Diamond Drill Report - Ontario...Diamond Drill Report Keezhik Lake Project for Slam Exploration Ltd. 2.28485 52P16SW2001 2.28485 KEEZHIK LAKE (EAST ARM) 010 by B.J. McKay, P. Geo

Diamond Drill Report

Keezhik Lake Project

for

Slam Exploration Ltd.

2.28485

52P16SW2001 2.28485 KEEZHIK LAKE (EAST ARM) 010

by

B.J. McKay, P. Geo.

Timmins, Ontario RECEIVEDSEP 2 *t ?tm

GEOSCIENCE ASSESSMENT

August 2004

Executive Summary

This report presents the results of a diamond drill program conducted on the Keezhik Lake property of Slam Exploration.

A total of five, NQ, drill holes totaling 1,068 meters, where drilled on the Keezhik Lake property during the period 1-29 June 2004.

A total of 286 cut core samples were submitted for analysis.

The following significant results were obtained: two zones in hole S05-08, 1.15 gpt Au over 1.5 m and 5.64 gpt over 1.6 m, hole S04-09, 2.69 gpt over 3.0m, hole S04- 10, 3.51 gpt over 0.7 m and hole S04-12, 1.28 gpt over 0.9 m.

Recommendations to continue grassroots and advanced exploration programs are presented.

Table of Contents

Executive Summary...................................................................................................!

Introduction................................................................................................................!

Property Geology.......................................................................................................!

Previous Work ...........................................................................................................l

Current Work................................. ............................................................................2

Results......... ...............................................................................................................3

Conclusions.......... ......................................................................................................4

Bibliography ..............................................................................................................5

Certificate................................................................................................................... 6

List of Figures

Figure 1: Property Location.................................................................. ..after page l

Figure 2: Claim Map..................... ...........................................................rear pocket

Figure 3 east: Drill Hole Locations.................... ......................................rear pocket

Figure 3 west: Drill Hole Locations..................................................... ....rear pocket

Figure 4: Property Geology .....................................................................rear pocket

Figure 5: Drill Section S04-08 (looking west).... .....................................rear pocket

Figure 6: Drill Section S04-09 (looking west)...... ...................................rear pocket

Figure 7: Drill Section S04-10 (looking west). ........................................rear pocket

Figure 8: Drill Section S04-11 (looking west)......... ................................rear pocket

Figure 9: Drill Section S04-12 (looking west)............... ..........................rear pocket

List of Tables

Table 1: Drill Collars ...............................................................................................2

Table 2: Number of Samples and Standards...........................................................^

Table 3: Significant Results.....................................................................................4

List of Appendices

Appendix A: Diamond Drill Logs ....................................................... rear of report

Appendix B: Analytical Certificates.................................................... rear of report

in

l Introduction

The Keezhik Lake property consists of a large single block of 336 units in 24 claims. The property is located approximately 120 km east-northeast of Pickle Lake, Ontario and approximately 45 km west-northwest of Fort Hope, Ontario. Refer to Figure1 and 2. Access is via air from Pickle Lake and Fort Hope. A resort lodge (Miminiska Lodge) with a grass airstrip is located on the north shore of Miminiska Lake.

This report presents the results of a diamond drill conducted on the property during the spring of 2004. A total of five, NQ size, drill holes, totaling 1,068 meters, were drilled from 1-29 June, 2004. Refer to Figure 3 east and Figure 3 west.

A total of 286 cut core samples were submitted to Accurassay Assay Ltd in Thunder Bay for analysis. An additional 15 standard samples were analyzed for quality control.

2 Property Geology

This section is extracted from a summary report prepared by MPH Consulting in September 2002, author unknown. Refer to Figure 4.

The "property is underlain mainly by mafic volcanics with numerous interbedded iron formations."

"Proximal felsic pyroclastics comprising well bedded felsic ash tuffs interbedded with minor lapilli and crystal tuff, agglomerate and metasediments including biotite-zone argillites, outcrop on small islands in Keezhik Lake in the southeast portion of the property."

"Intruding volcanics in the southeastern extremity of the property is a major, circular feldspar porphyry stock that hosts the KL-12 gold zone located on adjoining claims. The feldspar porphyry is pink-buff to pale green, fine to medium grained, and weakly to moderately foliated."

"In terms of alteration and mineralization, previous drilling has established the presence of gold on the property associated with bedded chert +I- pyrite, +I- quartz- tourmaline-carbonate veining (5.01 g/t Au over 0.8m, hole KL-35); and in banded iron formation (4.49 g/t Au over 1.5m, hole KL-31). Mafic volcanics with shearing and/or carbonate-quartz veining also have anomalous Au (2.40 g/t over 0.8m, hole KL-35) in the southwest portion of the present property."

3 Previous Work

The area has been explored sporadically. Details of previous work have been thoroughly summarized by previous workers.

Property Location

Sault Ste. Marie - c*-Sudbu

SLAM EXPLORATION LTD

KEEZHIK LAKE PROPERTYLOCATION MAP

FIGURE 1-94" -900 -86' -78C

The highlights of this past activity (Noramco) outside the present propertyinclude:

1) Discovery of the KL-12 zone, values up to 47.65 g/t Au over 0.6m in hole Kl-12.

2) Discovery of the KL-18 zone, values up to 0.474 oz/ton Au over 2 meters in trenches

3) Discovery of the KL-27 zone, values up to 12.86 g/t Au over l .5 meters in hole KL-27.

Highlights of past activity inside the present property include:

1) Hole 31; 4.49 g/t Au over l .5 m associated with sulphide-bearing oxide iron formation and 1.95 g/t Au over 1.5 m associated with bedded chert.

2) Hole 35; 5.01 g/t Au over 0.8 m in "chert with quartz-carbonate- tourmaline veining" and 2.40 g/t Au over 0.8 m in carbonate-veined mafic volcanics.

4 Current Work

A diamond drill program of five holes was completed by Bradley Brothers Diamond Drilling, Rouyn and Timmins, under the supervision of the author during the period l to 29 June 2004. The work was conducted from a basecamp located on the East Bay of Miminiska Lake, approximately 4 km east of Miminiska Lodge.

Refer to Table l for parameters of these drill holes. Table 2 shows the number of core samples and standards. A blind standard, one of three (OXD27: 0.416 gpt Au, OXD33: 7.378 gpt Au and JH13: 1.315 gpt), was randomly inserted every 20 samples. Drill logs and analytical certificates are included in Appendices A and B. Drill sections are shown in Figures 5 to 9 inclusive.

Table l: Drill Collar Co-ordinates, Keezhik Lake, 2004.

Hole

S0408S0409S0410S0411S0412

Grid

KeezhikKeezhikKeezhikKeezhikKeezhik

Northing (ft)

-2600-2055-150

1030-650

Easting (ft)

-5100-4900

-10050-7300

-8350

Azi

150220135140

135

Dip

-50-55-45-55

-45

Len(m)

317239148236

128

1,068

UTM Easting

r)398860399049393986396727395682

UTM Northing O

57350155735559573752957386775737022

Table 2: Samples and Standards, Miminiska Lake, 2004.

Hole

S0408S0409S0410S0411S0412

Total

Sample #From333331333412333507333538333614

To333411333506333537333613333631

Total

8195317618

301

Standards

45141

15

Samples

7790307217

286

5 Results

Drilling in the Keezhik Lake area returned significant results in four of the holes completed. Hole S04-08 returned values of 1.147 gpt over 1.6 m and 5.640 gpt over 1.5 m. from two separate chloritic shears host by quartz porphyry. Holes S04-09, S04-10 and S04-12 returned values > l .0 gpt. Refer to Table 3 below.

Drill hole S04-08, drilled on the east end of the property, tested a soil geochemistry anomaly on the west side of an inferred north trending regional shear. Hole S04-09 tested a soil anomaly on the east side of the same shear approximately 600 meters north of hole S04-08. This shear passes through an area of known mineralization (KL-12) located approximately 400 meters north of hole S04-09. Both holes, 08 and 09, intersected variably altered quartz porphyry the entire length of the holes.

Hole S04-10, tested the NBK Zone on the west end of the property. Anomalous values had been returned from earlier work, soil geochemistry and grab samples. The hole intersected a sequence of mafic volcanics with interbedded iron formation (qtz-py- mag-chl), 0.7 meters thick, crosscut by a quartz-feldspar porphyry. A second iron formation near the bottom of the hole returned low values.

Hole S04-11, drilled in the north central portion of the property tested adjacent soil anomalies. The hole encountered quartz-eye porphyry through the entire length of the hole, except for a narrow, 3.3 m, interval of mafic volcanics near the center of the hole. Only trace values were encountered.

Hole S04-12, was drilled in the southwest portion of the property to evaluate a soil anomaly located near the baseline. The hole encountered a sequence of mafic volcanics and iron formation cut by a 28.5-meter interval of quartz porphyry. The gold value, l .28 gpt over 0.9 meters, occurs at the upper contact of the iron formation and the quartz porphyry.

Table 3: Significant Analytical Results

Hole ID

S04-08S04-08S04-08

S04-08S04-08

S04-09S04-09

S04-09

S04-10

S04-12

Sample#

333351333352333353

333368

333369

333448

333449

333450

333513

333622

from (m)

83.083.684.2

100.7

101.2

78.0

79.0

80.0

34.6

51.7

to (m)

83.684.284.6

101.2102.2

79.0

80.0

81.0

35.3

52.6

length (m)

0.60.60.4

1.6

0.51.0

1.5

1.0

1.01.0

3.0

0.7

0.9

Au

ppm

1.6710.028

2.038

1.147

13.714

1.603

5.640

4.322

1.5932.142

2.686

3.510

1.283

6 Conclusions

The areas tested by the current drill program encountered significant values in chloritic shears in quartz porphyry (S04-08), sericitic intervals in quartz porphyry (S04- 09) and banded iron formation hosted by mafic volcanics (S05-10 and S04-12).

The circular quartz-feldspar porphyry tested by holes 08 and 09 is anomalous in gold and requires further evaluation and testing. This porphyry unit hosts the KL-12 zone on an adjoining property where earlier drilling returned significant results, as high as 47.7 gpt over 0.6 meters.

Drilling in the west and central portions of the property encountered gold values in mafic volcanic hosted iron formations crosscut by quartz porphyry intrusions.

7 Recommendations

The following recommendations are presented:1- Conduct detailed soil and rock geochemistry surveys over the

felsic intrusive tested by holes 08 and 09.2- Extend these surveys to the west to the shore of the lake.3- Conduct additional soil and rock surveys over the felsic

intrusives in the west and central portions of the property.

4- Conduct IP surveys over the west and central portions of the properties on newly established lines that would be perpendicular to the strike.

5- Complete additional holes in the area of holes 08 and 09 to continue the evaluation of the north trending shear.

6- Drill test any anomalous from 1-4 above.7- Acquisition of the adjoining property, hosting the KL-12 zone,

subsequent to favourable results from the above programs.

8 Bibliography

MPH Consulting Ltd, 15 Sept, 2004 Report on the Fort Hope Gold project, Ontario, Canada for 1533687 Ontario Limited, 40pp

Rollinson, J.P. et al, March 1988, Exploration Report, Miminiska-Homestake Gold project, Northwestern Ontario for Baroque Resources Ltd., 36pp

Wallace, H,. 1978, Geology of the Opikeigen lake Area, District of Kenora (Patricia Portion), Ontario Geological Survey, Report 185, 58 pp

Wallace, H., 1981, Geology of the Miminiska Lake Area, Districts of kenora (Patricia Portion) and Thunder Bay, Ontario Geological Survey, Report 214,96pp

9 Certificate

I, Bryan Joseph McKay, do certify that:

1) I am a resident of Porcupine, Ontario.

2) I graduated from St. Francis Xavier University, Antigonish, Nova Scotia, B.Se, Major in Geology, in 1974.

3) I graduated from McGill University, Montreal, Quebec, M. Sc.(A.), Mineral Exploration, in 1982.

4) I have been continuously employed in the mineral exploration since 1972.

5) I supervised the drilling discussed in this report entitled "Diamond Drill Report, Keezhik Lake Project for Slam Exploration Ltd.".

6) I do not, directly or indirectly, own any interests in Slam Exploration Ltd. nor to I expect to receive, either directly or indirectly, any interests in the company.

Dated 16 August, 2004, Thunder Bay Ontario

Bryan J. McKay M. Se. (A.), P. Geol.

Appendix A

Diamond Drill Logs

10

Diamond Drill Log: Slam Exploration Ltd.HoleGrid NorthingGrid WestingAzimuthDip-107m-152m-206m-257m

Standard333340333360333380

S04-08-26+00-51+00

150 0-50"

-50.60-49.9 0-50.2 0-50.2 0

#OXN33OXD27

SJ13

150.40153.2"154.1 0156"

Au-ppb7,128384

1,011

UTM GridZoneUTM NorthingUTM EastingLength(m)

NAD 8316

5735015398860

317Mise (Azimuths are correctedHole StartedHole FinishedLogging StartedLogging FinishedDrilled byClaim NumberCore StoredLogged bySignature

14-Jun-0417-Jun-0419-Jun-0420-Jun-04

ProjectPropertyGridGrid UnitsLog Units

Core SizeDip TestCutAssay

Fort HopeKeezhik

MainMetricMetric

NQReflexYes

FA-AABradley Brothers Ltd.3002992Landore Camp, Miminiska LakeB. J. McKay

Summary LogFrom0.004.0021.8024.8028.2033.0047.7050.4079.4087.3096.00169.50171.30

To4.0021.8024.8028.2033.0047.7050.4079.4087.3096.00169.50171.30317.00

Length4.00

21.8024.8028.2033.0047.7050.4079.4087.3096.00

169.50171.30317.00

Rcodeovbfpoporfpoporfpoqpofpoqpoqpofpofpofpo

UnitOverburdenFeldspar PorphyryQuartz PorphyryFeldspar PorphyryQuartz PorphyryFeldspar PorphyryQuartz PorphyryFeldspar PorphyryQuartz PorphyryQuartz PorphyryFeldspar PorphyryFeldspar PorphyryFeldspar Porphyry

50408

Hole IDS04-08

S04-08

S04-08

S04-08

S04-08

S04-08S04-08

804-08

S04-08

S04-08

S04-08

S04-08

S04-08

S04-08S04-08

S04-08

S04-08S04-08

from (m)0.0

4.0

21.8

24.8

28.2

33.047.7

47.7

50.4

46.0

79.4

82.8

82.8

83.084.2

84.2

84.687.3

to(m)4.0

21.8

24.8

28.2

33.0

47.7

50.4

79.4

58.9

87.3

83.0

84.6

en(m)4.0

17.8

3.0

3.4

4.8

14.7

2.7

29.0

61.5

7.9

0.3

0.4

Rcodeovb

fpo

por

fpo

por

foct

qpo

fpo

fpo

qpo

ct

int

ctct

sh

ctct

DescriptionOverburden

Medium- to coarse-grained, massive, reddish-white, greenish-white to grey, feldspar porphyry. Euhedral feldspar up to 1 cm across, usually less than a few mm. Overall content, 1507o. Minor fractures. RQDz80. Minor disseminated py. Contacts gradual over a few cm.

Medium-grained, brownish-white, greenish-white, qtz porphyry with 200Xo qtz phenocryst^ and 2"Xo feldspar crystals in a silicified, weakly sericitic groundmass. Gradual contacts.

Medium-grained, reddish white por similar to above. Gradual contacts

Medium-grained qtz por with weak to moderate sericitization and strong silicification. Crosscut by cm scale qtz veins. T r. Diss. Py. Gradual contacts.

Medium-grained, reddish white por similar to above.Sharp, 82 dca.Fine- to medium-grained, grey, qtz por with "fresh" and ghost qtz phenocryst^ up to 1 cm across. 20"7o overall. Contacts marked with 2-5 cm zone of intense sericitization and silicification.Medium-grained, reddish-white, massive feldspar por. Similar to above. Scattered disseminated py. Minor epidote on fractures.Minor amounts of biotite. Coarse euhedral feldspar up to 15mm across.Medium-grained, qtz porphyry with pervasive weak to moderate sericitization and strong silicification. Minor disseminated pyrite. Weak to moderate fractureing. Minor pervasive brecciation with minor qtz filler. Local slight movement of breccia fraqments.Sharp, 55 dca.Very fine-grained, reddish-white and black felsic intrusive with scattered qtz phenocrysts. Very fine-grained silicified chill margins, pale green, approximately 2 cm wide.Sharp, 80 dca.Sharp, 68 dcaFine-grained, green, chloritic shear zone with15 07o rounded and subangular qtz vein fragments up to 2cm across.Sharp, 81 dca.Sharp, 61 dca.

1 of 3 S0408-Final-log[1]

S0408

Hole ID

S04-08

S04-08S04-08

S04-08

S04-08

S04-08

S04-08

S04-08S04-08S04-08

S04-08

S04-08

S04-08

S04-08

S04-08

S04-08

S04-08

S04-08S04-08

from (m)

87.3

91.391.8

95.2

96.0

96.0

96.0

96.596.597.0

97.9

100.7

108.6

121.0

133.1

138.7

153.1

158.7169.5

to(m)

96.0

95.4

169.5

96.5

97.0

98.1

101.2

109.6

122.0

135.5

141.0

155.0

en(m)

8.7

0.1

73.5

0.5

0.5

0.3

0.5

1.0

1.0

2.4

2.3

1.9

Rcode

qpo

shft

fpo

ct

fpo

fpo

ctfpoct

fpo

sh

fpo

fpo

fpo

fpo

fpo

qvct

DescriptionMedium-grained, black, qtz-biotite porphyry with 20Vo subrounded qtz )henocrysts in a biotite rich groundmass. Several chloritic shears and faults as noted. Trace disseminated py.Distorted, 5cm chloritic shear, 53 dca.An 8 cm chloritic shear with a 1cm fault at lower contact. 70 dca.

Feldspar intrusive (see below). Upper contact, 87 dca. Lower contact, 81 dca.

Sharp, chloritic shear, 71 dca.

