geol assessment rpt on the red lake prop · 2017-01-17 · on the red lake property for island-arc...

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Geological Assessment Report

on the Red Lake Property

for Island-Arc Resources Corp.

Fairlie, Baird and Todd Townships

Red Lake Mining Division

Ontario

N.T.S. 52M/01, 52N/04

2 .17975f*W* .{SWWi, y*** jMMt B 4 J J""* J^k.

RtCEIVEDNOV -5 1997

GEOSCIENCE ASSESSMENT

P. Nakai-Lajoie October 24, 1997

52N04SW2001 2.17975 FAIRLIE

Table of Contents010C

1.0 Summary

2.0 Location and Access

3.0 Property Description

4.0 Regional Geology

5.0 Exploration History

6.0 1997 Exploration Program

7.0 Property Geology

8.0 Geochemistry

9.0 Results

Pagel

l

1

2

3

3

4

4

5

10.0 Conclusions and Recommendations 5

References 6

Certificate of Qualifications 7

Appendix I - Assay Certificates

List of FiguresFigure 1. Subprovince divisions of the Archean Superior Province la Figure 2. Red Lake Property Map Ib Figure 3. Geology of the Red Lake Greenstone Belt 2a Figure 4. Regional patterns of deformation, metamorphism and

alteration in the Red Lake greenstone belt with all past and present producing mines and major occurrences of gold 3a

Figure 5. AFM plot of samples 5a Figure 6. Plot of TiO2 vs. A12O3 5b Figure 7. Plots of major oxides 5c

List of TablesTable 1. List of Claims on the Red Lake PropertyTable 2. Summary of Previous Work

le 3b,c

List of Tables (cont.)Table 3. Major and minor element geochemistry of typical

samples of tholeiitic, komatiitic and calc-alkaline metavolcanics from the east half of the Red Lake area 5 d

Table 4. Partial chemical analyses of silicified and carbonatized basalts from the Highly Altered Zone in the Red Lake area 5 e

List of MapsMap l. Surface Geology and Sample Locations, Martin Bay areaMap 2. Surface Geology and Sample Locations, Theta Island

1.0 Summary

The Red Lake property consists of 14 contiguous unpatented mining claims consisting of 174 units primarily located in Fairlie Township extending south into Baird and west into Todd Townships in the Red Lake Mining Division, District of Kenora, Ontario.

During August 1997, preliminary field work was conducted on select portions of the property considered to have the highest potential for hosting gold mineralization. Systematic mapping, rock sampling and re-establishing of old grid lines for geologic control were concentrated in the vicinity of the Pipestone Bay - St. Paul's Bay and Post Narrows deformation zones as defined by Andrews et al. (1986). A total of 132 samples were taken and assyed for gold and multiple elements. Of these, 106 were analyzed for lithogeochemistry.

Mapping outlined relatively unaltered barren mafic volcanics containing variably weak to pervasive carbonate alteration. A weak to moderate foliation fabric trends roughly east-west to slightly southeast-northwest. Minor irregular discontinuous quartz veins occur across the mapped area. Localized highly sheared rock containing Fe-carbonate veins outcrops sporadically throughout the property.

Low values of gold as well as As, Zn, Cu, Hg, Sb and Pb were returned from the rock analyses. Major oxide results reflect a low intensity of hydrothermal alteration.

Characteristics associated with known gold deposits in the Red Lake camp have not been observed on the property in the areas considered to have the greatest potential for hosting gold mineralization. Based on previous work and the results of the present mapping and sampling program, the economic potential of the property at depth is undetermined.

2.0 Location and Access

The Red Lake property is located in the Red Lake greenstone belt in the west half of the Uchi Subprovince in the Superior Province of the Canadian Shield (Fig. 1). The center of the property is located approximately eight kilometers west of the town of Red Lake, Ontario and covers portions of central Red Lake extending from the south shore of Red Lake north across the Fisher Islands and Martin Bay to south of Hammell Lake. The southern and central parts of the property can be accessed from the town of Red Lake by boat along Red Lake. The property north of Martin Bay can be accessed from town by the Mount Jamie Mine Road via the Pine Ridge and Nungesser logging roads.

3.0 Property Description

The Red Lake Property consists of 14 contiguous unpatented mining claims consisting of 174 units primarily located in Fairlie Township and extending south into Baird and west into Todd Townships in the Red Lake Mining Division, District of Kenora, Ontario (Fig 2). All claims on the Red Lake property are listed in Table l.The Red Lake property is owned I WYa by Wolfden Resources, a private Ontario corporation. Island-Arc

Phanerozoic Proterozoic

l J Granitoid rocks: plutons. old sialic crustand -unspecified gneisses

Metasedimentary and gneissic rocksMetavolcanic-metasedimentary

greenstone beltsSubprovince boundary

Hudson Bay

O 100 200 300 400

Lake Huron

Figure l . Subprovince divisions of the Archean Superior Province in Ontario and Quebec and the location of the Red Lake greenstone belt

la

Red L ake

Figure 2. Red Lake Property Map

Ib

Table 1: List of Claims in the Red Lake Property

Claim Number Number of Units Township(s) Date RecordedKRL1184244 KRL1184245 KRL1184366 KRL1184367 KRL1184368 KRL1184369 KRL1184370 KRL1184373 KRL1184374 KRL1184375 KRL1184389 KRL1184413 KRL1184801 KRL1184802

14 claims

1612615151214163151510169

174

FairlieFairlieFairlie.ToddFairlie.ToddFairlieFairlieFairlie.ToddFairlieFairlieFairlieFairlieFairlieBairdFairlie.Baird

22-Jun-9522-Jun-958-NOV-95S-Nov-958-Nov-958-NOV-958-NOV-95

28-Nov-9523-NOV-9523-NOV-9515-Jan-9615-Jan-96

22-May-9722-May-97

le

Resources Corporation, a Vancouver based exploration company, has the option to earn 75*^0 over a four year period through staged work expenditures and payment.

