLIMIT

0.010.010.010.010.010.010.010.010.010.010.010.010.01

52223211

UPPERLIMIT

100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00105.005000050000500005000050000500001000010000


5175 Timberlea Blvd., MississaugaOntario, Canada L4W 2S3PHONE: 905-624-2806 FAX: 905-624-6163



Project: 303Comments: ATTN: AL SMITH

Page Number : 1-A "" Total Pages : 1 Certificate Date: 20-DEC-96 Invoice No. : 19642611 P.O. Number :TB11901 Account :BUF

CERTIFICATE OF ANALYSIS A964261 1

SAMPLE

DW-96-49-30.5DW-96-49-64DW-96-49-126DW-96-49-159.3DW-96-49-231.2

DW-96-49-306DW-96-49-387DW-96-49-463.6DW-96-49-535DW-96-49-631

DW-96-49-698DW-96-49-770DW-96-49-848DW-96-49-940

PREPCODE

208208208208208

208208208208208

208208208208

226226226226226

226226226226226

226226226226

A1203 \XRF

18.2517.8017.1618.4516.65

16.2514.2914.8714.7714.36

14.3414.6214.8214.37

CaO 'tXRF

3.892.763.925.974.81

5.558.636.945.857.46

5.146.706.549.03

Cr203 *,XRF

< 0.01< 0.01< 0.01< 0.01< 0.01

< 0.01< 0.01< 0.01< 0.01< 0.01

< 0.01< 0.01< 0.01< 0.01

Fe203 ssXRF

3.756.015.252.432.13

6.717.908.167.868.53

8.867.889.048.46

K20 \XRF

1.291.371.001.742.04

2.281.851.350.951.01

0.270.220.181.17

MgO \XRF

1.302.751.963.072.46

1.982.553.281.512.40

5.384.494.773.55

MnO 84XRF

0.070.060.070.050.04

0.120.150.140.120.13

0.110.110.090.10

Na20 SiXRF

2.592.001.442.061.82

1.351.511.501.702.72

4.404.173.041.98

P205 SiXRF

0.170.220.170.130.05

0.180.150.160.170.14

0.140.160.140.15

Si02 SiXRF

59.6758.6059.6754.5858.25

53.8148.7950.9555.1349.90

50.9452.6253.1750.63

Ti02 \XRF

1.071.020.961.020.92

0.910.780.830.900.82

0.830.800.890.79

LOI SiXRF

7.486.636.97

10.249.18

9.9813.3411.819.48

11.73

8.246.845.769.38

TOTAL55

99.5399.2298.5799.7498.35

99.1299.9499.9998.4499.20

98.6598.6198.4499.61

Bappm

180175105185245

300250155175150

507065

175

CERTIFICATION:.


5175 Tim be rlea Blvd., MississaugaOntario, Canada L4W 2S3PHONE: 905-624-2806 FAX: 905-624-6163



Project: 303 Comments: ATTN: AL SMITH

Page Number :1-B Total Pages : 1 Certificate Date: 20-DEC-96 Invoice No. : 19642611 P.O. Number :TB 11901 Account :BUF

SAMPLEDW-96-49-30.5 DW-96-49-64 DW-96-49-126 DW-96-49-159.3 DW-96-49-231.2

DW-96-49-387 DW-96-49-463.6 DW-96-49-535 DW-96-49-631

DW-96-49-770 DW-96-49-848 DW-96-49-940

I C

~20t 208 208 208 208

208 208 208 208

208 208 208

'REP 'ODE,,. 226~

226 226 226 226

226 226 226 226

226 226 226 226

1 CERTIFICATE OF ANALYSIS A9642611

RbPPI".,...

36 40 28 48 60

62 48 38 26 28

6 6 4

30

SiPP". - ..

148 122

88 148 168

158 130

94 114 136

160 214 192 258

Mbm—.~

8e s e ae6 6 6 6

6 6 6 6

Zrpp?..- .