Medium-grained, light to dark reddish-white, light yellowish-white feldspar por with variable potassium and sericite alteration and pervasive strong silicification. Minor biotite throughout. Locally weak fracturing and brecciation. Rare speck pyrite. Scattered, mm-cm scale translucent qtz knot. Scattered chloritic fragment (wallrock???).

Medium-garined, light brownish-white feld por with scattered euhedral felspar. Strong to intense silicification.Sharp, sheared, 71 dca.Vledium-grained, black and white biotite rich por dyke.Sharp, sheared, 32 dca.Fine-grained, brick red por with intense potassium alteration. Moderate to strong silicification. Both contacts, sheared, 52 dca. 1-2 cm sericite alteration alteration at contacts.

Fine-grained, dark green, chloritic shear with 1007o irregular sugary qtz seams.

Finer grained interval with elevated sericitization and several qtz seams and knots. Pyrite content slightly increased.Fine-grained, pale reddish-white, coarse euhedral feldspar up to 8-10 mm.Fine-grained, reddish-white, greenish-white, brownish-white por with scattered feldspar phenocrysts. Q.5% disseminated pjmte.Fine-grained, brownish-white, por with intense silicification ("glassy"). Fractured, brecciated. D.5% disseminated py.

Fine-grained, browhish-white, weaks sericitization, strong-intense silicification. Fractured. Scattered qtz seams/knots. Q.5% disseminated pyrite.

Irregular, vuggy, translucent, 2 cm qtz knot with py.Sharp, 58 dca.


S0408

Hole ID

S04-08

S04-08

804-08

S04-08

S04-08S04-08

S04-08

S04-08

S04-08

S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08804-08

from (m)

169.5

171.3

171.3

172.7

180.3185.0

189.9

205.3

238.2

238.3240.8249.0264.0275.0276.7276.7276.8304.9305.4317.0

to(m)

171.3

317.0

176.9

180.5186.0

191.3

206.0

238.5

241.2254.0267.0278.0

276.8

len(m)

1.8

145.7

4.2

0.21.0

1.3

0.7

0.3

0.35.03.03.0

0.2

Rcode

fpo

ct

fpo

qpo

qvfpo

fpo

fpo

fpo

ftfpofpofpofpoctqvctqvqv

Description

Medium-grained, dark reddish-white with 2007o blebs of chlorite. Scattered feldspar phenocrysts. Q.5% disseminated py. Intense zone, 1-2 m, of potassium alteration in the host rock at each contact.

Sharp, 53 dca.

Reddish white feldspar por continued from above with variations as noted.

Dale reddish white por with intense silicification. Extensively fractured and brecciated with mm scale strong sericitization around fractures. Occasional qtz filler n fractures. Rare speck of pyrite.Numerous, mm-cam scale qtz seams. Intense sericite in wallrock.Scattered qtz filled fractures, +I- pyrite.Pale brownish-white ("glassy") por with extensive fracturing and brecciation with slight movement and rounding of breccia fragments. Strong to intense sericitization along and around fractures and fragments. Intense silicification. Minor pyrite fracture filler and as filler in breccia.Fractured and brecciated. Minor qtz filler. Sericite alteration along and around fractures and fragments.Pale greenish-white, brownish-white, bleached por with a 2 cm healed fault zone with qtz filler.Healed fault, 66 dcaBleached, fractured, interval. Moderate sericite alteration along fractures..Slight bleaching. Minor fracturing.Slight bleaching. Minor fracturing.Slight bleaching. Minor fracturing.Sharp, 32 dcaTranslucent, barren qtz vein.Sharp, 40 dca. Rotated 90 degrees to upper contact.2cm qtz with irregular fragments of chloritic material and trace of pyrite.2 cm translucent vein, barren.EOH


Hole ID

S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08

Sample#

333331333332333333333334333335333336333337333338333339333340333341333342333343333344333345333346333347333348333349333350333351333352333353333354333355333356333357333358333359333360333361333362333363333364333365

from(m)

28.2029.0030.0031.0032.0046.7047.7048.6049.50

Standard50.4051.4052.4053.4078.4079.4080.4081.4082.1082.8083.0083.6084.2084.6085.6086.5087.3088.3095.00

Standard96.0096.4597.0097.8598.10

to(m)

29.0030.0031.0032.0033.0047.7048.6049.5050.40

51.4052.4053.4054.4079.4080.4081.4082.1082.8083.0083.6084.2084.6085.6086.5087.3088.3089.3096.00

96.4597.0097.8598.1099.00

length(m)

0.801.001.001.001.001.000.900.900.90

1.001.001.001.001.001.001.000.700.700.200.600.600.401.000.900.801.001.001.00

0.450.550.850.250.90

Auppm

0.0210.0290.0100.081

O.005^.005O.0050.010

^.005

O.005O.005^.005O.005O.005^.005

0.0130.1640.0110.1611.6710.0282.0380.0850.0710.0630.0670.543

^0.005

0.0180.0060.0060.028

^.005


Hole ID

S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08

Sample#

333366333367333368333369333370333371333372333373333374333375333376333377333378333379333380333381333382333383333384333385333386333387333388333389333390333391333392333393333394333395333396333397333398333399

from(m)

99.00100.00100.70101.20108.60121.00133.10134.00U134.80138.70139.60

i 140.40M 53. 10154.00

Standardl 158.60168.50169.50170.40171.30172.00172.70173.70174.80175.80176.90180.30185.00189.90190.60205.30238.20240.80249.00

to(m)

100.00100.70101.20102.20109.60122.00134.00134.80135.50139.60140.40141.00154.00155.00

158.80169.50170.40171.30172.00172.70173.70174.80175.80176.90177.90180.50186.00190.60191.25206.00238.50241.15250.00

length(m)1.000.700.501.001.001.000.900.800.700.900.80

l 0.600.901.00

l 0.20n.oo0.900.900.700.701.001.101.001.101.000.201.000.700.650.700.300.351.00

Auppm0.1940.142

13.7141.6030.0460.035

^0.005^.005 ;0.0050.0220.0700.2160.0100.014

0.0540.2010.0110.1900.0770.0200.0530.0240.1840.0180.0250.0840.0850.3600.0190.0100.1960.2540.028


Hole ID

S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08S04-08

Sample#

333400333401333402333403333404333405333406333407333408333409333410333411

from(m)

Standard250.00251.00252.00253.00264.00265.00266.00275.00276.00277.00304.50

to(m)

251.00252.00253.00254.00265.00266.00267.00276.00277.00278.00305.50

length(m)

1.001.001.001.001.001.001.001.001.001.00

M. 00

Auppm

0.0330.1860.1250.152

^.0050.0070.0150.040

^.0050.007

cO.OOS


Sample#

333331333332333333333334333335333336333337333338333339333340333341333342333343333344333345333346333347333348333349333350333351333352333353333354333355333356333357333358333359333360333361333362333363333364333365333366333367333368333369

333370333371333372333373333374333375333376

333378333379

333380333381333382333383333384333385333386333387333388

333390

Auppb

21291081'5

'5'5

10'5

'5'5'5'5'5'5

13164

11161

167128

203885716367

543'5

1866

28'5

19'

1421371'

160:' 46

~ 35'D

^

'5

2:71

211111.

5.20-

119

725;2,

18 1

Auopt'0.001'0001'0.0010.002

'0.001

'0.001'0.001'0.001'0.001

'0.001'0.001'0001'0.001

'0.001'0.001'0001

0.005'0.001

0.0050049

'0.0010.0590.0020.0020.0020.0020.016

'0.001

'0.001'0.001'0.001'0.001'0.00100060001

040C0047

0.001

0.001'0.00-'000-

'000'o.oo:0.006

'0.00'0.00

0.001'000

O.OOiooo:

'000

ooo:'000

'0.00

Auppm

0.0210.0290.0100081

'0005

'0.005'0.0050.010

'0.005

'0.005'0.005'0.005'0.005'0.005'0.005

0.0130.1640.0110.1611.6710.02820380.0850.0710.0630.0670543

'0.005

00180.0060.0060.02E

'0.0050.19'0142

1371'1.60;0.046

0!035

'0005'0005

0.02:0.07(0.216O.OK0.01.

" 0.200.010 190.07002o.os:0.02.

0.01

Agppm

'2'2'2'2'2

'2'2'2'2

'2'2'2'2

'2'2'2'2'2'2'2'2'2'2'2'2'2'2

'2

'2'2'2'2'2'2*2'2'2'2

1 ~ 'T'2'2'2

'2'2'2

t2'2

'2i;

^'2.:;

'2f-

Al%

0.540.610.600.570.69

0740.850.850.76

0.490.620.680.580.770.730.640.610.660.980.570.601.640.800.610.520.991.101.01

0.641.060.551.23OJ;0.660.711.5'

0.8! 15.75

-0.67

0690.5i0.5-

0.6-

04!0.40610.7!

0.71

0.611.211.2:06.

o.e:0.7-08

0.7

Asppm

'3'3'3'3'3'3'3'3'3

'3'3'3'3

'3'3'3'3'3'3'3'3'3'3'3

c

'3'3'3

'3'3'3':';':e;';';'3'

'3'3'I':

*;';f(';

<

e'

';

<<

Bppm

363530393843424340

32323535423539363842343444423235444444

38373341

41373!474'

42

38393531

3437384142

3S42454C3!4(35423; 3!

BaPPm

357431545522323348343364313

278339407357

378461290342576799522496654

1191348190339329766

1234464206381

27551149740E38C

~ 422~ 2~2 337

31728!

44(365

1157755

eo:57:49i34i

50:485427

11951 42

Beppm

'1'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1'1'-

'1' .s-' -'

*-'-<''-

<

'''''<•

~

Ca"A

1.651.791.951.971.651.711 381.441.46

1.601.742.231.76

1.921.852.011.771.632.301.721.814.221.901.491.522.182.40222

1.8'

2.381.412.8!1.821.821.8-

4.171.8!

1.851.46

1.861.851.7(

1 961.91

2.11.72

1.4:

3.152.5!1.4-.6

1 7

1 e;

Cdppm

'10'10'10'10'10'10'10'10'10

'10'10'10'10'10'1C'10'10'10'10'1C'10'10'10'10'10'10'10'10

'10'10'10'1C'10'1C'1C'1C'K'10'1C'10'K'K

'K'K

'K'K

'11

'11'1'1'1'1'1

C'

Coppm

33334

3655

33333 a

333

1134

32'

;3

111111

c

103

113;;

2!

;;22

;;;'

!

2i

1

Crppm

6599

10075

107140150115

73

5889

13068

137135

8683945287

111337127

8459539654

747580

125142

9311S22613C 126

123125

825(

9-

11,

147

121

13;111

6110i9:

10!

98

Cuppm

745234778

2'1

2232234

13177832

10158

134g263

73

, 6'

i

<'

::

2

2

1:Kli

i2

_____ l

Fe"Vi

0.390.460.450.470.57

0.801.161.251.16

0.440.450.510.440.640.470.540.540.512.000.440.454.180.710.470.422.152.342.04

0.771.790.542.250.730.530.563620.84

'-"aeT

0.500.390.330.520.720.80

0.420.57

0.72

3.623.4!0.770.660.5!o.e;

0.59

KK

0.460.520.500.490.58

0.670.890.910.80

0.410.490550.48

0.660.600.510.480551.330.460.474.790.700.470.391.241.451.28

0571.320.461.590.590.510.513.390.80

15.51

0.590.500.4-

0.370.30

0.5!0.69

0.5

0.8I1.3!0.400.4.

0.530.62

0.6

Mq"X)

0090.080.060.080.120 170.290.320.30

0.100.090.080.100.150.100080080.130.550.090081.250230.090.070.590.610.55

0.210.520.150.580.170.120.121.140.300.130.13

0.110.09O.Of

0.090.05

O.Of0.10

0.120.130.900.880.180.150.130.1.

0.14

MnPPm

133131137147133-"59

225247232

133133163140161145161142153350174180664169116126403480387

253373186375188174174606186152131

163158136

150143

176146

131

617553161156155161

148

Moppm

11

'1'1'1

'1'1'1'1

'1'1

1'1'1'1

12

'1

212T

1'1'1'1'1

'1

'1'1'1'1

11

'1'1

1

'-^

'1

1539

h- 1l ,

'i'i

'

Na"Vo

0.070.070.070.060.090.100.090.080.07

0.070.080.090.060.100.090060.060.090.060.090.100.030.100.060.050.050.080.06

0.050.040.070.050.090.070.090.030.07

' -09

0.080.060.060.080.060.07

0.07

0.060.080.110.100.070.070.080.08

0.07

Nippm

43323

3665

223233222723

1617227C

6

4729322

10811

3

22

32

32

3

2524

4222

2

1 of 4S0408R-IOQ

Samplett

333391 "33*3*2"

333393333394333395333396333397333398•333399"

333400333401333402333403333404

" 33340*5333406333407333408333409333410 "3334-

AveMaxMm

Auppb

25 — — —84"———— 85

36019—— 10

196' —— ~54

28

33186125152

7154(r•5

7 ' ~ " "

40113714

6

Auopt•0.001 --0"002

—— 0-002

0.011•0.001--0-OOi

—— 0-006

0.007•0.001

•0.0010.0050.0040.004

•0.001•0.001<0.001

0.001•0.001•0.001--d~ooi

0.0200.400

•0.001

AuPpm

0.025 - — — "84

" aoes"0.3600.019---6*10

—— 0:2-4"

0.028

00330.1860.1250.152

•0.0050.0070.0150.040

•0.0050.007•"605*0.401

13.7V•0.005

Ag l Alppm | %

<2| 0.77---•T|- — "o.TV•2 0.61•2 0.50•2 0.67

— •Tf "6.68' ———— •Tl -"0.95

•2 j 0.83•2

<2•2•2<2<2<2<2•2<2<2 — — — •2

<20

<2

0.80

0810.770.750.660.510.720.640.770.650.60 —— "2

0.741.640.41

AsPpm

•3

——— 7'

<3<3^•3

4•3

<<<<<<<• ~1

<

—— ;i

7•3

Bppm

37

3133

Bappm

275—— 499203269352

—— 35 21738—— 3*3

44

41403937314033363934

384730

l 434468251

277316384286300467269340445203 ———— 296

4391234

190

Beppm

" — — "i ~

<1<1<1• 1<1<1•1

•1<1<1• 1• 1•1<1•r<1

" — ~" — T<1<1•1

Ca'A

1.57 —— 7.4*3

3.761.501.251.91—— 7.7*1

1.58—— 15-

1.901.541.681.591.391.741.561.751.401.45 —— 799

1.874.221.25

Cdppm

—— •Td<10• 10• 10• 10•10• 10• 10

• 10•10• 10• 10• 10• 10• 10•10• 10• 10

• 10•10• 10

Coppm

4 ———— 3

444

—— 3' ———— 3

4

334323•5*r

^2 • — — — •3

E

322

Crppm

115

——— 140

839592——— 166

180110

108141113

94—— 69

10410215818890 ———— 122

110337

50

Cuppm

4

232

. 15

156

i - - "7g9524241

22

~ t— —f ~"c

518

1

Fe l K"h "h

0.72| 0.57~ — o" 77|— ~ "5.550.71 j 0.490.49 0.370.57J 0.510.46| 0.540.59I 0.810.630.77

0.710.710.700.650.440.690.660.780.650.55' — as70.894.180.33

0.670.66

0.600.5S0.630.570.430.640.510.630.540.48— *5.5i0.724.790.30

Mg•X,

0.17 ——— 0-5——— 0-09

0.080.070.11

[ 0.100.090.19

0.170.140.160.150.100.150.160.190.150.13' — ais-0.211.250.05

Mnppm

147 -"4-

Moppm

— — — — .

1391 •1112| 1166 '1-" TS| ——— ~143| *1161

186148159149153188158167133133 —— -92

202664112

• 1

• 1• 1• 1• 1• 1• 1•1• 1• 1

*:1

439•1

Na%

0.08 ' —— 0~09

0.070.050.050.060.09' — 0-50.09

O.OSo.og0.090.080.060.080.080.1410.080.06 " —— 0~07

0.070.140.03

Nippm

2

222———— "2

4

3

2T

T

2232442

7161

1

2 of 4S0408R-log

pppm

37642442043238146896810091022

3623794274024564134313954021853416417

2198483385378152615731816

58118034032135479409442

2399576——— 4-:

——— 393

41740736!36!41?38'47!48

41144!

254.237744443745437422

Pbppm

232236201117201924

181826171618271081212231917191725122710

101291698E

13f. —— .