4.0 Regional Geology

The Red Lake greenstone belt consists of an approximately 48 km. by up to 25 km. wide band of Archean metavolcanic and metasedimentary rocks surrounded by late Archean granitoid intrusions (Fig. 3).

Five assemblages have been defined in the Red Lake greenstone belt based on U- Pb zircon dating of volcanic units (Stott and Corfu, 1991). The 2992-2964 Ma Balmer assemblage is composed predominantly of basaltic tholeiite and komatiite flows with minor mafic to ultramafic intrusions, chemical sediments and felsic volcanics. The Ball assemblage is a dominantly calc-alkalic sequence of mafic volcanic flows, intermediate to felsic flows and tuffs dated at 2940-2925 Ma. The Bruce Channel assemblage consists of basaltic flows with minor felsic pyroclastic units (which returned an age date of 2894 Ma), clastic sedimentary rocks and iron formation. The felsic to intermediate pyroclastic rocks of the Woman assemblage with a single age date of 2830 Ma outcrops on MacKenzie Island in the east part of Red Lake however the relationship to other assemblages is unknown. The 2748-2733 Ma Confederation assemblage consists of interbedded felsic, intermediate and mafic flows, tuff and tuff breccia. The belt is surrounded by granitoid batholiths and stocks that have returned 2840-2806 Ma age dates. Metamorphic grade varies from greenschist in the center of the belt to amphibolite near the contact adjacent to the intrusions. The dominant regional structural fabric is a pervasive foliation that trends generally parallel to lithologies as well as the contacts of the surrounding batholiths.

Andrews et al (1986) have defined linear zones of high strain forming conjugate northwest and southwest trending deformation zones. These deformation zones consist of discrete and closely spaced shear zones separated by narrow domains of relatively undeformed rocks (Durocher and Burchell, 1983). These heterogeneous shear zones are l to 3 km in width, 10's of kms in strike length and are usually parallel or subparallel to the volcanic stratigraphy. Two of these deformation zones have been outlined crossing the property. The Pipestone Bay - St. Paul Bay deformation zone trends northwest from St. Paul Bay on the southeast side of Red Lake through the center of the property and continues north of Martin Bay. The Post Narrows deformation zone trends southwest and intersects the Pipestone Bay - St. Paul Bay deformation zone west of the Dome stock on the east side of the property (Fig. 4).

All of the volcanic-hosted past and present producing mines in the eastern section of the Red Lake greenstone belt appear to be structurally controlled and occur closely associated with highly altered rocks (Andrews, 1983). Alteration is characterized by Fe- carbonatization, silicification and sericitization. Mineralized areas are associated with broad haloes of moderate but pervasive silicification. Intense brecciation and silica flooding characterize rocks in the vicinity of ore zones accompanied by abundant quartz and Fe-dolomite veins. Silicified basalts exhibit strong depletions in CaO, Na2O and MgO whereas carbonatized basalts have slight to moderate depletions of CaO. Within and immediately adjacent to zones of high strain, carbonatization appears widespread while biotite, sericite and chlorite are more localized. Biotite occurs as an important secondary

Lcgind

Volcanic cmemblogei^^ Map notation Age range (Mo)

___ 273O-2BOO

|;i;3 4 2600-2900.

Iffiigj 3 2900-3000

[SS5j StoVmntory roekt logo unctrMM

K^y] kttriulvo reck* fog* varlot)

Mop notation AuemWogt

BC BIIKI Chonnil

f BM

BM Botmr

C Conlidirollon

W

Symbols.

A Town

* Pmt productig mlnut dmlopod aid raw pmpicls

ConvbO Mhi

Anhur W. WMti HUM

( ^jU-Pb lircoi ogi dtltrmkxilkyi (Ma)

yS* LkM tt tlratlgraphlc pro)tctloa

. ** AppraUmatl Imlll of ditornHllon ionn

TMUnfe ouwnbtoai boundory

Y Younging dirocllM

1*4*4 4* **

* * * 44*

t * *4*44444.... ....

444444444

X'l'W-oi&i^^^^^^^^^^

Figure 3. Geology of the Red lake greenstone belt (Stott and Corfu, 1991) showing location of the property.

2a

phase on the McFinley Property and in the Campbell and Goldcorp (formerly A. W. White) Mines. Chlorite, sericite and carbonate are more significant in the area of the Cochenour, Wilmar and McMarmac Mines (Fig 4). Gold often associated with arsenopyrite occurs in the intensely silicified areas and as higher grade zones within the veins.

Several small gold deposits occur northwest of the property. The gold deposits of the Lake Rowan and Mount Jamie Mines are located in quartz veins in highly altered and deformed rocks.

Gold mineralization occurs west of Martin Bay in sheared and altered mafic volcanic rocks, narrow quartz veins and narrow quartz-carbonate zones. Significant amounts of silver, pyrite, pyrrhotite, arsenopyrite, chalcopyrite, sphalerite and galena are closely associated with the gold mineralization (Riley, 1971 a).