±y *

162 168 189 177

174 132 135 150 132

120 132 138 123

Yppm

16 16 18

8 8

22 16 18 20 18

16 18 18 16

CUppm

44 6

8819 14

8 30 52 13 11

6 6

14 17

Zn ppm

28 141

24 29 21

57 53 97 48 44

124 96

100 56

CERTIFICATION:

a!3

A9643624 - CERTIFIEDCLIENT : NORANDA MINING AND EXPLORATION INC.* of SAMPLES: 39DATE RECEIVED : 11-DEC-96PROJECT : #303 DARKWATERCERTIFICATE COMMENTS : ATTN: AL SMITH

SAMPLEDESCRIPTION

DW-96-48-566DW-96-49-1061DW-96-49-1279DW-96-49-1351DW-96-49-1371DW-96-49-1433DW-96-49-1452DW-96-49-1475DW-96-49-1553DW-96-49-1 620.5DW-96-49-1648DW-96-50-12DW-96-50-80DW-96-50-119DW-96-50-160DW-96-50-232DW-96-50-254DW-96-50-279DW-96-50-309DW-96-50-361DW-96-50-421DW-96-50-461DW-96-50-500DW-96-50-515DW-96-50-623DW-96-50-733DW-96-50-864DW-96-50-900DW-96-50-912DW-96-50-946DW-96-50-991.5DW-96-50-1009DW-96-50-1035DW-96-50-1069DW-96-50-1094DW-96-50-1142DW-96-50-1218DW-96-50-1320DW-96-50-1374

902AI2O3 V,

XRF11.3714.1814.9513.829.74

12.0612.7613.0214.415.2

13.7315.669.79

16.4817.2516.4814.23

15.315.4716.3815.4614.1315.5913.5413.77

15.114.9615.4910.7813.0610.56

9.9311.6113.8712.3313.5115.1915.1814.76

906CaO Ve

XRF0.387.766.477.332.341.756.447.515.683.996.325.624.09

4.12.681.817.6

4.033.314.894.956.725.71

5.48.027.266.014.610.790.731.286.032.076.075.856.622.652.694.28

2590Cr2O3y,

XRF<.0^*.01<.0^<.0^•".01•*.01•".01^01*.01•e.01^01<.0^•^.01t.01^01<.0^*.01".01*.01".01•".01<.01<.01<.01<.01•*.01<.01<.01<.01<Q•\

*.01<.01<.01<.01<.01^01<.01<.01<.01

903Fe2O3 %

XRF4.4

8.278.978.012.033.528.949.028.6

8.669.57

6.84.195.443.492.924.692.613.345.716.868.517.63

10.497.9

7.6910.076.261.111.961.83

43.719.71

9.68.019.919.599.36

908K2Oy0XRF

2.40.670.071.571.351.731.531.821.752.032.012.020.451.131.270.71

1.41.040.531.642.081.251.750.840.850.841.042.832.53

3.32.271.381.741.941.893.751.261.090.56

905MgOK

XRF1.273.654.243.191.311.383.884.283.763.234.342.972.742.791.49

1.44.462.16

1.93.572.652.092.422.313.712.432.121.710.310.350.73.3

1.223.193.712.694.954.944.38

1989MnOVo

XRF0.040.130.130.130.050.050.130.120.130.140.170.130.09

0.10.050.030.120.060.050.080.120.120.120.130.130.110.160.170.030.020.040.090.090.140.130.12

0.20.130.15

907Na2O'X1

XRF0.182.443.491.32

10.821.341.791.753.051.320.410.370.741.031.171.051.070.921.250.9

1.552.232.432.232.23

30.980.520.460.45

0.50.711.050.711.556.066.066.83

909P2OS "/o

XRF0.030.150.180.160.040.05

0.20.170.230.220.190.170.030.190.130.08

0.30.070.070.170.170.150.150.210.150.160.170.160.040.040.050.040.050.190.19

0.20.230.220.21

901SiO2 Vo

XRF75.4851.7454.8450.1775.8274.0252.1148.4851.9952.9347.5654.6870.4259.8765.8771.2352.7566.8568.1555.2255.4953.0252.7553.5848.8552.18