1517171:172f3:2337

31-1:1

i

111

Sbppm

*10"MO•MO*10•MO"MO"MO<10"MO

<10•MO<10<10t10<10*10<10<10<10<10<10<10<10•510<10<10<10<10

<10<10*10<10<10^0<1C<10<10- ~1-

~ "10

<10"MOt10<10<10<10<10<1C

<1C<1C<1C<1(*1(<1C•MC<10•M(<•\^

Seppm

<5<5•55<5<5<5<5•:5*5

<5<5<5*5•55<5<5<5^<5<5<5<5'5<5<5<5<5

—— <5

<5<5•:5*5<5<5<5^•c5— -s

—— ^

^•:5<5'5•:5•55

^<5

^•:5<5<5••5<5<5•^5<5<5

Si"h0.090.070.070.050.070.060.080.080.08

0.100.120.080.050070.090.060.070.090.090.110.130.190.080.050.050.040.050.07

0.050.070.090.060.090.07O.OE0.080.06O.OE0.080.0!O.Of0.0!0.100.070.070.050.06

0.060.070.10.10.05o.o:0.06O.CKO.OiO.Ol

Srppm

255284265317256508246271293

4493634873295787634783653681818284652356449203169240331

~ 540

322311548271175201200296208- 19-9

——— 54"8

270305300266210159282217

26519539521218925;2831!36'34

Tippm

121"MOO•MOO^00204215588645569

144138^00108173

'100•MOO'100192

1231135116

3413270

'100'10093610381393

35711412241185252152124

3142361~ ™2"

- ~5T7

216170152145

'10C'100

——— 139

178

187

2321216634!21921420!262317

TIppm

"M•M

1'1'1'1'1•M•51

<1

<1

<1

<1

<1

<1

<1

<1

<1

'1

<1

<1

'1

<1

"M<1<1'1<1

•M'1<1<1<1•M<1<1<1<1'1<1'1<•

<1^<1<•

<1

<•

^<1<1<'

<1c<<<

Vppm

^<2<2<2^<2<2<2<2

^<2<2<2<2^<2<2<2<2^<2<2<2<2^<2<2<2

<2^<2<2^<2^<2<2<2

———— ~2

<2<2<2<2^<2<2^2

<2^<22

<2<2^<2<2<2

Wppm

•MO<10<10<10•MO<10<10<10<10

<10<10<10<10<10•MO<10<10<10<10<10<10<10<10<10•MO<10<10<10

<10•MO*10<10<10<10•MO•:10<10—— "o"•MO<10*10<10^0•MO^0^0^10

^0

•MO'10<1<1<1•M•:1<1

Yppm

122222444

112222212822

10211798

3728222

102- -T

, ——— 7' —— I

2122222

12

1312222222

Znppm

1059459504050525050

252625323832

11644923831315

245231912757062

2070189926199

1492421282928252443482127

30

120118171719192420

Samplett

333331333332333333333334333335333336333337333338333339333340333341333342333343333344333345333346333347333348333349333350333351333352333353333354333355333356333357333358333359333360333361333362333363333364333365333366333367333368333369333370333371333372333373333374333375333376333377333378333379333380333381

333383333384333385333386333387333388333389333390

S0408R-log

pppm

444434330360414"382

511490439

429428452444368471402455385401 ——— 4T5

6542544

330

Pbppm

1110"- -37-

222017——— io1515

12161612172116111014

18108

8

Sbppm

•MO

- -To•MO•00— "To

<10<10

<10<10<10<10•MO<10<10OO•MO<10— -To•OO<10<10

Seppm

^<5<5<5<5^

-"5

<5

<<<<<<<<<

———— T

<<f

Si%

0.07~ 0~07

0.080"07

0.05- 0~05' —— 0~08

0.060.05

0.050.050.070.080.070.060.060.150.040.03 - —— 0~04

0.070.190.03

Srppm

452" "06

898164137-Si

—— 173—— "220

257

223184221226220269183308342222 —— 14-

3321818

137

Tippm

722——— 307

177<100<100

118—— 105114633

315200256352184253191255193145 ——— 2-04-

4983413

105

TIppm

O

•M*1•M<1

<1<1

<1•M<1<1<1•MO<•\

<1

. ———— t.

<1

1< 1

Vppm

<2<2<2<2*2<2

- ™<2

^<2<2<2<2^<2<2<2<2

^2

<2

Wppm

•*10

<10<10<10

- m<10<10

<10<10•MO137<10<10<10•"MO<10

" ——

^0137<10

Yppm

22222

———— 2

22

2222122212———— J

313

1

Znppm

2228

—— 223220———— 25

" 20———— ffi

38

21212928

227275

74443239 ———— ~7

54449

c

Sample#

333391333392333393333394333395333396333397333398333399333400333401333402333403333404333405333406333407333408333409333410 "333411"

AveMaxMin

4 of 4S0408R-log

Diamond Drill Log: Slam Exploration Ltd.HoleGrid NorthingGrid WestingAzimuthDip-50m

-152m-239m

Standard333420333440333460333480333500

S04-09-20+55-49+00

220"-550

-53.7"-54.3 0-54.50

#OXD27SJ13

OXD27OXN33SJ13

223.6"-225.50

228.70

Au-ppb398979399

7,3521,019


NAD 8316

5735559399049

239Mise (Azimuths are correctedHole StartedHole FinishedLogging StartedLogging FinishedDrilled byClaim NumberCore StoredLogged bySignature

17-Jun-0419-Jun-0420-Jun-0421-Jun-04



Fort HopeKeezhik

MainMetricMetric

NQReflexYes


Summary LogFrom0.004.0028.9054.00124.40141.00

To4.0028.954.0124.4141.0239.0

Length4.0028.954.0

124.4141.0239.0

Rcodeovbfpoqpofpofpofpo

UnitOverburdenFeldspar PorphyryQuartz PorphyryFeldspar PorphyryFeldspar PorphyryFeldspar Porphyry

Hole IDS04-09

S04-09

S04-09

S04-09

S04-09

S04-09

S04-09S04-09S04-09S04-09

S04-09

from (m)0.0

4.0

A C

28.9

54.0

59.6

78.084.694.0103.0

114.9

to(m)4.0

28.9

7.2

54.0

124.4

64.4

82.385.496.9105.2

119.0

len(m)4.0

24 Q

2.7

25 -l

70.4

4.8

4.30.82.92.2

4.1

Rcodeovb

fpo

fpo

qpo

fpo

qpo

qpoqpoqpoqpo

fpo


Medium- to coarse-grained, reddish white to greenish-white, feldsparporphyry with euhedral feldspar phenocrysts in a very fine-grainedsilicified and locally sericitic matrix. Phenocrysts up to 1 cm across.Pervasive moderate potassium alteration, locally weak to nil. Sericiteconcentrated along and near fractures. Weakly fractured throughout.Sampled intervals contain weak to moderate sericitization, strongsilicification and weak to nil potassium alteration. Minor, less than Q.5%disseminated and scattered mm scale euhedral pyrite. Minor shearing.Scattered irregular wisp or fragment of chloritic material. Scattered, mmto cm scale qtz knots.

Nil potassium, moderate sericite. Strong silicification. Several open freshfractures. Scattered disseminated pyrite.Fine-grained, yellowish-white, qtz porphyry with IS-20% angular tosubrounded, mm scale, qtz phenocrysts in a silicified matrix withpervasive weak to moderate sericite alteration and sporatic weakpotassium alteration. Numerous randomly oriented qtz veinlets andknots locally stained orange-brown (potassium??). Scattereddisseminated ovrite.Medium-grained, reddish white, reddish brown, feld porwith moderatepotassium. Sampled intervals are potassium depleted and moderatelysericitic. Pyrite locally increased to 1 07o.

Sericitic interval with qtz phenosrysts and moderate sericitization and strong silicification. Trace disseminated pyrite.Sericitic interval similar to above.Sericitic interval similar to above.Sericitic interval similar to above.Sericitic interval similar to above.Sheared and broken interval with scattered mm scale qtz seams and knots. Weak sericite. Weak to moderate potassium alteration.


Hole ID

S04-09

S04-09

S04-09

S04-09

S04-09S04-09S04-09S04-09

S04-09

S04-09S04-09

S04-09

S04-09

S04-09

S04-09

S04-09

from (m)

124.4

132.0

135.7

141.0

150.9152.8162.6184.3

198.5

200.1201.5

211.9

222.5

222.7

235.5

239.0

to(m)

141.0

132.1

141.0

239.0

151.3153.8162.9184.8

201.9

201.6

213.3

226.5

239.0

len(m)

16.6

0.1

5.3

98.0

0.41.00.30.5

3.4

0.1

1.4

4.0

3.5

Rcode

fpo

qv

ft

fpo

fpofpofpofpo

fpo

qvqv

fpo

fpo

qv

fo

DescriptionFine- to coarse-grained, brownish-white, pale reddish-white feldsparporphyry with pheonorysts up to 12-15 mm across. Pervasive strongsilicification, pervasive weak to moderate sericite alteration, and sporatic weak potassium alteration. Sheared and fractured throughout. Localweak brecciation with minor movement of fragments. Strong faulting asnoted.Translucent qtz vein. Barren.

Major Fault: Sheared and broken, RQD^20. Several narrow, mm scale,seams of gritty and clayey gouge. Strong sericitization confined to narrow mmscale alteration halos around fractures. Pervasive strong silicification.Pervasive moderate to strong potassium alteration. 1007o translucent mm-cmscale irregular qtz veins and knots. ..(qtz flooding???). Shears at 50-60 dca.

Medium-grained, reddish white, reddish brown, feld por. Sampledintervals are brownish-white with sporatic weak potassium alterationand weak to moderate sericite alteration. Minor disseminated pyrite.

Sericitic section.Sericitic section.Sericitic section.Sericitic section.Weak sericite and potassium alteration. Minor fracturing with qtz filler. Scattered qtz veins as noted.A 3 cm transparent to translucent qtz vein, 52 dca.Transparent qtz vein, barren.Strong sericitization and silicification around numerous fractures, up to 1 cm wide. Patchy moderate potassium alteration.

Patchy sericite and potassium alteration, dm-m scale intervals. Predominantlysericite. Fractured and brecciated with minor vuggy qtz filler in fractures andbreccia. Breccia, locally, coarse subangular fragments up to 2 cm across.

A 1 cm qtz vein, translucent. 50 dca. Parallel to minor shearing.Coarse-grained reddish-white interval with feldspar phenocrysts up to 1 cmacross. Numerous healed hairline shears with chlorite and minor pyrite.Fractured throughout with disseminated pyrite along fractures. Sericitic andsiliceous alteration up to 1 cm wide along fractures.EOH


Hole ID


Sample#

333412333413333414333415333416333417333418333419333420333421333422333423333424333425333426333427333428333429333430333431333432333433333434333435333436333437333438333439333440333441333442333443333444333445333446

from(m)4.505.306.3028.9030.0031.0032.0033.00

Standard34.0035.0036.0037.0038.0039.0040.0041.0042.0043.0044.0045.0046.0047.0048.0049.0050.0051.0052.00

Standard53.0054.0059.6060.5061.5062.50

to(m)5.306.307.2030.0031.0032.0033.0034.00

35.0036.0037.0038.0039.0040.0041.0042.0043.0044.0045.0046.0047.0048.0049.0050.0051.0052.0053.00

54.0055.0060.5061.5062.5063.50

length(m)0.801.000.901.101.001.001.001.00

1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00

1.001.000.901.001.001.00

Auppm0.0120.0140.0090.1460.0180.0210.0210.010

0.0100.0190.0160.0090.0220.0160.0750.1190.1640.1220.0450.0330.0180.0060.0070.0270.0120.0110.008

0.0200.0110.0070.0920.2790.101


Hole ID


Sample#

333447333448333449333450333451333452333453333454333455333456333457333458333459333460333461333462333463333464333465333466333467333468333469333470333471333472333473333474333475333476333477333478333479333480333481

from(m)

63.5078.0079.0080.0081.0081.7084.6094.0095.0096.00103.00104.00104.60

Standard114.90116.00117.00

|J 18.00124.40125.20126.00127.00127.80128.80129.80130.80131.80132.80133.80134.80135.70136.25136.80

Standard137.50

to(m)

64.4079.0080.0081.0081.7082.3085.4095.0096.0096.90104.00104.60105.20

116.00117.00118.00119.00125.20126.00127.00127.80128.80129.80130.80131.80132.80133.80134.80135.70136.25136.80137.50

138.00

length(m)0.901.001.001.000.70

l 0.60TO. 801.001.000.901.000.600.60

1.101.001.001.000.800.801.000.801.001.001.001.001.001.001.000.900.550.550.70

0.50

Auppm0.1394.3221.5932.1420.3590.2910.1020.0200.0210.1490.0410.0620.058

0.0430.1950.1170.0230.0770.0490.0650.0290.0560.0930.080

. 0.0320.7350.3690.0750.1840.2080.2320.525

0.599


Hole ID

S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09S04-09JS04-09S04-09S04-09S04-09

Sample #

333482333483333484333485333486333487333488333489333490333491333492333493333494333495333496333497333498333499333500333501333502333503333504333505333506

from (m)

138.00138.60139.55140.10141.00142.00J 50.90152.80162.60M 84. 30198.50199.20199.80200.80211.90212.50222.50223.50Standard224.50225.50235.50236.20237.00238.00

to(m)

138.60139.55140.10141.00142.00143.00151.30153.80162.90

length (m)0.600.950.550.901.001.00

, 0.40M .000.30

Auppm0.3110.5580.0600.0630.0950.0070.0270.0460.024

184.80Q)-50 | 0.044199.20199.80200.80201.90212.50213.30223.50224.50

225.50226.50236.20237.00238.00239.00

0.700.601.001.100.600.801.001.00

1.001.000.700.801.001.00

0.0730.0690.0400.0450.0900.1170.0420.027

0.0550.0160.0360.1000.0660.010


Samplett

333412333413333414333415333416333417333418333419333420333421333422333423333424333425333426333427333428333429333430333431333432333433333434333435333436333437333438333439333440333441333442333443333444333445333446333447333448333449333450333451333452333453333454333455333456333457333458333459333460333461333462333463333464333465333466333467333468333469

333471

Auppb

1214

9146

18212110

1019169

221675

11916412245331867

271211

8

2011

792

27910113!

432215932142

359291' —— 102

2C21

14!41625!

4:19511)

2:77496I2c56

80

Auopt'0.001'0.001'0.0010.004

'0.001'0001'0.001'0.001

'0.001'0.001'0.001'0.001'0.001'0.001

0.0020.0030.0050.0040.001

'0.001'0.001'0.001'0.001'0.001'0.001'0.001'0.001

'0.001'0.001'0.001

0.0030.0080.0030.00*0.1260.04600620.0100.008o.oo:

'0001'0.0010.00'0.0010.002o.oo;

o.oo-0006o.oo:

'0.00-ooo;000ooo;

o.ooo.oo:

0.002

Auppm

0.0120.0140.0090 1460.0180.0210.0210.010

0.0100.0190.0160.0090.02200160.0750.1190.1640.1220.0450.03300180.0060.0070.0270.0120.0110.008

0.0200.0110.0070.0920.2790.1010.13S4.3221.5932.1420 35S0.2910.102002C0.0210.14E0.04100620.05!

0.04;0.1950117

0.0770.04!00610.02!0051

0.080

Aqppm

9'2'2'2'2'2'2'2

'2'2'2'2'2'2'2'2'215'2'2'2'2'2'220

3'2

'2'219'2'2'2'2'2

-.

'2^'2

' ———— 14

10'2'2'2'2

'2^2'2'2'2'2êj•c;

Al%

0.250.250.310.310.240.270.320.31

0.320.250.320.320.260.220.380.360310300.310.250.350.310.360.310.310.290.29

026031

- 0.280.270.260.320.270.320.220.2!0.2;0.310.290.320410.360.2!0.3C

0.2!0.2f0.3C0.2;02!0.350.3502!0.31

0.3!

Asppm

'3'3'3'3'3'3'3'3

'3'3'3'3'3'3'3'3'3'3'3'3'3'3'3'3'3'3'2

'3'3'3'3'3'5':s;•c;';•e;'3'C<;•c;';

':*;•c;

^<-':^<e;t;c-

fi'

Bppm

111313119898

76888

11985

'5'5'5'5687

'5'5'5

'5^c'''''

''56

'5—— '~

'5'5'5'5'5'5

'5'5'5'5'56

'5'5'5

Bappm

367328440——— 720

510439524503

425440519339358430403361466492525853636404467780614402409

38638534630363921321633631336:352353——— 361

42129730!37531C13'

40!44531726!77(98'30'47544435 436

BePPm

'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1

e-

f<•*-*-''<•'-

Ca•it

1.601.901.691.861.771.881.841.40

1.471 551.781.261.771 941.581.751 441.731.491.931.551 571.571.741.881.971.80

1.741.62

— TSo1.761.981.7T1 391 621.451.5!1.411.72

—— ITS

1.6C1.4!1.7-

1 5!1.35

1.511.5-

1 561.31

1.5!1 81.521.5

1 75

Cdppm

'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10

'1C'10'1C'10

r 'id'10'1C'1C'1C'1C'1C

'K'1C'K'K

'K'1'1'1

'10

Coppm

23332332

3233223322333223333

33t.2333

;2;

22:::2

22.2

Crppm

557990

1155399

12195

112101

95887053

12011811912110394

11290

10695

100103

91

9810410897889762

10810211275

116" 126

1158C

13687

10C9!

9C10!10711!

12'

72106

131

Cuppm

44233233

3263215533232223T

2i

322323

342222'

''23'

'

3344;'2'

fe'K

0.230.310.280240.220.350.310.26

0.280.240.250.300.220.200.360.400.330.300.290.250.340.350.360.290.380.370.31

0.310.290.290.320.330.380.310.340.380.370.340.280.360.330.310.360.340.320.23

0.370.280.300360.350.320.320.270.34

0.37

K"X,

0.210.190.250.230.180.190.240.23

0.230.180.230.230.180.1T0.280.270.240.210.220.180.220.200.250.230.210.200.21

0.180.200.190.180.180.230.200220.180.200.170.230.210.200.190.26-"5.20

0.200.1!