5.0 Exploration History

A list of the previous exploration work done on the property is documented in Table 2. No significant gold showings occur on the property. Diamond drilling by Inlet Resources north of Martin Bay intersected iron formation containing up to 0.08 oz/t Au over 0.85m. In the northwest comer of the property, grab samples from old trenches assayed 0.488 oz/t Au but the highest grade returned from diamond drilling in the same area was 20 ppb. Drawson Red Lake Mines Ltd. drilled diorite and greywacke containing quartz carbonate stringers grading up to 0.08 oz/t Au in the north part of the property. Other isolated gold values up to 0.01 oz/t were obtained in localized quartz feldspar porphyry dikes, quartz veins and quartz carbonate stringers in mafic volcanics and iron formations.

6.0 1997 Exploration Program

A geological survey was done between August 5 and 29,1997 by the following personnel: Darwin Piroshco, consulting geologist; Jarrett Petroski, junior field assistant; Jason Furneaux, junior field assistant; and Patti Nakai-Lajoie, geologist. Preliminary field work was conducted on select portions of the property considered to have the highest potential for hosting gold mineralization. Field work consisting of re-establishing old grid lines, systematic geological mapping and rock sampling focused in the location of the deformation zones of Andrews et al. This included the mafic volcanics north of Martin Bay and Theta Island in the Fisher Islands group. The north shore of Middle Narrows was explored to evaluate the potential for hosting gold mineralization and to establish the characteristics of lithologies outside of the deformation zones.

Mapping and sampling were done on old previously cut grid lines. Base lines trending east-west at approximately l km intervals and north-south tie lines at approximately 100 or 200 meter intervals were re-established for geologic control. A total of 39 km. of grid lines were marked and chained. Mapping covered 28 km. of grid lines as well as along the shorelines. A total of 132 samples were taken and sent for assay of which 106 were analyzed for lihogeochemistry.

Gold'Eagle . ;McKenzieMcMarmacCochenour-WlllansH.G.YoungCampbellA.W.White 'Gold ShoreHoweyHasagaMadsenStarratt-OlsenRed SummitMount Jamie

D.Z. Deformation Zone Mine

^Occurrence 4- 4- -Highly alteredrocks 4- 4- VI

/ Amphibolite/greenschist 4. 4- . isograd t 4- f /1s*\

. - - "*" - *fZ*** i Property boundary [ ^ * ^ * ^ -*j

- - - , - ..-.-...... .... J 4- 4- f:, 4- 4- 4- 4- 4- 4- 4/ r

-I-. 4-4-4-4-4-4-4- 4- f J+ 4-4-4-4-4-4-4-4-4-4- 4-/ 6^

15 Lake Rowan 16Wilmar 17 McFinley

COCHENOUR-GULLROCK LAKE

D.Z.

4- 4- 4-\ \v^ sr ~* "* T T , ^ .4. 4. 4- \ *4:VH: 4-4-4- 4-4-4-

4-4- 4-\ J4-4-4-4-4-4- + ^4-4-4) ^^4-4-4-4-4-4-4-4- FLAT LAKE-

HOWEY BAY D.Z.

Figure 4. Regional patterns of deformation, metamorphism and alteration in the Red Lake greenstone belt with all past and present producing mines and major occurrences of gold (Andrews et al, 1986).

3a

Table 2. Summary of Previous Work

Year Company Name Work Type? J.L. Currie

? J. Humous Jr. and Sr.

1948 E. Hokkanen

1953 Drawson Red Lake Mines Ltd.

1961 Alcon Expl. and Min. Syndicate

1961 Dickenson Mines Ltd.

1966 Cochenour Expl. Ltd.

1970 C. Fuller Pine1970-71 Madsen Red Lake Gold Mines Ltd.

1972 C.D. Huston and son1972 C.W. Peterson

1973 C.W. Peterson^ *.

1976 C.W. Peterson

1977 C.W. Peterson

1979 MlnorexLtd.1979 MinorexLtd.

1980 Selco Mining Corp. Ltd.1980 Selco Mining Corp. Ltd.

1980-81 .Gold Fields Resources Can. Ltd.1981 M. Desmeules and A. Sanderson1981 Selco Mining Corp. Ltd.

1981 Minorex Ltd.1982 Gold Fields Resources Can. Ltd.

1982 Canadian Nickel Co. Ltd. 1985 Homestake Min. Dev. Co.

208 ft. of diamond drilling in 2 holes north of MartinBay. No assays reported;1064 ft. of diamond drilling in 11 holes on the FisherIslands. No assays reported.2657 ft. of diamond drilling in 30 holes west ofSandra Lake and north of Martin Bay. No assaysreported.1918 ft. of diamond drilling in 10 holes north ofSandra Lake. Au localized in qtz stringers associatedwith diorite dikes and greywacke. Up to 0.08 oz/tAu/6' intersected.401 ft. of diamond drilling in 4 holes on Theta Island.No assays reported.1446 ft. of diamond drilling in 2 holes on the FisherIslands. No assays reported.2209 ft. of diamond drilling in 8 holes in the MartinBay area. No significant assays.trenching and stripping on Fisher Islandsground mag and EM over Fisher Islandsground EM over Middle Narrows405 ft. of diamond drilling in 1 hole; trenching. Grabsample returned 0.01 oz/t Au.1655 ft. of diamond drilling in 6 holes on FisherIslands. Assays up to 0.01 oz/t Au and D.62% Cureported.535 ft. of diamond drilling in 2 holes on Theta Island.Up to 0.04 ozA Au and 0.22 oz/t Ag reported.