5356.8979.65

76.477.9363.7173.4450.7353.6950.1154.6455.3855.32

Page 1

a!3

904"lOZ 1*,

XRF0.26

0.80.87

0.80.270.35

0.90.921.041.141.010.870.220.97

10.320.620.270.3

0.960.850.810.871.070.770.840.850.910.280.340.280.240.3

1.090.870.931.161.131.11

910L.01%XRF

2.988.964.83

124.364.02

10.8512.439.528.1312.49.796.286.454.323.04

11.695.974.839.199.35

10.9510.028.88

12.6510.418.618.642.472.873.12

10.184.56

10.9810.4310.872.473.041.97

2540TOTAL

"ft98.7998.7599.04

98.598.3199.7599.0899.5698.8598.7298.6299.1298.6798.2698.5899.1998.9199.4398.8799.0698.88

99.399.2498.8899.0399.2599.9998.6598.5199.5398.51

99.499.5

98.9699.4

98.3698.7299.4598.93

2891Ba

ppm35015530

29512023521525525519023022580

11510511031513585

150315175325130160165175370215245185320245375225400195220135

2067Rb

ppm5816^362840324038383854102630163028124054325024222628625670483642485096242410

2898Sr

ppm24

19027816284

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Page 2

Ontario Declaration of Assessment Work Performed on Mining Landui~i~, M ftiih**ctkm M(2) and M(3). R.S.0.19*0

Transaction Number (office use)

Assessment Files Research Imaging

52G14SE2001 2.18236 VALORA LAKE

Ions 65(2) and 66(3) of the Mining Act. Under section 8 of the Mining Act, this rark and correspond with the mining land holder. Questions about this collection md Mines, 3rd Floor, 933 Ramsey Lake Road, Sudbury, Ontario, P3E 6B5.

900

Instructions: - For work performed on Crown Lands before recording a claim, use form 0240. - Please type or print in ink.

1. Recorded holder(s) (Attach a list if necessary)Name Noranda Mining and Exploration Inc.

Address 960 Alloy Drive

Thunder Bay, Ontario

Name

Address

Client Number 176208Telephone Number (807)623-4339

Fax Number (807)623-0452

Client Number

Telephone Number

Fax Number

2. Type of work performed: Check (*0 and report on only ONE of the following groups for this declaration.

D Geotechnical: prospecting, surveys, n Physical: drilling stripping, n Rehabilitation ae^ax/s; anrl u/nrk under sertinn 18 frens^ "-J trpnr.hinn and a^nr.iatprl fl^avQ LJ

Work Type

Diamond Drilling

Dales Work From 18 11 S Performed Day l Month | 1

Global Positioning System Data (if available)

*5 To 6 12 96 fear Day | Month | Year

Township/Area Valora Lake, Sixmile Lake, Bell Lake

M or G-Plan Number G2S65, G2561 , G2533

Office UseCommodity Zn, Cu

Total S Value of Work Claimed 70,699NTS Reference 52G/14

Mining Division Patricia

Resident Geologist Sioux Lookout District

Please remember to: - obtain a work permit from the Ministry of Natural Resources as required;- provide proper notice to surface rights holders before starting work;- complete and attach a Statement of Costs, form 0212;- provide a map showing contiguous mining lands that are linked for assigning work;- include two copies of your technical report.