0.2(0.210.200.170.170.20.2:0.190.22

0.26

MgK

0.050.030.060.040.030.030.040.07

0.050.030.040.060.030.030.080.110.060.040.030.040.070.080.080.030.030.030.04

0.030060040.030.030.050.07

0.060.050.040.050.050.080.100.07

0.070.05

0.070.070.070.090.060.070.0'0.050.07

0.06

MnPPm

140185155171166197186153

163147177119153165148166133153129173144150150150184205197

197160195194187174138

127133113144

77?160151135171154129

189170167149171183219184168

199

Moppm

'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1'1

1'1'1'1'1'1'1'1*1'1'1

'1'1'1'1'1'1'1

6'1^

<']

*'i

'i'i'i

'i't

Na•X,

0.070.070.090.090.060.090.100.08

0.100.080.100.090.080.060.120.110080.090.090.080.100.090.110.080.090.090.09

0.080.080.080.080.070.090.07

0.050.080.060.080.090.090.060.08

0.080.06

0.070.080.090.080.100.100.100.070.09

0.10

Nippm

'1'1'1'1'1

1'1'1

1'1'1

1'1'1'1

111

'1'1

1'1

1'1'1'1'1

'1'1'1'1'1

-^

'1*1

'11

7222

2

Oi

ro'"^S00•Ûa2k

00o*

1 of 4S0409R-log

Samplett

333472333473333474333475333476333477333478333479333480333481333482333483333484333485333486333487333488333489 "333490 1

333491333492333493333494333495333496333497333498333499333500333501333502333503333504333505333506

AveMaxMm

Auppb

32735369

75184208232525

599311558

606395

72746 1 ~ ~ ~2 4

447369404590

1174227

551636

10C661C

1844322

6

Auopt'0001

0.0210.0110.0020.0050.0060.0070.015

0.0170.0090.0160.0020.0020003

'0001'0.001

~ ~ o"6610.0010.0020.0020.0010.0010,0030.0030.001

'0.001

0.002'0.00100010.0030002

'0001O.OOE0 126

'0001

Auppm

0.0320.7350.3690.0750.1840.2080.2320.525

0.5990.3110.55800600.0630.0950.007

- aolf"aole;—5-644-

0.0730.0690.0400.0450.0900.1170.0420.027

0.0550.0160.0360.1 OC0.0660.01C0.18443220.006

Agppm

'2'2'2'2'2'2'2'2

'2'2'2'2'2'2'2, ———— -

—i38

12'2'2'2'2'2'2

'2'0.001

'2'2'2'2

1020'2

AlK

0.360.300.310.320.280.400.34033

0.300.340.350.330390.320410.390.36 —— "0.39

0.370.350.340.380.330290.300.350.36

0.360.420.420.430.410.450.320450.22

Asppm

'3'3'3'3'3'3'3'3

'3'3'3'3'3'3'3

" —— '3™ "3—— ;s

^^'3'3'3'3'3'3'3

'3'3'3'3'3'3'3'3'3

BPpm

'5'5'5'5'5'5

66

7'5'5'5'5'5'5

:::|6

'5'5'5'5'5'5

'5'5'5'5'5'5

613'5

eappm

495357312660192161592595

59810391120643760755836

~ ST?370 ———— 190

207195201199138152241190

20120514716315613541E

112C13^

Beppm

'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1'1'1'T'1'1'3'1'1'1'1'1'1

'1'1'1'1'1'1'1'1*1

Ca"h

1.671.311.601.611.491.491.630.98

1.021.412.281.301.571.561.99

"13"8 —— 757

2.431.481.491.231 471.461 891.381.22

1.541.361.191.461.321.101.5S2.430.98

Cdppm

'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10'10'10—— 'Td

" 'Td'10'10'10'10'10'10j'10'10

'10'10'1C'10'10'10'10'10'10

CoPpm

33222222

21223322'."li

' ~ — — 3

33

44343t1

Crppm

112183107113

81196153155

177152129183150117101164--J39

1189392

179160———— 103

95160133

10614011713311210111219653

CuPPm

24424353

422331154 3"

53c

333243

432222361

Fe"k

0.370.410320.300.300.410.440.40

0.360.290.400.430.400.380.33

' -271 — 6~30' —— 037

0.350.320.350.390.320.270.360.390.28

0.320.360.360.380.380.400.330.440.20

K"ft

0.230.180.200.200.180.260.180.19

0.180.210210.200.230.190.230.270.24 —— "0.-7

0.240.250.230.260.220.200.220.230.24

0.250290.270.300.280.270.220.3C0.17

Mg%

0.080060.070.060.050.050.080.07

0.040030.040.040.090.070.13

l 0.040.04

" -o"0.060.070.090.070.060.100.070.05

0.060.090.100.100.100.130.060.130.03

Mnppm

214154153158152145162102

105130202122149140177143

—— -l2! 124183130128

———ft

103137109

'100

120116101123121109154219101

Moppm

'1'1'1'1'1'1'1'1

'1'1'1

1'1'1'1—— '1'

—5'1'1'1'1

——— -'

'1'1'1

'1'1'1'1'1'1

36

'1

Na"A

0.090.080.080.090.070.110.100.07

0.080.080.070.100.100.090.090.110 10 ——— 0-08

——— 0~07

0.070.070.090.080.070.070.080.09

0.080.100.080.090.090.080.080.120.05

Nippm

12

'1'1'1

211

211221

'11

'1

'1'1

2i'ii21

11

111121

2 of 4S0409R-I09

pppm

334335352351337328337328

348326351370343347350329344332345343326339341348344340346

33734632734033833032533131331233C337

- 35734332735S33832635!

34:34833f36'33'

30832!33!32.34333!

Pbppm

131111131214138

10161613111313181717131213

76

16151110

127

108

131214111111

g8

14V

cf

262'

16

261616

f1!1:271!1!2I15

Sbppm

•OO

•MO*10^0•MO^0^0•MO

^0•00^0•oo•00*10•00<10<10<10<10<10<10<10<10•00•MO<10<10

<10<10•00<10<10<10<10<10<10<1C<10*10- "io<10<1C'1C<1(<1C<1t

<1t<1(•O(<1(<1C<1C•O C•M C<1C<1C<1C

Seppm

•:5<5<5<5•:5<5<5<5

<5^<5<5<5'5•:5<5<5<5<5*5<5<5<5<5•:5

<<

<<

<

<<<<<<<

<<<<<<

<<•:

<<<*:<<<•^5<5^<5

Si"A

0.100.100.130.150.100.130.150.12

0.150.100.140.130.120.090160.140.090.140.130.100.140.110.130.110.140.120.12

0.100.100.110.080.100.130.090.1:0.040.110.080.130.100.110.050.080.0!0.100.07

0.070.0!0.100.06O.K0.120.1'O.K0.120.100.1:

Srppm

247271539266258252288268

256238305239391970442308452264489736543310288300543588594

32849130329231221834479064973966893058334347154E54235'162

99737724719:29263736!82!65391677:

Tippm

^00^00•MOO•MOO•MOO•000•MOO•MOO

•MOO•MOO•MOO•MOO^00•000

117129

•000•MOO•MOO•000•MOO^00•000•MOO•MOO^00•MOO

^00•MOO•MOO•000•MOO•MOO^00•000•O 00•MOO•MOO*100

' *i5o•O 00•000•MOOÔC^00^00

•MOC•MOO•MOO•MOO•MOt•M0(•00(^00*100<100^0(

TIppm

<1<1•M<1<1

1<1

1

32

•M<1•M<1<1<1<1•M*1

2<1<1•M<1•O<1<1

•O<1<1<1<•^<1<1<1<1<1<•l<1. —— •M<1<1<1<1•M

<1<1<1

<•<•

<1<'<•<•

Vppm

<2^<2<2<2<2^<2

<2<2<2^<2<2<2<2^<2<2<2<2•:2<2<2<2<2•:2

<2<2<2<2•c2<2<2<2<2^^<2——— ~2

•:2^^<2<2•:2

<2<2<2^2^<2^<2<2•:2<2

Wppm

<10^0^10<10<10<10•MO<10

<10<10•:10^0<10<10<10<10•MO<10*10<10<10•MO<10<10<10<10^0

<10<10<10<10•00<10<10^0<10*10<10<10<10<10^0<10<10<10<10

•oo<10<10<10<10<10<10<10<10<10•oo

Yppm

11111111

1111111111111111111

1111111111111111111

1

1

Znppm

10471414337562721

15192224473734373033372455131127373331

341534423130182835352935~I-~5

283314182111

25282414

253432292616

Samplett

333412333413333414333415333416333417333418333419333420333421333422333423333424333425333426333427333428333429333430333431333432333433333434333435333436333437333438333439333440333441333442333443333444333445333446333447333448333449333450333451333452333453333454333455333456333457333458333459333460333461333462333463333464

333466333467333468333469333470333471

3 Of 4 S0409R-log

pppm

336269321319333343324311

310298298330324320305—— 3~3

345368321344335308282309301315310

315323313335331337332370269

Pbppm

1817161713

98

11

96

13g9

108

11" ~ 11

•" "2

ir10

79

10777

g101011111412276

SbPPm

t10<•\o•MO<10•MO<10<10<10

•MO•MO<10<10<10<10•MO<10<10

-10<10•MO<10<10<10<10•MO<10

<10•MO<10*10<10<10<10<10t10

Seppm

<5<5<5<5<5<5'5•:5

<5<5<5<5-:5<5<

E <*<<<<<•:<<<<

•:<<<<<<<<5

SiK

0.100.110.100.110.090.130.110.08

0.100.120.120.120 120.100.120.13

- — 0-5' —— 0~09

0.080.080.090.090.080.070.090.10

0.080.1 pi0.090.100.100.090.110.160.04

Srppm

928228225301168131162136

135167216141246341359~ "38-

" 366""373

3415259257242329261264721175

205171227234266259425

3415131

Tippm

•e 100•MOO•MOO•MOO^00^00•MOO•MOO

•MOO^00^00<100<1oo•MOO•MOO•MOO•MOO

192361278264265177380434329362

3945191638688711780390780117

TIppm

1^<•\

^^^^<1

<111

•M<1•M

. ———— .

•eV<1ei•:V<1•M<1<1•M<1<1

<1<1•M•M<1'1

13

•M

Vppm

<2*2<2<2<2^^<2

<2<2<2•:2<2^^

<2^<2<2<2<2^<2<2<2<2

^<2<2<2<2^<2<2<2

Wppm

^0<10<10<10•MO<10<10<10

<10•MO^10<10<10<10^0<10—— <1o•J•:10•MO<10<10<10<10"MO•MO<10<10

<10•MO*10<10<10<10•MO<10<10

YPPm

1•M

11111

^

<1<1-:1<1

1111 —— T

i, —— -

iiiii1111

i1i111111

Znppm

2119231415

71615

9C

1C7

181223:~:io

____ 2*16~ -~5

252416

____ i516

____ 2?11

7

15152525303226

1045

Samplett

333472333473333474333475333476333477333478333479333480333481333482333483333484333485333486333487333488333489333490333491333492333493333494333495333496333497333498333499333500333501333502333503333504333505333506

AveMaxMin

4 of 4 S0409R-log


-148m

Standard333520

S04-10-1+50

-100+501350-45"

-45.40-44. 5"

#OXD27

145.60129.50

Au-ppb446


NAD 8316

5737529393986

148


Mise [Azimuths are corrected. Casing left inHole StartedHole FinishedLogging StartedLogging FinishedDrilled byClaim NumberCore StoredLogged bySignature

19-Jun-0420-Jun-0421-Jun-0422-Jun-04


Fort HopeKeezhik

MainMetricMetric

hole.NQ

ReflexYes


Summary LogFrom0.003.70

61.4068.60

To3.7061.4068.60148.00

Length3.70

61.4068.60

148.00

Rcodeovbmvqfpmv

UnitOverburdenMafic VolcanicQuartz-Feldspar PorphyryMafic Volcanic

Hole IDS04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10

S04-10S04-10

from (m)0.0

3.7

9.4

9.7

1Q ?

33.6

34.6

61.4

61.4

64.6

68.6

68.6

71.077.0

to(m)3.70

61.40

9.70

11.70

19.90

33.70

35.30

68.60

65.05

148.00

len(m)3.7

57.7

0.3

2.0

0.7

0.1

0.7

7.2

0.5

79.4

Rcodeovb

mv

br

mv

qv

qv

IF

ct

qfp

qpo

ct

mv

fofo


Fine- to medium-grained, dark green, massive, mafic flow. Pervasiveweak to moderate carbonate alteration. Scattered qtz seams and larger veins and knots as noted. Minor fracturing with qtz filler. Minor shearing.Scattered irregular seam of pyrite. Minor disseminated pyrite.

Strongly silicified, angular fragments(8007o), ^cm across in a quartz matrixwith minor chlorite. Upper 5 cm sheared, pitted and rusted. Trace of pyrite.Shearing and breccia at 35 dca.Scattered irregular qtz seams with trace of pyrite.Three, irregular, cm scale, translucent qtz veins with 207o py, 15 dca. Wallrocksilicifed. Bleached brownish-white. Fractured with pyrite filler.Sugary qtz vein. Fractured. BarrenBlack, white, green qtz-py-mag-chl IF consisting of fractured mag-py layers,mm-cm scale, filled with smoky translucent qtz. Well developed bedding, ocally distorted and crenulated. Py as semi-massive to massive mm scalelayers.Sharp, 36 dca.

Medium- to coarse grained, dark reddish-white, qfp with scattered mm-cm scale feldspar pheoncrysts (37o) and mm scale quartz phenocrysts(15"7o) in a brick red siliceous matrix. Pervasive intense potassium alteration. Pervasive strong to intense silicification. Minor fracturing.Scattered qtz filled fractures and mm scale veinlets. Minor shearing. 1 07ofinely disseminated py.

Fine- to medium-grained, brownish-white qtz por with strong to intensesilicification. 2 07o finely disseminated py. Contacts, irregular, gradual overseveral mm. Interval cut by a irregular, 1 cm wide, translucent qtz vein withtrace of euhedral py in two distinct colors. One brassy-brown the othertarnished yellow.Sharp, 30 dca.Chloritic flows continued from above. Locally with poorly developedfoliation. Increase in disseminated, mm scale euhedral pyrite to 207o(locallyjjver dm scale intervals).30 dca.23 dca.


Hole ID

S04-10

S04-10

S04-10

S04-10

S04-10S04-10S04-10

S04-10

S04-10

S04-10S04-10S04-10

S04-10

S04-10

S04-10

S04-10

from (m)

77.2

87.7

96.5

96.5

98.1101.0106.6

106.6

109.3

112.0112.7114.0

120.6

135.0

146.8

148.0

to(m)

79.00

88.70

98.10

108.10

110.05

112.20113.30119.00

120.80

147.30

len(m)

1.8

1.0

1.6

1.5

0.20.65.0

0.2

0.5

Rcode

mv

mv

ct

mv

ctfoct

mv

qv

qvqvfr

mv

fo

IF

DescriptionVery fine- to fine-grained, weak to moderate silicification. Slight bleaching. 2007o irregular brownish-white to translucent, mm-cm scale, qtz knots and veins. Trace disseminated pyrite.Fine-grained, silicified, bleached, fractured, brecciated. 30 cm of brecciated brownish-white qtz veins in upper 30 cm of interval. Minor qtz filler with 2 07o pyrite filler in remainder of interval.Sharp, 30 dca.Very fine- to fine-grained, reddish-white, pale green, intensely silicified mv. Brecciated, fractured with translucent and brownish-white qtz filler with 5-8 mm euhedral pyrite. 207o disseminated by in bleached wallrock.Sharp, 28 dca.47 dcaSharp, 30 dca.

Very fine-grained, transparent to smoky, cherty qtz (qtz flooding??) locally with well developed bedding locally enhanced by mm scale layers/seams of chlorite. Extensively fractured with translucent qtz filler. Minor chlorite filler or compression of chlorite seams into open fractures. Interval crosscut by mm- cm scale translucent qtz veins and veinlets. Scattered euhedral, mm scale pyrite in chlorite seams. 1-2 07o disseminated pyrite in qtz.

Fractured, light brownish-white qtz vein cut by a set of pinched, parallel qtz filler fractures (tension gashes??). 1007o disseminated pyrite in first 10 cm.

Similar to above without tension gashes.Three, veins similar to above, with minor tension gashes.Numerous, open fractures. RC^50. Minor grinding of core.

Silicified, fractured qtz flooding with minor reddish-white tint. Trace of pyrite.

34 dcaFine-grained, well bedded, brecciated qtz-mag-py IF. Slight movement of breccia. Minor qtz filler. Scattered, discontinuous, mm scale py seams. Both contacts, faulted with minor gouge, 38 dca.EOH


Hole ID

S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-1CTS04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10S04-10

Sample#

333507333508333509333510333511333512333513333514333515333516333517333518333519333520333521333522333523333524333525333526333527333528333529333530333531333532333533333534333535333536333537

from(m)

9.409.7010.7019.2032.6033.6034.6035.3060.4061.4062.4063.5064.60

Standard65.0566.0067.0067.8068.6077.20

l 78.7087.7096.5097.30106.60107.30109.30112.00112.70120.60146.80

to(m)9.7010.7011.7019.9033.6034.6035.3036.3061.4062.4063.5064.6065.05

66.0067.0067.8068.6069.6078.7079.0088.7097.3098.10107.30108.10110.05112.70113.30120.80147.30

length(m)

0.301.001.000.701.001.000.701.001.001.001.101.100.45

0.951.000.800.801.001,500.301.000.800.800.700.800.750.700.600.200.50

Auppm

0.0070.009

•:0.0050.1120.008

O.0053.5100.0240.005

O.005•s0.005O.005O.005

^.005O.005O.005

0.0290.0090.0080.0120.0060.0790.2910.0150.006

•^0.0050.007

•cO.OOSO.005

0.060


Samplett

333507333508333509333510333511333512333513333514333515333516333517333518333519333520333521333522333523333524333525333526333527 "333528"

333529333530

"333531333532 "333533'

333534333535333536333537

AveMaxMin

Auppb

79

'5112

8'5

351024

5'5'5'5'5

13'5'529

9IT

12 1 ———— 6

7929JJ

1V

,- -1

7'5'560

222351C

'5

Auopt'0.001'0.001'0001— o-o55'0.001'0.001

0.102'0.001'0.001'0001'0.001'0.001'0.001

'0.001'0.001'0.001'0.001'0.001'0.001'0.001- -0-061

0.0030.008

'0.001'0.001"0-551'0.001'0.001'0.001

0.0020.02^01020.002

Auppm

0.0070.009

'0.0050.1120.008

'0.0053.5100.0240.005

'0.005'0.005'0.005'0.005

'0.005'0.005'0.005

0.02900090.00?0.012

0079"0.2910.01510.006 " "DOS

0.007'0.005'0.005

0.0600.23;3.51C0.005

Aappm

'2'2'2'

'2^'2'2'2'2'2'2'2

'2'2'2'2'2'2'2 ' " " "''2

'2'2. ———— ~

'21 ——— 3

'2'2" -'"2

. ———— .