3305.7 ft. of diamond drilling in 9 holes on ThetaIsland. No assays reported.ground mag and EM north of Martin Bay995 ft. of diamond drilling in 5 holes north of MartinBay. Up to 0.01 oz/t Au and 0.11^0 Cu reported inqfp dike.ground mag and EM south of Martin Bay223 ft. of diamond drilling in 1 hole north of MiddleNarrows. No assays reported.ground mag and EMground mag and EM east of Sandra Lakeground mag and VLF-EM in SW Fairlie and NWBaird Twps.geology and ground VLF-EM3103 ft of diamond drilling In 7 holes on FisherIslands. No assays reported however no significantassays returned (personal communication).airborne mag, EM and radiometric surveysairborne mag and EM over Fisher Islands

3b

Table 2. Summary of Previous Work

Year Company Name Work Type19851986

19871987

1987

1987

Homestake Mini Dev. Co. Ultra Mines and Energy Corp.

Noramco Explorations Inc. Noramco Explorations Inc.

Inlet Resources Ltd.

Chevron Minerals Ltd.

19881988

1989

19901991

Inlet Resources Ltd. BHP-Utah Mines Ltd.

BMP-Utah Mines Ltd.

H. Hugon Placer Dome Inc.

ground mag and EM over Fisher Islandsground mag and VLF-EM, geology andgeochemistry. No new mineralization outlined.ground mag and VLF-EM573.65m of diamond drilling in 4 holes north ofMartin Bay. 500 ppb Au/1.5m reported in clasticsediments.888m of diamond drilling in 6 holes north of MartinBay. Anomalous Au values ^00 ppb assayed inBIF.mapping, sampling, lake sediment geochem survey,947.63m of diamond drilling in 4 holes around FisherIslands and SE of Martin Bay. Low anomalous Auand As values occur on Theta Island andsurrounding area.geologygeochemistry. Low grade Au values in southwestarea of Fairlie Twp.ground mag and VLF-EM surveys over the sw areaof Fairlie Twp.geologyground mag and VLF-EM north of Middle Narrowsand Martin Bay

3c

7.0 Property Geology

The area mapped north of Martin Bay consists of light to dark green, mainly massive, fine grained, variably calcareous mafic volcanics with lesser pillowed mafic volcanics. The mafic volcanics appear darker in colour and more massive towards the east side of the grid. A few flattened pillowed flows were mapped with tops to the southwest. Weak to moderate vertically dipping foliation was observed trending 90-110 degrees. At 12400E 9400N, a 15 to 20 cm. wide feldspar porphry trending 60 degrees and vertically dipping with SS-40% unaltered anhedral to subhedral ^ mm wide plagioclase phenocrysts is present. Carbonate alteration varies from weak fracture fillings to localized areas of strong pervasive alteration. Narrow ^0 cm. wide widely spaced, bleached sericitic, chloritic zones trending generally east-west parallel to foliation were present in the mafic volcanics. Narrow irregular discontinuous boudinaged barren quartz veins are present as fracture infillings and also occur parallel to foliation. Evidence of high strain north of Martin Bay was observed in a few ourcrops at the east end of the grid along the shoreline. At the east point close to 9400N a rusty weathered sericite-chlorite-calcite schist outcrops trending east-west with a dip of 60-70 degrees south. Pyrite stringers and veinlets were observed.

South of Martin Bay, the mafic volcanics along the north shore of Middle Narrows are dark green, fine grained, massive, non-foliated and relatively unaltered with weakly calcareous fracture fillings. A rusty chloritic schist trending 85-90 degrees and vertically dipping with calcite/Fe dolomite veins and Wo pyrite outcrops in a few areas.

The mafic volcanics on Theta Island are dark green, fine grained, massive to pillowed and brecciated. They are generally barren except for a few occurrences of ̂ /o disseminated pyrrhotite. A massive quartz porphyry outcrops on the south side of the island. A heterolithic conglomerate outcrops at 400W 508. This clast supported unit contains fragments of rhyolite, black cherty magnetite, quartz and mafic volcanics in a bleached, very fine grained felsic matrix containing plagioclase and sericite. Two narrow dark green to dark grey parallel bands of possibly siltstone to fine grained sandstone occur within this unit striking 135 degrees and dipping 70 degrees north.

Carbonate alteration varies from weak fracture infillings to locally pervasive. Strong carbonate alteration was mapped on the west shore of the island. A highly strained, light green, chloritic and strongly carbonated possible ultramafic unit containing sheeted carbonate veins outcrops on the northwest side. High strain is also evident on the west shore where flattened pillowed chloritic mafic volcanics contain two 25 cm. wide chloritic zones with narrow Fe dolomite veins. Here lineations trend 300/55. Strongly serpentinized ultramafics occur on the northwest shore where the rocks are strongly magnetic with pervasive carbonate and talcose alteration.

8.0 Geochemistry

A total of 132 samples were taken and assayed for gold and multiple elements. Of these, 106 were analyzed for lithogeochemistry. Sample locations are plotted on the sample location maps (Maps l and 2). For quality control, two sample standards from CANMET were also submitted (sample numbers 554051 and 554123). Samples were analyzed by

Chemex in Vancouver, B.C. All samples were crushed, split and ring pulverized to ^0*5/0 minus 150 mesh. A standard combined fire assay atomic absorption technique was used providing a minimum detection limit of 5 ppb gold. A standard plasma ICP technique (involving vapourization at 10000 degrees, atomization then mass/charge discrimination and detection) was used to analyze for multiple elements. X-ray fluorescence was utilized for lithogeochemical analyses. This technique involves fusion of the sample with lithium tetraborate flux to produce a glass disc which is then analyzed using an x-ray fluorescence spectrometer. The resulting intensities are converted to the appropriate oxide concentrations present in the original sample. All analytical results are listed in Appendix 1.