3. Person or companies who prepared the technical report (Attach a list if necessary)Name Al SmithAddress 960 Alloy Drive, Thunder Bay, ONName George HudakAddress 369 Laurel Ave, #102, St. Paul, Minn.Name

Address

Telephone Nurr 807-623-4339Fax Number 807-623-0452Telephone Nun 612-292-9443Fax Number

Koi^

RECEIVEr l/n/1"" ^ 'S:M-/!* f- i

ber Ft B ^cnMM

GEOSCIENCE ASSESS — OFFIHF

Telephone Number

Fax Number

4. Certification by Recorded Holder or Agentl H, 14— , do hereby certify that l have personal knowledge of the facts set forth in

(Print Name)this Declaration of Assessment Work having caused the work to be performed or witnessed the same during or after its completion and, to the best of my knowledge, the annexed.report is true.Signature of Recorded Holder or Agent

0241 (03/97)

5. Work to be recorded and distributed. Work land where work was performed, at the time work form.

can only be assigned to claims that are contiguous (adjoining) to the mining was performed. A map showing the contiguous link must accompany this

Mining Claim Number. Or if work was done on other eligible mining land, show in this

column the location number indicated on the claim map.

eg

eg

eg

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

TB 7827

1234567

1234568

SEE ATTACHED

Column Totals

Number of Claim Unit*. For other mining land, list hectares.

16 ha

12

2

Valin of work performed on thisclaim or other mining land.

126,825

0

S 8,892

Value of work applied to thisclaim.

N/A

S24,000

S 4,000

.

- -' —

Valueofwork assigned to other mining claims.

S24,000

0

0

iXX

Bank. Value of work to be distributed at a future date

$2,825

0

K892

, do hereby certify that the above work credits are eligible under(Print Full Name)

subsection 7 (1) of the Assessment Work Regulation 6/96 for assignment to contiguous claims or for application to the claim where the work was done.Signatui Holder jBnAgent/iuthorized in Writing Date

6. Instructions for cutting back credits that are not approved.

Some of the credits claimed in this declaration may be cut back. Please check (^) in the boxes below to show how you wish to prioritize the deletion of credits:

CKi. Credits are to be cut back from the Bank first, followed by option 2 or 3 or 4 as i D 2. Credits are to be cut back starting with the claims listed last, working backward:; D 3. Credits are to be cut back equally over all claims listed in this declaration; or D 4. Credits are to be cut back as prioritized on the attached appendix or as follows

CEIVEO2 3

GEOSCIENCE ASSESSMf rv r; ___ OFFICF '

Note: If you have not indicated how your credits are to be deleted, credits will be cut back from the Bank first, followed by option number 2 if necessary.

For Office Use Only—^-——————————————i—-Received Stamp

0241 (03/97)

Deemed Approved Date

Date Approved

Date Notification Sent

Total Value of Credit Approved

Approved for Recording by Mining Recorder (Signature)

Ontario Ministry of Schedule for Declaration ofNorthern Development•nd MOM Assessment Work on Mining Land


Mining Claim Number. Or if work was done on other eligible mining land, show in this column the location number indicated on the claim map.

1 |

2.1'L c -' ' '

3

4 (

5

6

7

PA226440

PA226445

PA226491

PA226490

PA1210308

PA1210309

PA1210310

Number of Claim Units. For other mining land, list hectares.

1

1

1

1

16

16

14

Column Totals

Value of work performed on this claim or other mining land.

7070

35350

14139

14140

Value of work applied to this claim.

6400

6400

5600

^

1

GEO

Value of work assigned to other mining claims.

18400

Bank. Value of work to be distributed at a future date.

7070

16950

14139

14140

lECET\7Fln~//^-A-n p̂r

FEB 23 ffl) jSCIENCEASSESSMENT

••w.

70699 18400 18400 52299

0290(02/96)

Ontario Statement of Costs for Assessment Credit


Personal information collected on this form is obtained under the authority of subsection 6 (1) of the Assessment Work Regulation 6/96. Under section 8 of the Mining Act, this information is a public record. This information will be used to review the assessment work and correspond with the mining land holder. Questions about this collection should be directed to a Provincial Mining Recorder, Ministry of Northern Development and Mines, 3rd Floor, 933 Ramsey Lake Road, Sudbury, Ontario, P3E 6B5.