'24

'2

Al"K

0.901.401.25—— 1T2

1.571.530.871.451.210.330.320.300.46

0.390.170.331.280.330.58

- -li6

- "0.520.43

1 0.830.52

I~1I11.421.00—— -.85

——5.760.851.570.17

Asppm

'3'3'3———— 64

'3'333'3'3'3'3'3'3

'3'3'3'3'3'3

3 ' ——— '3"

'3'3

3)

— - 'i'3

43

292C6''3

Bppm

'5'5'5

- 8109

1110

7'5'5'5'5

'5'5'5'5'5'5_ *4

-t

6

- __

5'5

5179

17'5

Bappm

11'10'10

14'10'10'10'10

2282

166165227

175j95

1112982

- ~33

—— ''To2756

'10

—— 'To'10

15'10'10

82227'10

Beppm

'1'1'1'1'1'1'1'1'1'1'1'1'1

'1'1'1'1'1'1

. ——— fi

'1'1'1

'1'1'1<•\'1'1•c'

'1

Ca"X.

8.573.953.24

- 4.-3.995.053.943.204.261.981.751.701.48

1.821.381.683.981.88

— IT56.27 —— 5:4-

2.071.27333

__ 2.72

5.268.314.125.183.9'9.151.27

CdPpm

'10'10'10'10'10'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10—— 'Td'10'10'101'10—— -o"'10'10'10'10'1C'1C'10

Coppm

293426—— 373330193832

7655

645

347

1834 " ———— 25

109

2T13 " ——— 25

2822iT38213ft

Crppm

113178130183189178139187135838784

131

1013993

1451104696

5393

166_ __ 153

201115—— i 07

—— 92

12;20i

39

Cuppm

557835——— "77"

7169828075"

867

44

956

72124169 ——— l6

9466 fi64- — isj7336— lo"

10050

10C5

Fe'A

3.744.043.54

4.904.715.684.794.251.461.311 180.98

1.301.071.144.101.32)3.283.801 — r?-2.041.864.203.28' — SJT4.623.203.678~05

3368.050.98

K"!4

0.060.050.03

— o.To'0.01'0.01'0.01'0.01

0.100.140.150.140.22

0.180.080.160.150150.030.03 —— -0.07

0.040.080.020.01

0.040.07

'0.010.040.09

J 0.22f '0.01

MgW,

1.131.061.060.941.221.190.69

, 1.131.080.420.350.320.33

0.360.290.321.070.411.22

.--1J5

0.600.40

" ~0.77"10.70

1.111.17

" —— 0"6"

0.811.220.29

Mnppm

1259714779868

10041187800

10211067365335311291

345269305933349

12401026 —— 1028

753539

10641103

11241464—— 1169

—— 1409

8762149

269

Moppm

'1'1'1'1'1'1'1'1'1'1'1'1'1

'1'1'1'1'1'1'1

———— T,

————— S———— 71

'1 l ———— ~——— Ti

'1——— -1

'1'1'1

Na"ft

0.030.030.030.020.020.020.010.040.010.060.070.060.02

0.070.030.050.020.07o.of

'0.0^

0.040.09

'0.01'0.01" " — o"6 1

0.010.01

'0.010.030.09

'0.01

Nippm

898970—— 7l

8075348882

322C

T

22

844———— 45

79 ———— 6"9———— "9

63727 ———— 5"3

7044

" "35704489

2

1 of 2S0410R-IOQ

pjpm

'100248194189249276643267———— 255

1028967892853

919830896283912117128 ———— 236

11321101406294271229215

~ 268~ -T35111132117

Pbppm

797. ———— -

98

12686789

87586108

" —— 5

61119

387" — 2l

199

19C

Sbppm

'10'10'10

'10'10'10'10'10'10'10'10'10

'10'10'10'10'10'10

"-w'10'10'10'10'10'10

- -io— -1-'10'10'10

Seppm

'5'5'5———— '5

'5'5'5'5'5'5'5'5'5

'5'5'5'5'5'5'5 ———— 75

'5'5'5'5'5'5'5'5'5'5'5'5

Si%0.050.090.07— o~T0.100.100.170.130.070.070.080.070.09

0.090.030.060.070.070.020.04' — o~or0.040.06" — o"0.080.030.110.05" 0~05

0.070.070.170.02

Srppm

5427202826262221101105163177156

2321421261141077351

1041052616" "36

4652—— 22

———— 5l

7623216

Tippm'100'100'100'100126108202

2648191

'100'100'100'100

'100'100'100322'100'100'100— "o"269595268136——— 3-92"

448'100'100"204454

2648'100

TIppm

'1'1

1'1'1'1'1'1'1'1'1'11

'121

'1'1'1'1

'1'1'1'1'1'1'1'1'1

12

'1

Vppm

'2'2'2'211'2'216'2'2'2'2'2

'2'2'2'2'221'2 ———— ~2

'2'2'2'2'2'2'2" ~2

'21621'2

Wppm

'10'10'10'10'1'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10- — -o"'10'10'10'10'io"'10'10*1C——— -Q-

'10'10'10

Yppm

3323665834444

5443433— — — —

6721245' —— ~

481

Znppm

41585334586224627918191720

191618711633

——g3735———— 37

____ l05157322249407916

Samplett

333507333508333509333510333511333512333513333514333515333516333517333518333519333520333521333522333523333524333525333526333527

" 333528 '333529333530333531333532333533333534333535333536333537AveMaxMm

2 of 2 S0410R-log


-152m-236m

Standard333540333560333580333600

S04-1 110+30-73+00

140 0-55"

-53.90-49. 9 0-46. 3 0

#SJ13

OXD27SJ13

OXN33

137.20143.40148 0

Au-ppb956432924

7,248


NAD 8316

5738677396727

148


Mise [Azimuths are corrected. Casing left inHole StartedHole FinishedLogging StartedLogging FinishedDrilled byClaim NumberCore StoredLogged bySignature

21-Jun-0423-Jun-0422-Jun-0424-Jun-04


Fort HopeKeezhik

MainMetricMetric

hole.NQ

ReflexYes


Summary LogFrom0.007.00

125.30128.60

To7.00125.3128.6236.0

Length7.00

125.30128.60236.00

Rcodeovbqpomvqpo

UnitOverburdenQuartz Feldspar PorphyryMafic VolcanicsQuartz Feldspar Porphyry

Hole IDS04-11

S04-11

S04-11S04-1 1S04-11S04-11S04-11S04-11S04-11S04-11S04-11S04-1 1S04-11

S04-11

S04-11

S04-11

S04-11S04-11

S04-11

from (m)0.0

7.0

7.08.010.012.012.013.317.026.329.945.058.0

62.0

62.8

64.1

65.072.0

80.7

to(m)7.0

125.3

17.0

25.0

35.248.059.0

68.0

63.0

64.3

75.0

80.8

len(m)7.0

118.3

10.0

8.0

5.33.01.0

6.0

0.2

0.2

3.0

0.1

Rcodeovb

qpo

qposhfoshfosh

qposh

qpoqposh

qpo

ft

qpo

foqpoqv


Coarse-grained, pale brownish-white, pale yellowish-white, massive quartz porphyry with dm sections of poorly developed foliation. 3007o mm' cm scale translucent to transparent qtz phenocrysts in a siliceous weakly sericitic matrix. Rare mm scale patch of fuchsite alteration [Increase in size (up to 10x3mm) and frequency (1-3 per 2-3m) of fuchsitic patches below 59m). Occasional, dm-m scale zone of weak potassium alteration. Numerous rusted sericitic shears with rusted halo dm scale. Sampled intervals contain several rusted shear zones. Unsampled intervals contain only scattered rusted shear zones, approx 1 per 2m. Scatered, mm scale, qtz filled fractures/veinlets/seams. Rare disseminated pyrite.

Intervals with eight rusted shears with dm scale rusted alteration halos.54 d ea50 dca, also broken rusted shear zone, 30 cm wide.72 dca, rusted, 20 cm wide.44 dca54 dcaInterval with weak to moderate potassium alteration.Sand seam, 3 cm, in an open shear. Perpendicular to foliation at 47 dca.Yellow section with several dm scale rusted halos.Yellow section with several dm scale rusted halos.Four, rusted shears with cm scale rusted halos.Sections with several rusted shears and fractures. Shears parallel and perpendicular to foliation. Fractures parallel to core axis.

Fault zone, with three, mm-cm scale seams of gritty to clayey gouge. 48 dca.

Two cm scale patches of fuchsite alteration. Rare to nil fuchsite below 74m.

45 dca.Medium to dark grey interval.Brecciated qtz vein in a rusted shear zine with 10 cm rusted halo on the downhole side of the vein.


Hole ID

S04-11

S04-11

S04-1 1

S04-1 1

S04-11

S04-11

S04-11

S04-11

S04-1 1S04-1 1S04-11

S04-11

S04-11

S04-1 1

S04-11

S04-11

from (m)

100.4

107.0

122.0

122.9

125.3

125.3

128.6

128.6

133.3148.0157.5

157.5

170.0

185.7

187.5

199.6

to(m)

100.7

125.3

123.0

128.6

236.0

133.5

193.3

170.0

186.2

188.0

len(m)

0.3

3.3

0.1

3.3

107.4

0.2

35.8

0.1

0.5

0.5

Rcode

qpo

fo

qpo

qv

ct

mv

ct

qpo

qpofoct

qpo

ft

mv

ft

ct

Description

Three narrow healed, chloritic?? Shears with irregular, transparent qtz knots.

42dcaScattered,, mm scale, bleb of fuchsitic alteration. Bleached fragment of wallrock within por at the contact. Fragment with 10 07o finely disseminated pyrite.Translucent. Upper contact, 67 dca. Lower contact, irregular. Four other, smaller, qtz veins between this vein and the contact.Sharp, 43 dca.

Fine-grained, dark green, mafic flow with poorly to moderately developed foliation. Upper contact with 3 cm very fine-grained silicified and sericitic alteration zone with 1007o finely disseminated py.

Sharp, 38 dca.

Continued from above. Scattered yellow-green sericitic blebs within sampled interval. Rare specks below sampled interval. No fuchsite.

Three, cm scale translucent qtz veins.52 dca.Well defined, 50 dca.Medium to dark grey interval. Slightly more pronounced foliation. Several, 2-6 cm size, brecciated, brownish-white qtz veins with qtz filled fractures/tension gashes(??) perpendicular to contacts. Several shears with minor clayey gouge.5 cm fault with 10007o gritty to clayey gouge with well 2007o qtz eyes. Strong effverescence.Dark green, mafic flow with moderately developed foliation. Upper contact, 41 dca. Lower contact, 51 dca. Both contacts marked by a very fine-grained, brown, clayey seam.

Major fault: Sheared and broken. RQD^. Minor gritty, effverescent, gouge.

Sharp, 40 dca.


Hole ID

S04-11

S04-11

S04-1 1S04-1 1S04-11

S04-11

S04-1 1S04-1 1S04-1 1S04-11

from (m)

199.6

200.2

203.1216.0229.6

229.6

230.6231.1235.0236.0

to(m)

203.1

200.3

230.6

231.5

len(tn)

3.5

0.1

1.0

0.4

Rcode

qpo

qv

ctfoct

fint

ctfintfo

Description

Medium-grained, medium reddish-white section with smaller and fewer quartzphenocryst^. Upper contact marked by 5m of verg fine-grained silicificationand minor disseminated pyrite. Lower contact marked by 10 cm of silicificationwith 2 07o euhedral and disseminated pyrite. Scattered bleb of fuchsiticalteration in the host qpo, within 2-3 meters of each contact.

Translucent to transparent irregular qtz vein. Other mm scale veins in interval.

Sharp, 45 dca.50 dca.Ground core.

Very fine-grained, brownish-white, cherty ("glassy") intrusive. Fractured. 1 07odisseminated and euhedral pryite. Minor pyrite in fractures. Scattered blebs offuchsitic alteration in the wallrock for 2-3 m from each contact.

Sharp, 62 dca.Similar to above.57 dca.EOH


Hole ID

S04-1 1S04-1 1S04-1 1S04-11S04-1 1S04-11S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-11S04-11S04-11S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-11S04-1 1S04-1 1S04-11S04-1 1S04-1 1S04-1 1S04-1 1S04-11S04-11S04-11

Sample#

333538333539333540333541333542333543333544333545333546333547333548333549333550333551333552333553333554333555333556333557333558333559333560333561333562333563333564333565333566333567333568333569333570333571333572

from(m)

7.008.00

Standard9.0010.0011.0012.0013.0014.0015.0016.0017.0018.0019.0020.0021.0022.0023.0024.0025.0026.0027.00

Standard28.0029.0029.9030.4031.1031.9032.8033.8034.8035.8045.0046.00

to(m)8.009.00

10.0011.0012.0013.0014.0015.0016.0017.0018.0019.0020.0021.0022.0023.0024.0025.0026.0027.0028.00

29.0029.9030.4031.1031.9032.8033.8034.8035.8036.8046.0047.00

length(m)

1.001.00

1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00

1.000.900.500.700.800.901.001.001.001.001.001.00

AuppmO.005O.005

0.0260.006

O.005O.005•sO.OOSO.0050.005O.0050.005O.0050.005O.005O.005O.005O.005O.005O.005O.005

0.057

0.012O.005O.005O.005

0.017O.005

0.0140.007

O.005O.0050.005O.005


Hole ID

S04-1 1S04-1 1S04-11S04-1 1S04-11S04-1 1S04-1 1S04-1 1S04-11S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-1 1S04-11S04-1 1S04-11S04-11S04-11S04-11S04-11S04-1 1S04-1 1S04-11S04-11

Sample#

333573333574333575333576333577333578333579333580333581333582333583333584333585333586333587333588333589333590333591333592333593333594333595333596333597333598333599333600333601333602333603333604333605333606333607

from(m)

47.0048.0058.0062.0063.0064.0065.00

Standard66.0067.0080.70100.40122.00122.90123.30124.30125.30126.40127.50128.60129.60130.60131.60132.60197.60198.60199.60

Standard200.60201.60202.40203.10204.00205.00

i 227.60

to(m)

48.0049.0059.0063.0064.0065.0066.00

67.0068.0080.95100.70122.90123.30124.30125.30126.40127.50128.60129.60130.60131.60132.60133.60198.60199.60200.60

201.60202.40203.10204.00205.00206.00228.60

length(m)

1.001.001.001.001.001.001.00

1.001.000.250.30

^0.900.401.001.001.101.101.101.001.001.001.001.001.001.001.00

1.000.800.700.901.001.001.00

Auppm

0.006O.005-:0.005•cO.OOSO.005O.005•^0.005

0.0310.0060.008

*:0.005O.005^.005O.005•:0.005

0.0120.0050.007

O.005^.005*:0.005•:0.005O.005O.005O.005O.005

0.005O.005

0.006O.005*:0.005^.005O.005


Hole ID

S04-11S04-1 1S04-1 1S04-1 1S04-11S04-11

Sample#

33360833360933361033361 1333612333613

from(m)

228.60229.60230.55231.10231.50232.50

to(m)

229.60230.55231.10231.50232.50233.50

length(m)

1.000.950.550.401.001.00

Auppm*:0.005

0.029*:0.005

0.006'50.005*:0.005


Samplen

333538333539333540333541333542333543333544333545333546333547333548333549333550333551333552333553333554333555333556333557333558333559333560333561333562333563333564333565333566333567333568333569333570333571333572333573333574333575333576333577333578333579333580333581333582333583

"333584333585333586333587333588333589333590333591333592333593333594 333595333596

Auppb

•:5^

266

•:5•:5^*5•:5•:5

*5•:5

•:5•:5•:5

•:5•:5•:5

^<5

57

12•:5<5<5-:5<514

7•:5<5*5l^

6<5

. —— -~

•:5•:5•:5

3'

68

™ c

<5•:5<51;

c

'

^

î

———— 5

<5

AuoptO.001O.001

O.0010.0010.001O.001O.001O.001O.0010. 001O.001O.0010. 001O.001O001O.001O001O001O.001O.001

0.002

0.001O.001O.001O.0010.001O.0010.0010.001O001O001O.001O.001O.001O.001O.001O.001O 001O 001O.001

ooo-o.oo-O001

— — o.ocTO 001ooo-ooo-ooo-o.oo-ooo-o.oooooO.0010.001oooooo

Auppm0.005O.005

00260.006

O.005O.005O.0050.005O.0050.005O.0050.005O.0050.005O.005O.005O.005O.005O.005O.005

0.057

0012O.0050.005O.005

0.017O.005

0.0140.007

O.005O.005O.005O.005

0.006O.005O.005O.005O 005O 005O.005

0.03-00060.008o'cio's

O.005O 005O.005O 005001;O.OOi0007

OOOiOOO!

O.005O.005

Agppm

^•:2

^•:2•:2^^^*2^-:2^•:2<2<2<2<2•:2<2<2<2

<2•:2<2<2<2<2•:2

<2<2<2<2•:2<2<2

Al%

0.160.17

0.150.170.140.140.160.160.180.170.180.160.140.160.170.150.150.170.190.160.13

0.150.150.180.210.220.210.250.160.160.160.170.210.150.17

"- -3; 0.19^<2<2<2

^2<2

0.1!0.1!0170.15

0.150.1'

' —— 5 "o.Ts' ———— 3T 0.29

f2^<2<2<212<2<2<2

———— J2

0.210210.2C0171.151.1C1 2!02!0.2!