9.0 Results

The majority of gold values returned were less than the detection limit of 5 ppb, the highest being 35 ppb. Samples taken from Theta Island returned the highest arsenic values between 76 and 216 ppm. Assays indicated low values for Cu, Hg, Zn, Sb and Pb. Highest values were 300 ppm Cu, 2 ppm Hg, 18 ppm Zn, 6 ppm Sb and 12 ppm Pb.

Samples plotted on the AFM ternary diagram indicate that the majority of mafic volcanics sampled are of tholeiitic affinity (Figure 5). Minor calc-alkaline affinities are noted plus one ultramafic suggested by a high magnesium oxide value of 23.207o. A plot of TiO2 vs. A12O3 indicates a relatively direct relationship between the two immobile elements (Figure 6) implying that either element would be suitable for use in assessing other element variations. Plots of SiO2 and K2O values (Fig. 7) indicate minor increases in a few samples but no significant enrichment relative to background values (Tables 3 and 4). Similarly MgO, Na2O and CaO plots indicate insignificant depletions. The minor variations in enrichment/depletion of major oxides reflect low level hydrothermal alteration.

10.0 Conclusions and Recommendations

Characteristics associated with known gold deposits in the Red Lake camp have not been observed on the property in the areas considered to have the greatest potential for hosting gold mineralization. The extent and intensity of the proposed regional deformation zones have not been defined based on surface mapping of the property. Based on previous work and the results of the present mapping and sampling program, the economic potential of the property at depth is undetermined. Further exploration should be concentrated in the area of carbonate alteration and high strain zones centered around Martin Bay and extending to Theta Island. Geophysics and diamond drilling would be required to better evaluate the economic potential of the property at depth.

FeO*

Na20 + K20 MgO

Figure 5. AFM plot of the samples.

5a

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130

10

17

50

1 0.19

13.90

1.17

0.05

.03

.21

.19

.02

.37

.02

K.O.

99.71

0.30

470

S

S

9

S

10

SO

M

110

27

240

615 basaltic komatiitic flow with stringbeef spinifex617 basaltic komatiitic flow with radiating and wafer spinifex621 pillowed basaltic komatiitic flow, fine-grained

1545 massive basaltic komatiitic flow, medium-grained1608 massive komatiitic flow medium-grained911 foliated tholeiitic basaltic flow, fine-grained

1027 pillowed tholeiitic basaltic flow, fine-grained1465 pillowed variolitic flow non-variolitic mafic matrix1466 pillowed variolitic flow, coalsced varioles623 tholeiitic rhyolitic flow-breccia fragment

1004 porphyritic tholeiitic rhyolitic breccia426 porphyritic pillowed calc-alkalic basaltic flow

11 porphyritic massive calc-alkalic andesitic flow94 porphyritic calc-alkalic dacitic tuff

421 aphanitic calc-alkalic rhyolitic flow

Table 3. Major and minor element chemistry in weight percent and ppm respectively of typical samples of tholeiitic, komatiitic and calc-alkaline metavolcanics from the east half of the Red Lake area (Pirie, 1981)

5d

Sample .. . ' :. : '

No. Si02 MgO CaO Na2O K2O CO2 As

Silicified basalt 1|

1 57.5 4.28 0.98 0.46 3.09 1.49 240

2 57.5 4.18 1.25 0.73 1.39 0.94 500

3 60.9 2.19 1.10 0.59 1.12 0.26 990

4 56.8 4.05 1.82 1.02 1.18 1.39 480

5 63.9 2.50 0.49 0.51 0.13 0.10 1000

Carbonatized Basalts

6 44.7 7.33 8.69 2.29 0.08 7.28 110

7 48.3 5.98 6.37 1.94 2.67 10.00 1300

8 49.7 6.14 7.62 2.99 1.31 11.6 440

9 49.6 4.46 4.84 1.30 1.36 7.23 540

10 47.6 4.88 5.67 1.49 0.76 4.61 100

Table 4. Partial chemical analyses of silicified and caibonatized basalts from the Highly Altered Zone in the Red Lake area (Andrews and Wallace, 1983)

5e

References

Andrews, A. J., 1983, Alteration, metamorphism, and structure associated with Archean, volcanic-hosted gold deposits, Red Lake district; in Summary of Field Work, Ontario Geological Survey, Miscellaneous Paper 116, p. 211-215.

Andrews, A.J., Hugon, H., Durocher, M., Corfu, F., and Lavigne, M., 1986, The anatomy of a gold-bearing greenstone belt: Red Lake, northwestern Ontario, Canada; in MacDonald, A.J., ed., Proceedings of Gold '86, an International Symposium on the Geologoy of Gold: Toronto,1986, p. 3-22.

Andrews, A.J. and Wallace, H., 1983, Alteration, metamorphism, and structural patterns associated with Archean gold deposits - preliminary observations in the Red Lake area, Ontario Geological Survey, Miscellaneous Paper 110, p. 111-122.

Durocher, M.E., and Burchell, P., Structural geology, hydrothermal alteration, metamorphism, and gold mineralization in the Pipestone Bay-St. Paul Bay deformation zone, Red Lake; in Summary of Field Work, 1983, Ontario Geological Survey, Miscellaneous Paper 116, p. 220-223.