Work Type

Diamond Drilling

Assays

Whole Rock Geochemistry

Engineering/Geology

Units of work ,; Depending on the type of work, list the number of hours/days worked, metres of drilling, kilometres of grid line, number of samples, etc.

925.98m

28

52

22

Associated Costs (e.g. supplies, mobilization and demobilization).Mob/Demob

Transportation CostsTruck, snowmobile, gas

Food and Lodging CostsRoom and Board

RFRE

Cost Per Unit ' ~ bf wdfrk

25

40

300

REIVED——— HER 23 1933 ——

1 1U. \J t O fiJs-'O

GEOSCI ENCF ASSESSMENT OFFICF

Total Value of Assessment Work

Total Cost

50219

700

2080

6600

8400

500

2200

70,698

Calculations of Filing Discounts:

1. Work filed within two years of performance is claimed at 10007o of the above Total Value of Assessment Work.2. If work is filed after two years and up to five years after performance, it can only be claimed at 5007o of the Total

Value of Assessment Work. If this situation applies to your claims, use the calculation below:

TOTAL VALUE OF ASSESSMENT WORK x 0.50 = Total S value of worked claimed.

Note:Work older than 5 years is not eligible for credit.A recorded holder may be required to verify expenditures claimed in this statement of costs within 45 days of a request for verification and/or correction/clarification. If verification and/or correction/clarification is not made, the Minister may reject all or part of the assessment work submitted.

Certification verifying costs:

l, do hereby certify, that the amounts shown are as accurate as may reasonably(please print full name)

be determined and the costs were incurred while conducting assessment work on the lands indicated on the accompanying

Declaration of Work form as(recorded holder, agent, or state company position with signing authority)

l am authorized to make this certification.

0212(03*7)

Sigi Date

Ministry ofNorthern Developmentand Mines

Ministers du Developpement du Nord et des Mines Ontario

May8, 1998

Richard KruseMINES ET EXPLORATION NORANDA INC.960 Alloy DriveThunder Bay, OntarioP7B 6A4

Geoscience Assessment Office 933 Ramsey Lake Road 6th Floor Sudbury, Ontario P3E 6B5

Telephone: (888)415-9846 Fax: (705) 670-5881

Dear Sir or Madam:

Subject: Transaction Number(s):

Submission Number: 2 .18236

W9830. 00031Status

Deemed Approval

We have reviewed your Assessment Work submission with the above noted Transaction Number(s). The attached summary page(s) indicate the results of the review. WE RECOMMEND YOU READ THIS SUMMARY FOR THE DETAILS PERTAINING TO YOUR ASSESSMENT WORK.

If the status for a transaction is a 45 Day Notice, the summary will outline the reasons for the notice, and any steps you can take to remedy deficiencies. The 90-day deemed approval provision, subsection 6(7) of the Assessment Work Regulation, will no longer be in effect for assessment work which has received a 45 Day Notice.

Please note any revisions must be submitted in DUPLICATE to the Geoscience Assessment Office, by the response date on the summary.

If you have any questions regarding this correspondence, please contact Steve Beneteau by e-mail at [email protected] or by telephone at (705) 670-5855.

Yours sincerely,

ORIGINAL SIGNED BYBlair KiteSupervisor, Geoscience Assessment OfficeMining Lands Section

Correspondence ID: 1 2230

Copy for: Assessment Library

Work Report Assessment Results

Submission Number: 2 .18236

Date Correspondence Sent: May 08, 1998 AssessorSteve Beneteau

Transaction First ClaimNumber NumberW9830.00031 3000329

Section:16 Drilling PDRILL

Township(s) l Area(s)VALORA LAKE, SIXMILE LAKE, BELL LAKE

StatusDeemed Approval

Approval Date

April 29, 1998

Correspondence to:Resident Geologist South Porcupine, ON

Assessment Files Library Sudbury, ON

Recorded Holder(s) and/or Agent(s):Richard KruseMINES ET EXPLORATION NORANDA INC.Thunder Bay, Ontario

Page: 1Correspondence ID: 12230

002

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