02:0.2'0.21

Asppm

•:3^

•:3•:3•:3^•:3O•:3•:3•:3^*3<3<30^<3<3<3<3

•:3<3<3<3<3^<3<3<3•:3^•:;

<;<;<;<;•:;<:<3<:

<;-:;e ;

III l H j

<

<:e ;<;^f '^<•<:

———— 3

Bppm

<5<5

•^5<5<5<5<5•:5<5<5<5<5•:5<5<5*5<5•:5

<5•:5

<5

<5•:5<5<5<5*5•:5<5<5*:5<5•:5<5<5

Bappm

1415

1518131316141411141515181510

•MO^0

11^0"MO

13121415191819141C121112121-

"1*1 14

<5<5

<5<5

K"M(•M(•MO

•M(<1(— zr *n—— 3| —— T

<5<5<5^<5<5<5<5

•:5<5

____ 5

r1:1216

"M(<1(<1(

2(161:1511

Beppm

•M<1

<1<1•M<1<1<1<1•M<1<1<1<1•el

<1<1*1<1

<1<1

<1<1<1•M<1<1<1<1•M<1<1<1<1^<1<•<•<-<•

<•<•<•<••c-

<•<•<•<•<•<•<<•

———

_ nJ ———— 1-

Ca%

1.020.93

1.101.061.080.951.141.021.271.111.310880.810.780.831.010951.261.221.121 38

1.521.311.441.301.201.321.351.271 361 421.041.421.671.211.371.371.371 4(1.47

1 5(1.552431.291.3!1.2!1 6(1 4!4.8'

3964.8!1.2!1.3!

1.461.5'

Cdppm

•MO^0

•MO^0•MO^0•MO•MO

•M•MO•MO<10•MO<10<10<10<10•MO<10<10<10

<10•MO<10<10<10<10•MO<10<10<10<10•MC<10<10

<10<1(•MO<10

<1(<1(<10•M(<1(<1(<1(<1(•M(<1(<1(<1(

Coppm

22

2222222222222223232

222222324.

3t33323;22

22t-

22

23'.

3535

2

Crppm

100120

14112082

11012199949089949691

128918387

1127670

11410011514815517614613811688

10211610'14512211010!9'

98

8'

66———— 78

7987

1468610-7!716'9'8!

103

Cuppm

33

3235432344546545445

6547747c

56i

34436ti3

2;

10t

2:7

14(13!14,

FeCX)

0.510.49

0.530.490.440460.500.460.430.470.460.550.570.590.570500.490.510.490450.55

0.580.490.610.540520540.530.450.510.480.460.530.500.51

K'!4

006006

0070.090.070.070.080070.060.050.060.050.040.040.050050.050.060.070.060.06

0.080.080.080.090.110.090.100.080070070.060.07008009

0.52| 007

0.520.500.47

0.450.430.650.480.470.460.480.534454.684.600.620.52

0.470.50

0.080.070.07006

0.060.0!0.07--.07

0.070.080.0!0.0!o.o-

o.o-o.o-0.0!0.0!

O070.08

Mg'S4

0.220.21

0.250.330.350.290.290.190.160.180.170.180.210220.190.220.220.240.230.220.43

0.450.410.370.300.310.190260.290.240220.190.22029040

' Qtt

0.4'0.430.42

0.4'0.44

0.52

0.400.4(0.420.9'0.9!0.9i0.460.5-

0.520.53

Mnppm

123107

131132145142153130137148152157172177152160155167155133200

205179214172164155151163179178122148163151

Moppm

f]•M

•M*1•M•M•M^•M•M^•M^•M.c!î1•M•M*1<^

•M^'1•M•M•M•M•M•M•M•M•1•M•M

~ 149| ^

155141134

129121—— -15

— Ti7125117131186

105010691031

211162

144156

•M•M•M

•M•M

' ——— Ti

"M•M

Na"X)

0.030.04

0.030.040.030030.040030.030.030.030.030.030.030.040.030.030.030.030.030.03

0.030.030.040.040040.030.040.030.030.03o.o"0.030.030.030.03

0.040030.03

0.030.03

0.030.040.040.040.030.020.020.010.030.04

0.040.05

Nippm

33

3323322233345323322

324254

43^232

2312

*1133'

3

3586459

62

J

i

COvP"

V

1 of 4 S0411R-log

Sample#

333598333599333600333601333602333603333604333605333606333607333606333609333610333611333612333613

AveMaxMin

Auppb

•5•5

5•56

•5<5•5<5<529<5

6•5<51457•5

Auopt•0001•0.001

•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001•0.001

Auppm•0.005<0.005

0.005•0.005

0.006<0.005<0.005•0.005<0.005<0.005

0.029•0.0050.006

•0.005<0.005

0.0140.0570.005

Aqppm

•2<2

•2<2•2<2•2•2<2<2

_ <2•2<2<2<2<2•2<2

Al%

0.200.33

0.210.190.180.340.190.180.200.140.150.130.160.220.190.231.280.13

Asppm

•3•3

O•3•3•3•3<3•3O<3•3<3<3<3<3•3<3

Bppm

<5^

<5<5<5<5^<5<5<5<5^<5<5<5<5^<5

Bappm

2067

7258341611121312

^0^0^0

12101772

^0

Beppm

<1•:1

<1<1<1<1•ci<1^1*1<1*1<1<1<1<1

^<1

Ca%

1.473.02

2.121.941.980.681.231.45—— ~7~

2.020.411.390.611.471.481.474.880.41

Cdppm

• 10^0

<10<10• 10• 10• 10• 10•10'• 10•10• 10• 10• 10• 10• 10• 10• 10

Coppm

27

75732222

•121224

351

Crppm

8161

826449

10783

1089190

144100161116

8110117649

Cuppm

314

65

106465643744

10147

1

Fe•it

0.481.35

1.861.631.570.470.410.430480.430.490.430.420.500.510.734.680.41

K•ft

0.080.09

0.100.080.070.090.070.080.090.080.020.080.020.110.080.070.110.01

Mg"X,

0.460.51

0.520.500.530.320.37

i 0.290.430.350.020.350.100.450.470.370.990.02

Mnppm

191410

449402400126159145171186241172131191178209

1069107

Moppm

• 1• 1

2• 1• 1• 1• 1• 1• 1

8• 119

1• 1• 1

619• 1

Na%

0.040.02

0.040.030.030.030.04

i 0.030.030.020.040.020.030.030.030.030.050.01

Nippm

35

8667212

• 1213225

641

S0411R-log

pppm

198186

191192209202192192189178199192196199202187188210202201203

21519319920019620120119719820120E208201194183167166is:186

165163

— iTo18718916917:14'31832(34317817217717116518C

Pbppm

34

3343444433222232222

433242

2t;32:

2-

i:;3;ic(8i;;332

Sbppm

'10'10

'10'10'10'10'10'10'10'10'10'10'10'10<10<10'10<10<10<10<10

'10<10<10<10<10'10<10<10<10<10'10<10'10'10'10'10'10'10'10

'10'10'10'10'10'1C'1C'1C'1C'1C'1C'1C'1C'1C'1C'10'1C

Seppm

'5'5

'5'5'5'5'5'5'5'5'5'5'5'5'5'5'5'5'5'5'5

'5'5'5^'5'5'5'5<5'5'5'5'5'5

~ '5'5'5'5'5

'5^~ -~5

'5'5^'5'5'5'5^'5'5'5^<S'5

Si%0.020.02

0.020.030.020.030.030.020.020.020.020.020.020.020.020.020.020.020.020.020.02

0.020.020020.020.020030.020.020.020.020.020.020.020.02' 0-03

0.020.020.020.02

0.020.02' 0-02

0.020.020.02o.o:0.020.050.0'0.0-0.020.020.020.020.020.02

Srppm

2625

25282926272535324025232421252026241824

27242423241926242425212828211313131413

1312127

131'1717877e:1'1'1V122.

T\ppm'100'100

'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100

'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100'100

'100'100'100

- '100'100'100'100'100'100'100'100'100'10('10('100'100'101

Tlppm

'1'1

'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1'1321

'111

*1T

'1'1'1'1'1'1'1^'

^"

'1

1tf '

f'*

'-

14'4'

4."

tf-

1^,J-

^1<•

2<•

•:1eci^1

Vppm

'2'2

'2'2'2'2'2'2'2'2'2'2'2'2'2'2'2'2'2'2'2

^

^

C

^

^

^

<

*:;<<<<<<-•c;•:;<•C]

<<<

^^^^<2233211'2^'2^c2'2

Wppm

'10'10

'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10

'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10'10

Yppm

21

2222222222222212212

22222

221111

11- ~~

1111244411

1

Znppm

1616

11131415151821242222232723211821201921

2119202016172111151616211414

__ 1514172117

161612141410131376708122003

SampleH

333538333539333540333541333542333543333544333545333546333547333548333549333550333551333552333553333554333555333556333557333558333559333560333561333562333563333564333565333566333567333568333569333570333571333572333573333574333575333576333577333578333579333580333581333582333583333584333585333586333587333588333589333590333591333592333593333594333595333596333597

3 of 4 S0411R-log

pppm

175948

123411821086201190181176171

MOO184

MOO183188247

1234149

Pbppm

25

63513223

1046333

10,1

Sbppm

•MO•MO

•MO^0<10<10<10<10~ ~1~MO<10MO<10<10<10<10<10MO

Seppm

•:5<5

^<5<5<5<5^<5<5<5*5^<5<5<5<5•:5

Si%

0.020.03

0.030.020.020.020.02

l 0.020.020.020.020020.010020.020.020.05,0.01

Srppm

30110

145133

862933241220

922

9181629

1457

Tippm

•MOO•MOO

MOO•:100•:100MOOMOO<100<100<100<100MOO^00<100<100MOO•MOO<100

TIppm

•MM

MM•M

1MMMM<1*1t1<1*1

23

M

Vppm

*2*2

32

<2*2*2•:2*2<2^2*2'2*2^21432-:2

Wppm

<10•MO

<10<10<10-:10•MO<10<10<10<10•MO<10<10<10<10MOMO

Yppm

14

6542211252222261

Znppm

1577

46323143141515232623291721228110

Samplett

33359833359933360033360133360233360333360433360533360633360733360833360933361033361 1333612333613

AveMaxMm

S0411R-IOQ


-128m

Standard333620

S04-12-6+50-83+50

1350-45"

-45.6"-45.30

#OXD27

134.3"133 0

Au-ppb422


NAD 8316

5737022395682

128


Mise (Azimuths are corrected. Casing left inHole StartedHole FinishedLogging StartedLogging FinishedDrilled byClaim NumberCore StoredLogged bySignature

23-Jun-0425-Jun-0425-Jun-0426-Jun-04


Fort HopeKeezhik

MainMetricMetric

hole.NQ

ReflexYes


Summary LogFrom0.0028.4049.9052.6081.1082.10

To28.4049.952.681.182.1128.0

Length28.4049.9052.6081.1082.10

128.00

RcodeovbmvIF

qpoIF

mv

UnitOverburdenMafic volcanicsIron FormationQuartz Feldspar porphyryIron FormationMafic volcanics

Hole IDS04-12

S04-12

S04-12

S04-12S04-12S04-12S04-12S04-12S04-12

S04-12

S04-12S04-12S04-12S04-12S04-12S04-12

S04-12

S04-12S04-12S04-12S04-12

from (m)0.0

28.4

32.0

40.043.643.946.147.149.9

49.9

50.250.450.851.052.352.6

52.6

52.673.281.181.1

to(m)28.4

49.9

34.0

44.046.747.8

52.6

81.1

63.0

82.1

len(m)28.4

21.5

2.0

0.10.60.7

2.7

28.5

10.4

1.0

Rcodeovb

mv

ft

foftqvqvqvct

IF

bdbdqvbdbdct

qpo

shqvctIF

DescriptionDriller's report: "Many large boulders up to 1.4 meters. Granite."

Fine-grained, medium to dark green, massive mafic flow. Sporatic poorly developed foliation. Fractured throughout. Numerous fractures and shears with rusted halos. Pervasive moderate to strong effverescence. Minor qtz filled fractures. Scattered irregular, mm-cm scale, translucent, qtz knots and veins with 1-207o euhedral py. All within 6 meters of IF contact.

Fault zone: Brecciated and sheared throughout with numerous seams of clayey and gritty gouge in lower 1 meter. 33 dca.35 dca.Rusted, vuggy fault.QV with py.Three, translucent qtz knots with py.Four, translucent qtz knots with py.Sharp, 44 dca.

Fine-grained, black, white, qtz-py-mag-chl IF. Well bedded, consisting predominantly of laminated pale brownish-white cherty qtz with scattered mm scale layers of mag and mm-cm scale layers of chlorite. Numerous transparent and translucent qtz veins and knots with py and cpy. Bedding is distorted and crenulated throughout and is locally parallel to core axis. Numerous qtz filled fractures perpendicular to bedding (tension gashes??). Moderate brecciation with extensive microfaulting and movement of breccia fragments.

26 dcaOdea2cm qtz vein with 5 07o py and 3 0Xo cpy.13 dca28 dcaSharp, 27 dca.Coarse-grained, pale greyish-white qtz por with 207o transparent, mm scale qtz phenocrysts is a siliceous matrix.Numerous rusted shears with rusted halos up to 10 cm wide.Py-qtz knot, 2 cm across. 9007opy.Ground core.Similar to above.

1 of 2 S0412-Final-log

Hole IDS04-12S04-12S04-12

S04-12

S04-12S04-12

from (m)82.182.1120.0

120.0

120.5128.0

to(m)

128.0

120.5

len(m)

45.9

0.5

Rcodectmvct

fpo

ct

DescriptionFault, 2mm gouge, 34 dca.Continued from above.Gradual, alteration contact, 32 dca.

Coarse-grained, brownish-white feldspar phenocrysts in a dark grey siliceoius matrix. 8007o mm scale phenocrysts. Strong silicification. Conatcts marked by 10 cm of very fine-grained bleaching with weak potassic alteration and minor sericite alteration. 5 07o disseminated py throughout concentrated at contacts.

Well defined, 44 dca.EOH

2 of 2 S0412-Final-log

Hole ID

S04-12S04-12S04-12S04-12S04-12S04-12S04-12S04-12504-12^S04-12S04-12S04-lg304-12S04-12S04-12S04-12S04-12S04-12

Sample#

333614333615333616333617333618333619333620333621333622333623333624333625333626333627333628333629333630333631

from(m)

45.0046.0047.0048.0049.0049.90

Standard50.8051.7052.6053.6074.0080.0081.1082.20119.00120.00120.50

to(m)

46.0047.0048.0049.0049.9050.80

51.7052.6053.6054.6075.0081.1082.2083.00120.00120.50121.50

length(m)

1.001.001.001.000.900.90

0.900.901.001.001.001.101.100.801.000.501.00

Auppm

0.011O.005O.005

0.007O.005

0.124

0.2641.2830.014

•^0.005O.005*:0.005

0.041O.005

0.007*:0.005^.005


Sampletf

333614333615333616333617333618333619333620333621333622333623333624 "333625"

333626333627333628333629333630333631

AveMaxWin

Auppb

11^^

7^

124

2641283

14*5

' ————

<541^

7<5^5

2191283

*5

Auopt<0.001^.001<0.001<0.001O.001

0.004

0.0080.037

^.001O.001~~o"ooi•eO.0010.001

*0.001O.001<0.001O.001

0.0130.037

O.001

Auppm

0.011O.005O.OOS

0.007O.OOS

0.124

0.2641.2830.014

O 005-"0-5]O.0050.041

<0.0050.007

O.005O.005

0.2191.283

O.OOS

Aqppm

<2<2*2<2<2<2

<2^<2<2

———— 3

^<2<2<2<2•*2<2*2

Al%

1.491.521.461.531.480.74

0.820.781.060.72 !— — "3.55

0.950.481.211.180.651 221.051.530.48

Asppm

•53^^•53<314

<35^<3' —— JJ•53

4^<3<3^

814^3

Bppm

7•sS<5<5•e524

2611<5^—— z<529

5———— 3

<5<51729•55

Bappm

•510•510•510<10<10<10

<10<10

2224 ———— T5

21<10<10

172002748

200•:10

Beppm

•ci

<1<1<1<1<1

<1^<1<1. — — — .