Irvine, T.N. and Barager, W.R. A., 1971, A guide to the chemical classification of the common volcanic rocks, Canadian Journal of Earth Sciences, vol. 8, p. 523-548.

Pirie, J., 1981, Regional geological setting of gold deposits in the Red Lake area, northwestern Ontario; in Genesis of Archean Volcanic-hosted Gold Deposits, Ontario Geological Survey, Miscellaneous Paper 97, p. 71-93.

Riley, R. A., and assistants, 1971 a, Fairlie Township, Kenora District, Ontario Geological Survey, Map 2407, 1:12 000 scale.

Riley, R.A., and assistants, 1971b, Todd Township, Kenora District, Ontario Geological Survey, Map 2406, 1:12 000 scale.

Stott, G.M., and Corfu, F., 1991, Uchi Subprovince; in Geology of Ontario, Ontario Geological Survey, Special Volume 4, Part l, p. 145-236.

Certificate of Qualifications

I Patti Nakai-Lajoie, certify that:

1.1 am a Canadian citizen and reside at l Sylvia Crescent in Schumacher, Ontario.

2.1 graduated from the University of Toronto with a B.Se. (Honours Geology) degree in 1980.

3.1 have been working as a geologist in the Yukon and Ontario since 1980.

4.1 personally carried out and supervised the fieldwork described herein.

5.1 have no direct interest in the Red Lake Property.

AddPatti Nakai-Lajoie October 24, 1997

APPENDIX I

Assay Certificates

Chemex Labs Ltd.Analytical Chcrrtsb' Geocharrfsti' ftegblered Assar/ets

21 Z Brocksbank Ave., North Vancouver Briti sil Coluirfcia, Canada V7J 2C1 PKOME B04-9B4-C221 FAX: 604-664-021Q

To: ISLAND AHG RESOURCE CORP.

BOO - 700 W. FENDER ST- VANCOUVER.BCvac i ea

Project: RED LAKEComments: ATTN: DOUG MCLAUGHLIN

PageNu J l Tolal Pagas J Certiflcato DateOT-SEP-B? InvtilceNo. 1 -9739416 P.O. Number : Account :

CERTIFICATE OF ANALYSIS A9739416

SftHPDEDBSCaiJTItffl

554001S540025540035540045540*3

554(06554006554(110 'S54U1 '554BU

55 iOH554H5554017551019554421

55401255401)554025554026554037

554011554419554031554032554.011

55403455101555403655403*554039

5540415540435S4044554D45554046

55404755404155404ft554B5B

PUPam

199199299299199

299299199299299

299299199199299

199299299199299

199299299199299

199299199299199

199299299299199

299299299299

^.———~-

,-————

——-.—

————

—,-~-.—

————-~

~---—~--

——-.

AL203 \MtF

14.8215.0913.5114.0215.42

14.3114.1715.1814.1614.73

15.9317.2414.8113.5414.7]

14.30I5.es14.9215.9217.18

15.7214.7616.1313.9414.06

15.3215.1214.1114.9116.15

10.6613,9314.2515.1115.73

16.3814.9513.4115.10

ClO 1MF

11.359.B5

14.9112.2110.61

11.4510. u10. 6011.0312.74

8.739.7B

11.5710.171.26

12.1411.4210.5911.619.75

11,7510.17W. 2111.1210.51

11,249.518.71

10.2411.67

1.6J13.0714.1112.4911.70

10.9212.7111.659.69

ClJOl tm

o.4it ft. 01i. 0 .01t 0.01t 0.01

t 0.01.t 0.41( tt. 01(. 0 .01t 0.01

( 0.01( 0.01< 0.01

0.01l 0.01

t o.oi( 0.01C D. 01< 0.41t 0.01

( 0.01C. 11.01^ o.oi< 0.01

0.41

t 0.01< 0.41t D. 01< 0,01t 0.01

0.01t 0.01t 0.41t 0.01c Q.oit B. 01i Q . 01< 0.01

B. DI

Fe20J tX&F

9.177.05

12.5710. 9L13.64

13.1011.9111.1611.61

1.95

{.639.14

10. Bl '13.469.01

10.859.38

12.32i. 859.13

1.1913.199.259.6t9.70

10.149.44

10.5111.999.60

4.6410.7210. U10.909.03

7.74IB. 239.45

10.22

K20 lXHP

Q. U0-.350.240.270.19

D. 150.110.300.140.17

4.410.310.210.14B. 53

0.214.140.190.164.11

0.160.114.12Q. 340.16

G. 180.160.10ft. 170.14

1.11D. 11o.n0.140.19

fl.164.11D. 080.17

HgO tMF

3.525.016. Of4.397.61

7.247.197.416.994.47

3.81G. 945.457.513.16

4.463.756.125.017.B1

5. BC7. DO5.274.404.91

7.135.145.277.136.42

2.214.724. 355.727.19

5.795.806.156.74

too iTar

0.270.190.200.264.26

0.210.2)4.120.210.11

tt. 160.200.274.190.32

0.260.160.210.30D. IB

0.394.150.260.304.30

0.274.270.30D. 230.26

Q. 100.264,300.1B0.25

0.320.314.260.31

HlZO tXRP

1.133.132.B92.271-45

1.511.941.741.432.70

4.001.00t.Bl2.711.54

1.991.962.612. 3D1.79

2.372-273.142.312,33

1.303.414.191.342.46

1.401.971.151.551.71

2.211.561.272.21

P20S tX8I

0.110.090.074.070.47

4.060.47O.OI0.094.09

0.094.080.49Q. 060.10

0.060.08B. 06O.Bt0.07

D. 010.074.110.460.07

U.07Q. 01fl. 070.460.10

0.450.090.074.060.07

4.070.070.064.07

S102 tXBT

51.0151.3149.2149.5745.42

47.0049.14

' 47.75' 48.04

50.50

51.1347.1649.5349.5650,37

49. 6950.9248.824B.1445.73

47.254,7.8049.4749.5949.52

4B.7250,7153.5341.7148.70

73.5947.5647.4147.5448.27

51.4445.6244.3947.56

1102 1XBP

1.411.89D. 110.140.91

ft. 100.790.770.90Q. 19

1.000.760.19D. 741.47

0.190.110.130.130.15

0.13O.Bt0.990.130.91

0.130.840.144.110.83

0.400.160.100.710.67

0. 120.79D. 730.85

LDI tXBF

5.594.632.194.134.12

2.572.273.311.533.05

6.614.613.770.107.79

4.013.961.976.3B4.69

6.963.23J.966.136.16

2.443.001.292.143.54

1.415.475.154. IB3.79

4.126.40

10.144.60

TOTALt

91.1791. 1C97.9891.9599.82

98. 4198.1999.5991.1491.47

99.3291.1999.3398.6697.14

91.9899.3490.7499.5091.11

90.7698.76

"99.1195.4098.66

96.749B.3699.6798.7499.97

91.1191.1799.1798.6791.66

99.9798.6298.3691.10

CERTIFICATION:

Chemex Labs Ltd.AMI stall Charrfste' Gaxtnnfcb' RegteMNd Aacagrcn

212 Brooksbar* Am. North Vancouver Oritish Colunbia, Canada V7J 2C1 PHONt: 604-064-0221 FAX: 804^6441218

To: ISLAND ARC RESOURCE CORP.

000 - 700 W. FENDER ST. VANCOUVER. BO

1GB

Praieet: REG LAKEComments: ATTN: DOUG McLAUGHUM

Pays Hurrttror l Total Rages l Certificate DatelO-SEP-87tnroteo No. 1-8730004 P.O. Mumber : Account :