<1^<1*1<1<1•M<1<1

Ca"k

4.193.044.133.432.511.77

3.373.941.311.74

— Tel1.331.5C3.024.884.993.782.974.991.31

Cdppm

•MO^0^0•00<10<10

<10<10<10<10—— -oj^0<10<10<10<10t10^0<10<10

Coppm

363147362839

2117

4

22136' ~~33

14352447

2

Crppm

14113712111615086

127102133115—— is5

——— i 05

10516311940

11511816340

Cuppm

12271

17812776

327

189169

82"~ — ~4

11261758322

121106327

1

Fe•ft

5.175.115.294.774.889.08

7.405.891.560.991 — 6J61.457.935.364.312.963.70

59

0.76

K•x,

0.030.030.020.030.02

O.01

O.01O.01

0.110.13 —— "5

0.110.030.020.050.160.10

00

0.02

MgIt

0.930.910.920.890.860.90

0.870.810.590.59 " ~ ~b"58

0.530.801.021.040.850.88

11

0.53

Mnppm

181515252039163617324887

34762549

300368 —— -64

2872057

88910221182826

15804887

264

Moppm

^•:1^*1^•el

321

•e.1 ————— ~

•:1•:1•ci<1<1<1

23

•ci

Na%

0.030.030.020.030.04

^.01

^.01^.01

0.060.05 " — — 0"05

0.040.020.060.030.060.040.040.06

•:0.01

Nippm

544549494149

4438

74 ~~

447726614553872

4

S0412R-log

pppm

520536427520500334

397455264200——— 201

194460409731

4106931658

4106194

Pbppm

g878619

16124343

2098759

203

Sbppm

*10^0•MO•MO•510

^0

^0"MO•MO•MO•MO<10<10^0<10<10<10<10^0<10

Seppm

<5^<5<5<5<5

•:5<5<5<5- "5

—— 7s<5<5^<5<5<5^5

^

Si%0.100.090.060.090.100.03

0.030.040.110.09- ~0~7

0.100.050.100.070.070.100.080.110.03

Srppm

1713131314^

912119896

2149733319736

TiPPm

720775588880923129

184114^00•MOO^00^00•MOO•MOO^00•MOO•MOO

539923^00

TIppm

•M•O•M<1<1•M

<12

<11

•M

1<1<1<1•M<1

12

<1

Vppm

2119212530*2

•:2^V^<2<2^201757

1830^

Wppm

•MO*10<10<10<10*10

,^0^0<10^0- — *io<10<10<10<10<10<10<10•MO*10

Yppm

544432

211111245

1363

131

Znppm

7881728393153

79643818"13

3275

1206633656815313

Sample#

333614333615333616333617333618333619333620333621333622333623333624333625333626333627333628333629333630333631AveMaxMin

2 of 2S0412R-log

Appendix B

Analytical Certificates

11

SLAM Exploration Ltd. Date Created: 04-06-25 11:12 AM Job Number: 200440624 Date Recieved: 6/18/2004 Number of Samples: 90 Type of Sample: Rock Date Completed: 6/24/2004 Project ID:

Accurassay #319353193631937319383193931940319413194231943319443194531946319473194831949319503195131952319533195431955319563195731958319593196031961319623196331964319653196631967319683196931970319713197231973319743197531976

Client Tag333001333002333003333004333005333006333007333008333008333009333010333011333012333013333014333015333016333017333017333018333019333020333021333022333023333024333025333026333026333027333028333029333030333031333032333033333034333035333035333036333037333038

AuPPB^55

6^^^^11^

9^^25ÔOÔ^Ô

110338

339901744

1319181116162615^

6^^^^^15

Au oz/tO.001

0.002O.001O.001O.0010.001O.001O.0010.001O.001O.001O.001O.0010.001O.001O.001O.001O.001O.0010.001O.001

0.0320.001

0.010.0260.022

O.001O.001O.001O.0010.001O.001O.001O.001O.001O.001O.001O.001O.001O.0010. 0010. 001

Au PPMO.0050.0550.006

O.0050. 0050.005O.005

0.0110.005

0.009O.0050.0050.025

0.005O.005O.005O.005O.005O.0050.005O.005

1.1030.0380.3390.9010.7440.0130.0190.0180.0110.0160.0160.0260.015

0.0050.006

O.005O.005O.0050.0050. 005

0.015

1 of 3 Au 336 200440624 0406251(1]


Accurassay #319773197831979319803198131982319833198431985319863198731988319893199031991319923199331994319953199631997319983199932000320013200232003320043200532006320073200832009320103201132012320133201432015320163201732018

Client Tag333039333040333041333042333043333044333044333045333046333047333048333049333050333051333052333053333053333054333055333056333057333058333059333060333061333062333062333063333064333065333066333067333068333069333070333071333071333072333073333074333075333076

Au PPB41

415659

129

137^

28292

5611555197117620126018459^^^6

8063^131015*51194

1243610^^^^^^^^

Au oz/t0.0010.0120.002

0.001O.001O.001O.001O.001O.0010.0080.0030.0160.0450.0570.0050.0060.0080.0050.002O.001O.001O.001O.0010.235O.001O.001O.0010.0010.001O.0010.0030.0040.001O.001O.0010.0010.001O.0010.001O.001O.0010.001

Au PPM0.0410.4150.0650.0090.0120.0090.0130.007O.0050.2820.0920.5611.5551.9710.1760.2010.26

0.1840.0590.005O.005O.0050.0068.063O.0050.0130.01

0.015O.0050.0110.0940.1240.0360.01

O.005O.005O.005O.005O.0050.005O.0050. 005

2 of 3 Au 336 200440624 0406251 [1]


Accurassay # Client Tag32019 33307732020 33307832021 33307932022 33308032023 33308032024 33308132025 33308232026 33308332027 33308432028 33308532029 33308632030 33308732031 333088

Au PPB 16

459

33

25131

Au oz/t•:0.001•^0.001O.001

0.013NO

O.001

^.001

0.004

^.001 ^.001

Au PPM0.016

O.005•:0.005

0.459SAMPLE

0.033•sO.OOSO.005

0.0250.131

•:0.005 O.005•c0.005

3 of 3 Au 336 200440624 0406251 [1]

SLAM Exploration Ltd. Date Created: 04-06-28 11:09 AM Job Number: 200440654 Date Recieved: 6/23/2004 Number of Samples: 64 Type of Sample: Rock Date Completed: 6/27/2004 Project ID:Accurassay #

33441334423344333444334453344633447334483344933450334513345233453334543345533456334573345833459334603346133462334633346433465334663346733468334693347033471334723347333474334753347633477334783347933480334813348233483

Client Tag333089333090333091333092333093333094333095333096333097333098333098333099333100333101333102333103333104333105333106333107333107333108333109333110333111333112333113333114333115333116333116333117333118333119333120333121333122333123333124333125333125333126333127

AuPPB20

936

42394

75134^15

565

1102707110

59

15^^^1023

51233^^^

7^

9^

8064^^^^^^^^

Au oz/tO.001O.001

0.0010.0120.0030.022

O.001O.001O.0010.001O.001O.001

0.0320.0020.002

O.001O.001O.001O.001O.001O.001O.001O.001O.0010. 0010. 0010. 0010.001O.001O.001O.001O.001O.0010.001

0.235O.001O.0010.001O.001O.0010.0010. 0010. 001

Au PPM0.02

0.0090.0360.4230.0940.7510.034

0.0050.0150.0050.0060.0051.1020.07

0.0710.01

0.0050.0090.015

O.005O.005O.005

0.010.0230.0050.0120.033

O.005O.0050.005

0.007O.005

0.009O.005

8.064O.0050.005O.005O.0050.0050.005O.0050. 005

1 of 2 Au 336 200440654 040628[1]


33484334853348633487334883348933490334913349233493334943349533496334973349833500335013350233503335043350533506335073350833509335103351133512

333128333129333130333131333132333133333134333134333135333136333137333138333139333140333141333142333143333143333144333145333146333147333148333149333150333151333152333152

O O.001O 0. 001O O.0010 0.001O O.001O 0. 001

9 O.0018 0. 001

O O.0016 O.0016 O.001

O 0. 001O O.001

418 0.012O 0. 001^ O.001O O.001O O.001O O.001O 0. 001O O.001O O.00113 0. 00116 O.001O 0. 001O O.001O 0. 001O O.001

O.005O.005O.005O.005O.005O.005

0.0090.008

O.0050.0060.006

O.005O.0050.418

O.005O.005O.005O.005O.005O.005O.005O.005

0.0130.016

O.005O.005O.005O.005

2 of 2 Au 336 200440654 040628[1]

SLAM Exploration Ltd. Date Created: 04-07-06 01:13 PM Job Number: 200440700 Date Recieved: 6/30/2004 Number of Samples: 178 Type of Sample: Core Date Completed: 7/5/2004 Project ID:Accurassay #

34850348513485234853348543485534856348573485834859348603486134862348633486434865348663486734868348693487034871348723487334874348753487634877348783487934880348813488234883348843488534886348873488834889348903489134892

Client Tag333153333154333155333156333157333158333159333160333161333162333162333163333164333165333166333167333168333169333170333171333171333172333173333174333175333176333177333178333179333180333181333181333182333183333184333185333186333187333188333189333189333190333191

AuPPB10^9^^^^

71241110^^^17

144^^^^^^^^^^^^^^

10409^^6^6^^^^^^^

Au oz/tO.001^.001<0.001^.001^.001•cO.OOI<0.0010.208

<0.001^.001•cO.OOI^.001^.001^.0010.004

*:0.001

^.001<0.001^.001^.001*:0.001^.001^.001^.001^.001O.001<0.001^.001^.001

0.03O.001<0.001^.001<0.001^.001*:0.001^.001^.001<0.001^.0010.0010.0010.001

Au PPM0.01

O.0050.009O.005O.0050. 005O.0057.1240.0110.01

O.0050.005O.0050.0170.144O.005O.005O.005O.005O.005O.005O.005O.0050.005O.0050.005O.0050.005O.005

1.040.0090. 005O.0050.006O.0050.0060.005O.005O.005O.005O.005O.005O.005

1 of 5 Au 336 200440700 040706[1]

SLAM Exploration Ltd.Date Created: 04-07-06 01Job Number: 200440700Date Recieved: 6/30/2004Number of Samples: 178Type of Sample: CoreDate Completed: 7/5/2004Project ID:

3489334894348953489634897348983489934900349013490234903349043490534906349073490834909349103491134912349133491434915349163491734918349193492034921349223492334924349253492634927349283492934930349313493234933349343493534936

:13PM

333192333193333194333195333196333197333198333198333199333200333201333202333203333204333205333206333207333207333208333209333210333211333212333213333214333215333216333216333217333218333219333220333221333222333223333224333225333225333226333227333228333229333230333231

OO11

88

16OOO

7732OO

7OO19OOOOOOooooooooo

392OOOOOO1019OO

86

0.001O.001O.0010.001O.001O.001O.001O.0010.0010.226

O.001O.001O.0010.001O.0010.001O.0010.0010.001O.0010.001O.0010.001O.0010.001O.001O.0010. 001O.001O.001O.001

0.011O.001O.001O.001O.001O.001O.001O.001O.001O.001O.001O.0010.001

0. 005O.005

0.0110.0080.0080.016

O.005O.005O.005

7.732O.005O.005

0.007O.005O.005

0.019O.005O.005O.005O.005O.005O.005O.005O.005O.005O.005O.005O.005O.005O.0050. 005

0.392O.005O.005O.005O.005O.005O.005

0.010.019

O.005O.005

0.0080.006

2 of 5 Au 336 200440700 040706[1]

SLAM Exploration Ltd. Date Created: 04-07-06 01:13 PM Job Number: 200440700 Date Recieved: 6/30/2004 Number of Samples: 178 Type of Sample: Core Date Completed: 7/5/2004 Project ID:

3493734938349393494034941349423494334944349453494634947349483494934950349513495234953349543495534956349573495834959349603496134962349633496434965349663496734968349693497034971349723497334974349753497634977349783497934980

333232333233333234333234333235333236333237333238333239333240333241333242333243333244333244333245333246333247333248333249333250333251333252333253333253333254333255333256333257333258333259333260333261333262333262333263333264333265333266333267333268333269333270333271

O O.0016 O.001^ O.0010 O.00112 0.001

8 0. 0016 O.0016 0.001

O O.0011062 0.031

O O.001O 0. 001O O.001O O.001O O.001O 0. 001O 0. 001O O.001O O.001O O.001^ O.001O 0. 001

7 O.001O O.001O O.001

6 O.001O 0. 0010 0.001O O.0010 0.001O O.001

7010 0.204^ O.001O O.0010 0.001^ O.001O 0. 001^ O.001O O.001O O.0010 0.001^ O.001O O.0010 0.001

O.0050.006

O.005O.005

0.0120.0080.0060.006

O.0051.062

O.005O.005O.005O.005O.0050.0050. 0050. 0050. 005O.0050.005O.005

0.007O.005O.005

0.006O.0050. 0050. 0050. 0050.005

7.010.0050.0050.005O.0050. 005O.0050. 005O.0050.005O.005O.0050.005

3 of 5 Au 336 200440700 040706[1]


3498134982349833498434985349863498734988349893499034991349923499334994349953499634997349983499935000350013500235003350043500535006350073500835009350103501135012350133501435015350163501735018350193502035021350223502335024

333271333272333273333274333275333276333277333278333279333280333281333281333282333283333284333285333286333287333288333289333290333290333291333292333293333294333295333296333297333298333299333299333300333301333302333303333304333305333306333307333308333308333309333310

^^^^^^^^^

410^^^

7^^^^^23^^^^^

5^^^^^^

9787

10^

73412187

16^20

O.001O.001O.001O.0010.001O.001O.0010.0010.0010.012

0.001O.0010.001O.001O.0010. 001O.0010.001O.001O.001O.001O.001O.0010. 0010.001O.001O.001O.001O.0010.0010. 0010.0010.029

O.001O.001O.0010.001O.0010.0010.001O.001O.001O.001O.001

O.005O.005O.005O.005O.0050.005O.0050. 005O.005

0.41O.0050.005O.005

0.007O.005O.0050. 005O.005O.005

0.023O.0050.005O.005O.005O.005

0.0050.005O.005O.005O.005O.005O.005

0.9780.007

0.01O.005

0.0070.0340.0120.0180.0070.016

0. 0050.02

4 of 5 Au 336 200440700 040706[1]


2. 2848535025350263502735028350293503035031350323503335034350353503635037350383503935040350413504235043350443504535046

333311333312333313333314333315333316333317333318333318333319333320333321333322333323333324333324333325333326333327333328333329333330

O 0. 001O O.001^ O.001O 0. 0010 0.001^ O.0010 0.001O O.001^ O.001

402 0.0125 0.001

O 0. 001O 0. 001O O.001O 0. 001O O.001O O.001O 0. 001^ O.001O O.001O O.001O 0. 001

0.005O.0050.0050.005O.005O.005O.005O.005O.005

0.4020.005

O.0050.005O.005O.005O.005O.0050.0050.005O.0050.005O.005

5 of 5 Au 336 200440700 040706(1]

SLAM Exploration Ltd. Date Created: 04-07-19 11:54 AM Job Number: 200440742 Date Recieved: 7/8/2004 Number of Samples: 81 Type of Sample: Core Date Completed: 7/16/2004 Project ID:

Accurassay #373113731237313373143731537316373173731837319373203732137322373233732437325373263732737328373293733037331373323733337334373353733637337373383733937340373413734237343373443734537346373473734837349373503735137352

Client Tag333331333332333333333334333335333336333337333338333339333340333341333341333342333343333344333345333346333347333348333349333349333350333351333352333353333354333355333356333357333358333358333359333360333361333362333363333364333365333366333367333367333368

AuPPB21291081^^^10^

7128^^^^^^^13

164139

161167128

203885716367

685400^3841866

28^194152132

13714

Au oz/tO.0010.001O.0010.0020.001O.001O.001O.0010.0010.208

0.0010. 0010.001O.0010.001O.001O.0010.0010.005O.0010.0010.0050.049O.0010.0590.0020.0020.0020.0020.02

0.012O.0010.011O.0010.0010.001O.001O.0010.0060.0040.004

0.4

Au PPM0.0210.0290.01

0.081O.0050.005O.005

0.01O.0057.1280. 0050.0050. 0050.0050. 005O.0050.0050.0130.1640.0130.0090.1611.6710.0282.0380.0850.0710.0630.0670.685

0.4O.0050.3840.0180.0060.0060.0280.0050.1940.1520.132

13.714

1 of 3 Au 336 200440742 040719[1]


Accurassay #373533735437355373563735737358373593736037361373623736337364373653736637367373683736937370373713737237373373743737537376373773737837379373803738137382373833738437385373863738737388373893739037391373923739337394

Client Tag333369333370333371333372333373333374333375333376333376333377333378333379333380333381333382333383333384333385333385333386333387333388333389333390333391333392333393333394333394333395333396333397333398333399333400333401333402333403333403333404333405333406

Au PPB16034635^^^226970

2161014

101154

20111

190748020532418418258485

3833371910

196254288233

186139111152^7

Au oz/t0.0470.0010.001O.001O.0010.001O.0010.0020.0020.0060.0010. 0010.0290.0020.006

O.0010.0060.0020.002O.0010.002O.0010.005O.001O.0010.0020.0020.0110.01

0.0010.0010.0060.007O.0010.0020.0010.0050.0040.0030.004O.001O.001

Au PPM1.6030.0460.035O.005O.0050.0050.0220.0690.07

0.2160.01

0.0141.0110.0540.2010.0110.19

0.0740.080.02

0.0530.0240.1840.0180.0250.0840.0850.3830.3370.0190.01

0.1960.2540.0280.0820.0330.1860.1390.1110.152O.0050.007

2 of 3 Au 336 200440742 040719[1]


Accurassay # Client Tag Au PPB Au oz/t Au PPM37395 333407 15 O.001 0.01537396 333408 40 0.001 0.0437397 333409 ^ ^.001 *:0.00537398 333410 7 O.001 0.00737399 333411 ^ 0.001 O.005

3 of 3 Au 336 200440742 040719[1 ]


Accurassay #374003740137402374033740437405374063740737408374093741037411374123741337414374153741637417374183741937420374213742237423374243742537426374273742837429374303743137432374333743437435374363743737438374393744037441

Client Tag333412333413333414333415333416333417333418333419333420333421333421333422333423333424333425333426333427333428333429333430333430333431333432333433333434333435333436333437333438333439333439333440333441333442333443333444333445333446333447333448333448333449

AuPPB12149

14618212110

398^1019169

221675

11916412212145331867

27121188

97920117

92279101139

442842151593

Au oz/t0.001O.001O.0010.004

O.001O.001O.001O.0010.012O.001O.001O.001O.001O.0010.001O.0010.0020.0030.0050.0040.0040.001

0.001O.001O.001O.0010. 001O.001O.001O.001O.0010.029O.001O.0010. 0010.0030.0080.0030.0040.1290.1230.046

Au PPM0.0120.0140.0090.1460.0180.0210.0210.01

0.3980.005

0.010.0190.0160.0090.0220.0160.0750.1190.1640.1220.1210.0450.0330.0180.0060.0070.0270.0120.0110.0080.0080.9790.02

0.0110.0070.0920.2790.1010.1394.4284.2151.593

1 of 6 Au 336 200440743 040720[1]


Accurassay #374423744337444374453744637447374483744937450374513745237453374543745537456374573745837459374603746137462374633746437465374663746737468374693747037471374723747337474374753747637477374783747937480374813748237483

Client Tag333450333451333452333453333454333455333456333457333457333458333459333460333461333462333463333464333465333466333466333467333468333469333470333471333472333473333474333475333475333476333477333478333479333480333481333482333483333484333484333485333486333487

AuPPB2142359291102202114944376258

3994319511723775048652956938032

7353697475

184208232525

7352599311558606063957

Au oz/t0.0620.01

0.0080.003O.0010.0010.0040.0010.0010.0020.0020.0120.0010.0060.003

0.0010.0020.0010.0010.002

O.0010.0020.0030.002O.0010.0210.0110.0020.0020.0050.0060.0070.0150.2140.0170.0090.0160.0020.0020.0020.003O.001

Au PPM2.1420.3590.2910.1020.02

0.0210.1490.0440.0370.0620.0580.3990.0430.1950.1170.0230.0770.05

0.0480.0650.0290.0560.0930.08

0.0320.7350.3690.0740.0750.1840.2080.2320.5257.3520.5990.3110.5580.060.06

0.0630.0950.007

2 of 6 Au 336 200440743 040720[1]


Accurassay #374843748537486374873748837489374903749137492374933749437495374963749737498374993750037501375023750337504375053750637507375083750937510375113751237513375143751537516375173751837519375203752137522375233752437525

Client Tag333488333489333490333491333492333493333493333494333495333496333497333498333499333500333501333502333502333503333504333505333506333507333508333509333510333511333511333512333513333514333515333516333517333518333519333520333521333521333522333523333524333525

AuPPB274624447370684045901174227

101955151636

100661079^

11287^

3510245^^^^

44613^^^299

Au oz/tO.0010.001

0.0010.0010.0020.0020.0020.0010.0010.0030.0030.001O.001

0.030.0020.0010. 0010.0010.0030.002

0.001O.001O.001O.0010.003O.001O.001O.0010.102

O.001O.001O.001O.001O.001O.0010.0130.001O.0010.001O.0010. 001O.001

Au PPM0.0270.0460.0240.0440.0730.07

0.0680.04

0.0450.09

0.1170.0420.0271.0190.0550.0150.0160.036

0.10.0660.01

0.0070.009O.0050.1120.0080.007O.005

3.510.0240.005O.005O.005O.005O.0050.4460.013O.005O.005O.0050.0290.009

3 of 6 Au 336 200440743 040720[1]


Accurassay #375263752737528375293753037531375323753337534375353753637537375383753937540375413754237543375443754537546375473754837549375503755137552375533755437555375563755737558375593756037561375623756337564375653756637567

Client Tag333526333527333528333529333529333530333531333532333533333534333535333536333537333614333614333615333616333617333618333619333620333621333622333623333623333624333625333626333627333628333629333630333631333632333632333633333634333635333636333637333638333639

AuPPB8

126

8771

291156^7^^6011^^^7^

1244222641283

1710^^^41^7^^1515^66^24

218104^

Au oz/t0. 001O.001O.0010.0030.0020.008

0.001O.0010.001O.0010.0010.0010.0020.001O.0010.001O.001O.0010.0010.0040.0120.0080.037O.0010. 001O.0010.0010. 0010.0010. 001O.001O.0010.0010.001O.001O.0010.002

O.001O.0010.0060.0030.001

Au PPM0.0080.0120.0060.0870.0710.2910.0150.006O.0050.0070.005O.005

0.060.011O.005O.005O.0050.007O.0050.1240.4220.2641.2830.0170.01

0.005O.005O.0050.0410.0050.007O.005O.0050.0150.0150.0050.066O.0050.0240.2180.1040.005

4 of 6 Au 336 200440743 040720[1]


Accurassay #375683756937570375713757237573375743757537576375773757837579375803758137582375833758437585375863758737588375893759037591375923759337594375953759637597375983759937600376013760237603376043760537606376073760837609

Client Tag333640333641333641333643333644333645333646333647333648333649333650333651333651333652333653333654333655333656333657333658333659333660333661333661333662333663333664333665333666333667333668333669333669333670333671333672333673333674333675333676333677333678

AuPPB1003^^

7^

918

184156

115283929^^^^^^^

742775

137^^

885^^^^

8^

66^^^

Au oz/t0.029

0.0010.0010.0010. 0010.0010. 001

0.0050.001O.001

0.003O.001

0.0010.001O.0010.0010. 0010. 0010. 001O.001O.001

0.217O.001O.001O.001O.001O.001O.001O.0010.001O.001O.001O.001O.001O.001O.001O.001O.001O.0010.001O.001O.001

Au PPM1.003

O.005O.005

0.0070.0050.0090.0180.1840.0150.0060.1150.0280.0390.029

O.0050.005O.005O.005O.005O.005O.005

7.4270.0070.0050.0130.007

O.005O.005

0.0080.0080.005

0. 0050. 0050.0050.005

0.008O.005

0.0060.006

O.005O.005O.005

5 of 6 Au 336 200440743 040720[1]


Accurassay #37610376113761237613376143761537616376173761837619376203762137622376233762437625376263762737628

Client Tag333678333679333680333681333682333683333684333685333686333687333687333688333689333690333691333692333693333694333642

AuPPB^7

431159

12^^8^698^6^^6^

Au oz/tO.0010.0010.013

0.001O.0010.001O.0010.001O.001O.0010. 001O.0010. 0010. 0010. 0010. 0010.0010.0010. 001

Au PPM0. 0050.0070.4310.0150.0090.012O.0050.0050.0080.0050.0060.0090.008O.0050.0060. 0050.0050.006O.005

6 of 6 Au 336 200440743 040720[1]

QNTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0440.01496 Status: APPROVED

Recording Date: 2004-SEP-21 Work Done from: 2004-JUN-14

Approval Date: 2005-JAN-12 to: 2004-JUN-29

Client(s):

1 1 1858 BRERETON, WILLIAM ERNEST

Survey Type(s):

ASSAY PDRILL

Work Report Details:

Claim#

TB 3002941

TB 3002942

TB 3002943

TB 3002944

TB 3002945

TB 3002946

TB 3002973

TB 3002974

TB 3002975

TB 3002976

TB 3002977

TB 3002981

TB 3002982

TB 3002983

TB 3002984

TB 3002985

TB 3002986

TB 3002987

TB 3002988

TB 3002989

TB 3002990

TB 3002991

TB 3002992

TB 3002993

Perform Perform Approve

sosososososososo

334,208 S34

SO

SO

sosoSO

S29.586 S29

SO

SO

SO

SO

SO

SO

554,548 S54

5128,513 S128

SO

SO

sososososososo

,208

sososososo

,586

SO

SO

SO

sosoSO

,548

,513

SO

5246,855 3246,855

External Credits:

Reserve:

: SO

5112,055

S112.055

Applied51,600

56,400S6.400

S6,400

56,400

S 1,600

S6.400

S6.400

S6.400

S4.800

S5.200

56,400

56,400

56,000

S6.400

S6.400

S6.000

S6.400

S5.600

56,400

S6.400

S6.000

S3.600

S4.800

S1 34,800

Applied Approve

S 1,600

S6.400

56,400

56,400

S6.400

S1.600

S6.400

56,400

S6.400

S4.800

S5.200

S6.400

56,400

S6.000

56,400

56,400

S6,000

56,400

S5.600

S6.400

S6.400

56,000

S3.600

S4.800

S134.800

Assign

sosososoSO

sososo

S27.800

sosoSO

soso

523,000

SO

sososososo

S31.800

529,800

SO

5112,400

Assign Approve

0

0

0

0

0

0

0

0

27,800

0

0

0

0

0

23,000

0

0

0

0

0

0

31,800

29,800

0

5112,400

Reserve

soSO

sosososososoS8

sososososo

S186

sosososososo

516,748

595,113

SO

S1 12,055

Reserve Approve rjue rjate

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005- J UN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

S8 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-J UN-24

SO 2005- J UN-24

S186 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

SO 2005-JUN-24

51 6,748 2005-JUN-24

595,113 2005-JUN-24

SO 2005-JUN-24

5112,055

Reserve of Work Report*: W0440.01496

Total Remaining

Status of claim is based on information currently on record.

Oo(Tl

H W

3!4Haw ea

2005-Jan-17 11:26 ARMSTRONG! Page 1 of 1

Ministry ofNorthern Developmentand Mines

Date:2005-JAN-12

Ministere du Deveioppement du Nord etdes Mines Ontario

GEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E 6B5

WILLIAM ERNEST BRERETON 94 AMELIA STREET TORONTO, ONTARIO M4X1E4 CANADA

Tel: (888) 415-9845 Fax:(877)670-1555

Dear Sir or Madam

Submission Number: 2.28485 Transaction Number(s): W0440.01496

Subject: Approval of Assessment Work

We have approved your Assessment Work Submission with the above noted Transaction Number(s). The attached Work Report Summary indicates the results of the approval.

At the discretion of the Ministry, the assessment work performed on the mining lands noted in this work report may be subject to inspection and/or investigation at any time.

The revisions outlined in the Notice dated December 9, 2004 have been corrected. Accordingly, assessment work credit has been approved as outlined on the Declaration of Assessment Work Form that accompanied this submission.

If you have any question regarding this correspondence, please contact BRUCE GATES by email at [email protected] or by phone at (705) 670-5856.

Yours Sincerely,

Ron C. GashinskiSenior Manager, Mining Lands Section

Gc: Resident Geologist

William Ernest Brereton (Claim Holder)

Assessment File Library

William Ernest Brereton (Assessment Office)

Bryan Joseph Mckay (Agent)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:20251

CANADA PROVINCIAL MWNORecoRDiir* OFFICE

Mining Land Tenure Map

o oOJ

rt

ea

jMH

rsi H H X

S744000N

5740000N

3940006 395000E 397000E 398000E M9000E 402000E

UTM Zone 16 1000m grid

ThoMt wicWng to lUto iWntr^ ittlfm *hauM coraun wth Hw Provincial Mining FtaMwtere' Oflk* 01 in* Mlnfctty of toriMtn 0*vriopmtni m

(ntortmtbn rmy Jtao booHalnwl itinuglilhtlDCilLand T*toac* R*Qttliy Oil le*, onh* MiWrttyd t4iU*t'Ft*soiiK*v.

M-tWlu* M the Wiynhswi Mnnon,General Information and Limitations

PmfrEtaf Mmm FkBonJoJ*' Oftk*WXtot Qiwon MIIUi cnntar 9U Ra nuey Law R

To* Free M*ft tMMm HAD 83Tvfc 1 (889)415-9946aid ST4flPie(trtton; UTM W d*}-MiF)*: 1 (J 77)970-14+4 To Dog tt pt* Dda Saurca: Land Intormlten Ontano

M (Saw tmMfUwwd mnd Mnum *M ITMNMII m MM inoluaing eerum l or wtyn, Ibodbfl right*, Ht*n*M, oJflthwfonm etdfepoelkulo* rlgM

Clown. AlioMttmnandOmrainilMral iHmlnit mulct or woti*ll Im antiy U Mit

Date ; Time of Issue: Mon Nov 29 16:35:04 ESI 2004

TOWNSHIP l AREA PLAN KEEZHIK LAKE AREA G-0288

ADMINISTRATIVE DISTRICTS l DIVISIONS

Mining Division Thunder BayLand Titles/Registry Division KENORAMinistry of Natural Resources District NIPIGON

TOPOGRAPHIC Land TenureFtMhBW P*tonl

nn Sudan And Mining Ri

Mlrxi

Ra l way m UMtHoiSpactua

m Surt.c.A)iitWnlngHt(jhis

g"j BuitocoRlslilsOdY

m Mining Righto Only

B UwriUMp"rnrtCj^J CWer m Council (Not DpBT. tor taking)

CJ WMirPnHrLMMA,

l ~ ~ ~ ~ ~ ~| HIM Only Mining ClaMc

LAND TENURE WITHDRAWALS

Order In Council' VV'im SdHnt* Ami kMngi WI BU'W. NONU Onl,

IMPORTANT NOTICES

LAND TENURE WITHDRAWAL DESCRIPTIONSWsMflw Typo Onto DmcHWtofi

COOOB735 Wtm Jun 33,300* i* Urn**" hdf

0300BTM Warn Jun 22,2004 o hffH'" W1(C*ilm..V)*v^

030X737 Warn Jun 22,2004 ** Until' Dttf

0300BTM Wsm Jun 22,2004 f h not-" Mt[

LICENSE OF OCCUPATION O

2.28485PDRILLASSAY

2 . 28 485o

SLAM EXPLORATION LTD.

OMrSBT.XXM

Author

Drawing

Se** 150000

KEEZHIK LAKE PROJECT

CLAIM LOCATION MAP

FIGURE 2

Protection UTM ZONE 18 NAD53

C'M KA' i:\PI.OR\TIO\ CO.\M I H\d


S04-11396727mE.5738677mN

S04-10393986mE5737529mN

5737500 mN

5737000 mN

w too

O 200 ^

meters

400

3002975

S04-12395682mE5737022mN

30029872. 284 85

FIGURE 3 WEST

3002984


DM* SEPT. 2004

Audtor

Oftc*


DIAMOND DRILL HOLES

S04-10. S04-11 &S04-12

FIGURE 3 WEST

CLARK I-:\PLORATIO.\ CO.\SL'LTL\(i

LUe S?

5735750 mN

5735500 mN

5735250 mN

5735000 mN

5734750 mN

'5734500 mN

utE

3002986

S04-09399049mE,5735559mN

S04-08 398860mE.5735015mN 3002992

r

/'

KEEZKIK LAKE

.5734250 mN

O 200 ——meters

400


Me SEPT. 2X4

Oftoe

Scate-1'5.000


DIAMOND DRILL HOLES

S04-08 A 09

FIGURE 3 EAST

imw ZONE 1* N*D S3

CLARK EXPLORATH)\ CO\Sl'LTIMt

S2P16SW2001 2.28485 KEEZHIK LAKE t EAST ARM 230

toht- O

w Hansen ,Ui Occurrence a i

*NBK Au Zone304-12

P"]

PI

f I

D

Geological Legend

MASSIVE GRANOOOVTE TO GRANITE

FOLIATED TONALfTE SUITE

GNEJSSC TONALfTE SUfTE

FELDSPAR */- QUARTZ PORPHYRY INTRUSWES

METASEDIMENT ARY ROCKS

iRON FORMATION

FELSIC TO INTERMEDIATE METAVOUCANC ROCK;

MAFC TO INTERMEDIATE METAVOLCANC ROCKS

FAULT

Symbols

O AREAS OF ANOMALOUS Au GEOCHEMISTRY

MINERAL OCCURRENCES

Au - OTHER GOLD OCCURRENCES

2. 284 85


DM* SEPT. 2004

Author

Office

Diwing

KEEZHIK LAKE PROPERTY

GEOLOGY MAP

FIGURE 4

if.^ i ITM 7r*jp ifl NAH

CL\Rk l-: CONSULTIMi

S04-08 Az.150, Dip-50

-60 -50

-100 -100

-150

-200

-150

-200

LEGEND

ob overburden

urn ultra mafics undifferentiatedumv ultramafic volvanicsumt ultramafic tuff

mv mafic volcanics undifferentiated pmv pillowed mafic volcanics mmv massive mafic volcanic

mt mafic tuff

tu tuff undifferentiated

se sediments undifferentiatedarg argillitesil siltstonemud mudstonegre greywackeqet quartz eye tuff

po porphyry undifferentiated fpo feldspar porphyry

bd beddingct contactfo foliationfr fractureft faultjt jointqv quartz veinsh shearvn veinbr breccia

2. 284 oC

-25031700m SOUS -250

25

SLAM EXPLORATION LTD.KEEZHIK LAKE PROPERTY

THUNDER MY MNNG OWSION

SECTION S0408DRILL HOLE SOW8 y COLLAR 398880E5735015N

CLARK EXPLORATION CONSULTING

52P1 6SW2 001 2.28485 KEEZHIK250

-150

-250

S04-09 Az.220, Dip-558

-150

-200

* M LLif \J "Si-

-250

LEGEND

ovb overburden

um ultramafics undifferentiatedumv ultramafic volvanicsumt ultramafic tuff


mt mafic tuff




bd bedding ct contact fo foliation

fracturefault

Jt joint qv quartz vein sh shear

vein br breccia

fr ft

25


THUNDER BAY MMNG DIVISION

SECTION 804-09DRILL HOLE 80W8/COUAR399049E 5735659N


52P16SW2001 2.28485 KEE7HTV T *~KEEZHIK LAKE (EAST ARM) 260

SftHO Az.135,Dip-45

-50 -50

-100 -100

148.00m S04-10

-150 -150

-200 -200

2. 284

LEGEND

ovb overburden

um ultramafics undifferentiatedumv ultramafic volvanicsumt ultramafic tuff


mt mafic tuff



po porphyry undifferentiated f po feldspar porphyry


-250 -250


1HJNDB* MY MNNG DMSION

SECTION S0410DRILL HOLE S04-10/ COLLAR 393966E 5737S29N

iaimtifmm

CLARK EXPiORATION CONSULTING


S04-11 Az.140, Dip-55

-50 -50

-100 -100

-150 -150

LEGEND

ovb overburden

urn ultramafics undiffetentiatedumv ultramafic volvanicsumt ultramafic tuff

mv mafic volcanics undifferentiatedpmv pillowed mafic volcanicsmmv massive mafic volcanic

mt mafic tuff


se sediments undifferentiated

-200 -200

J! M, li V vf O "*: r*t

argsil siltstone mud mudstone gre greywacke qet quartz eye tuff


bd bedding ct contact fo foliation

fracturefaultjoint

qv quartz vein sh shear vn vein br breccia

fr ft jt

-250 -250


THUNDER BAY MMMQ DIVISION

SECTION S0411 DRILL HOLE S04-11/COLLAR 396727E5738877N


52P16SW2001 2.28485 KEEZHIKLAKE (EAST ARM) 2 80

S04-12 Az.135,

-so

Dip 45

-60

-100 -100

-150 -150

-200 -200

LEGEND

ovb overburden

urn uttramafics undifferentiatedumv ultramafic volvanicsumt ultramafic tuff

rnv mafic volcanics undifferentiatedpmv pillowed mafic volcanicsmmv massive mafic volcanic

mt mafic tuff


se sediments undifferentiatedarg argillitesil siltstone•mud mudstonegre greywackeqet quartz eye tuff



2.284 8-250 -250

25


THUNDER BAY MMMG DIVISION

SECTION S0412DRILL HOLE S04-12 1 COLLAR 395682E 5737022N

BP/K UXKMOHDWOT



Documents

Diamond Drill Report - Ontario...Diamond Drill Report Keezhik Lake Project for Slam Exploration Ltd. 2.28485 52P16SW2001 2.28485 KEEZHIK LAKE (EAST ARM) 010 by B.J. McKay, P. Geo