CERTIFICATE OF ANALYSIS A97399B4

sumsDESCRIPTIOB

534052534051S54054554053554057

53405155405}5540615 5*06 J534043

534064•J5406S55406553*067534069

554079554071554*73534074•134073

55407655407D5340(0534001554082

5 3 40835340M5340855340*6534087

53401!534089534D4a

PEEPCODE

--•en29929}399

29929929 J2992*9

2992993992992*9

29U299299149294

399299399299299

299J99299299299

39*299299

-,-~———

.,————

.-,-———

—————

..--_——

__——--

——~

M 203 lX8F

not/as15.7115.8*15.5*IS. lil

15. 4Z15.6915.4213.771C. 61

17. OS14-8915. i t14.1513.11

1 1.4512.742-87a. 109.51

7-5311.6514. M10.191C. Ut

12.17t. a6.437.414.35

1.3510. tt)13.11

CaO iX1F

ni/L/isU.1212.6012. 4810.2*

11. SI10.7011.1412.1910.84

10.9812.1613.1314.94

Q. 77

1.1512. Mj*. 2(112-*K15.47

19.45e. 4?J. 55

16.9112.70

l).*fiU.0515.4321.150.2 J

je.ie11.3311,0(1

CI20J SXEE

nut/AnU.VJ

< 0.010.010.01

'. tt. 91< 0.01

0.01( o.oi

O.OJ

D. 03i 0.91' 0.01

0. fll(. o.oi

0.040.65U.18ft. 240.17

O.jt0.290.030.07D. 84

' CI. ill0.170.230.13

f 0.01

(J. (li0.120.04

Te203 i K20 1XRF XRF

not/as not/as1. 8 5 0.179.08 D. 17

LD.4J 0.1611.49 0.15

12. 43 D.2S10.39 O.U11.45 0.2410.8ft 0-199.3C C. 14

1.99 H . 1411. aa i)-3i11.04 0-18

S. 63 0.74A. 54 5.54

15.87 (1.8011.74 0.464.77 0.05li. *n a .is

1L.J1 0.36

9.38 0.3R•J. 18 8.17

13.1* 1-3012.67 0.535.25 U.43

11.49 9.4711.02 a. 4712.57 0.089. 89 0.208.01 0.12

J. 77 0. 0410,21 1,03•t.rr 0 ..12

J

HgO tXBPnot/si

S. 815.725.3*7.33

3.9J6.66fi. 11T.n7. Hi

7.116.7J4.155.230.43

4.215.992.94

14. 2B9.S1

Id. 041.493.111. 103.34

1.0911.4213.596.2(14.00

5.7J11.496.14

HnO 5xErHOt/9*

0.21tt. 290.270.30

0.570.2t0. 270.290.24

o.aiO.J40.39CI. 400.04

0.410.410.57ft-19O.JS

0.370.30O.W0.510.21

0.320.270.350.390.24

0.50H. 24ii .aa

HalO amnot/as

l.tib1.722.102.02

1.122.002. OB2.162.45

2.221.421.751.91L. 59

1.491.640.0]0.79o.ae0.613.J91.750,502.41

1.72O.SB0,36O.tfi0.01

0.010.362. 07

PJOS 1KEF

not/isQ.OB0.090.070.07

o.o?0.0*0.060.06O.Cfi

0.090.060.*80.090.41

0.130.050.(20.04O.DC

0.050.050.030.030.09

0.060.040.05O.D:tn.oe0.01O.t6B. 07

Si02 1KEF

nut/sa50.4448.4549.3449.64

47. 2651.4140.3341.2449.97

51.1240.3047.3748.1974.97

se. 23SO. 2511.5541.11947.00

49.9951.2753.4447. C356. 76

50.7349.3143.9241.65ti-v.aj

17.5148.45•Ui.fiO

7102 tXEF

not/as11.81It. 83l). 10O.B1

o. aao.gso.toa. 73t. 94

5.840.76o.toC. 83{.IS

1.230.690.110.4fid. 55

0.450.710.1130.600.12

0.730.400.370.420.11

0.050.590.66

&DI tXRT

not/sa4.215.303.112.14

5.371.37i. 143.072.07

2.0910.953.513.211.37

4.243.33

30.030.301.43

1.355.*31.961.019.73

0.731.456.30

11.51t'. 19

31.213.09C.ift

TOTALtnot/an99.8299.1199.7199.95

J9.5799.5998.2*08.85M. 87

99.7799.7499. tt90.3556.42

99.3499.6291.3*99.5991,11

99.8399.90 i98.909S.94*(l.86

99.8399. tt99.7249.9099.75

9J.4L99.02W. RI

l

CERTIFICATION:.

Chemex Labs Ltd.Analytical Ctuirfsts' Geodhefrtsls * Registered Asssyers

212 Brooksbank Avie.. North Vancouver British Columbia, Canada V7J 2C l PHONE: 604^04-0221 FAX: 004-804-021B

To: ISLAND ABC RESOURCE CORP.

800 - 700 W. RENDER ST. VANCOUVER. BCvec tea

Projed: RED LAKEComment*: ATTN: DOUG MclAUGHLJN

P ago Nun war l Total Pages E CortiflcateDateOE-iEP-e? Invoice No. H7105I3 P.O. Number : Account :


SAXPLlD2SC1IPTZH

554051554093554(1)15540955540*6

55409755409)551099554100551101

5541035S41D4554101554 I0f55110!

5541U554111554111551111554111

55 4118554113S541JO55412X354L51

5541!25541! 355 41! 4554115554156

55415755415155413955*18*554JJ&1

554W2S541S35541(4551)65554166

BBCTCODE

29929919929}399

299199299299299

299299299299293

299299299293299

299299299299299

299299299299299

299299299299199

299299999299299

^.————

—-.-.--—

..————

-.————

--—

——

-.—--—~-

~—----

———

U.Z03 tXBE

13.54H. 4713. 1614.7315.11

14.9115. di15. IBL6. Bl14. 89

15.7914.4615.0415.4*13.12

13.99fi. LO

14.1613.51ID. 52

1.24B. 26

14.0920.1011.61

14.132,76

1J.1713.5613.09

11.4513.6213.6010. it13.97

13.6613. 0613-7314. 3B0.16

ClD tXJtT

10.999.02

11.199.37

10.77

10.6610.5110.344.77

12.43

11.1311. B 411.0610.329.29

10.016.83

ID. 5211.4514.90

10. lil9.99

10. 556.441.90

11.920.7S

11. 6612. 3B10.34

10.109.6J

10.627.25

10.37

11.7711.02ID. OK12.470.33

CriOJ tXSJ

t. 0 .01* D. dit 0.01t D. 01( 0,01

0.01D.oi0.01

l 0.01t 0.01

0.01( 0.01

0.01t 0.01

0.03

0.01o.iB

f. D .OIt D.OI

0.14

0.22fl.JflQ. 010.04

l 0.01

0.01l 0.01l 0 .01C 0.01( D. 01

t 0.01t Q. 01^ 0 .01t. 0 .01i 0 .01

l 0.01t 0.01( fl.Dll D .OI^ 0.01

Fe203 txar

13.3611.1*9.G1

U. 7811.29

11.57ID. 4511.237.J4

10.66

7.79i7.B49.37

' 10.115.90

13. LOU.6512.4112.9310.92

11.3111.269.76I.B19.21

1.740.18

12.4113.4111.65

13.4311.5112.4110.5111.26

11.9011.0410.8610.110.42

K20 aXHP

0.250.290.340.260.2}

0.130.140.101.190.17

0.120,320.130.170.31

0.21O. OH0.260.530.11

0.170.130.220.340.15

0.10D. 750.2B0.13D. 23

0.330.130.240.13a. 22D. 320.290.590.21Q. 13

HgO tXR1

5. 856.9B4.615.43s. la6. 12fi. 136.413.024.57

6.9*5.294.556.503.74

6.4923.217.546.921.17

14.4314.455.323.193.91

1.97a. 445.661.904.11

6.115.184.764.464.20

5.155.40B. 384.55D. 11

KnO *XRT

0.290.200.320.210.31

0.330.2B0,210.140.34

D. 230.260.350.310.21

0.1B0.11

- 0.19Q. 11O.U

0.190.200.22fl,170.27

0.24D.Q20.3ft0.120.27

0.300.280.270.250.27

0.310.340.190.310.03

Bi20 tXBF

1.361.443,213.491.36

1.551.95

' 1.71' 4.16

2.61

1.152.712.502.331.91

2.140.151.901.96a. 3i1.34Q. 941.934.911.40

2.150.131-71l.lt2.011

2.392.452.291.122.24

1.972.502.031,110.02

P20S tXRT

0.080.100.10D. 110.09

0.070.060.070.270.01

0.0*0.09O.OB0.090.07

Q. 010.020.070.060.06

0.030.030.060.080.04

0.05t 0.01

0.08tt. 010.09

B. 090.090.090.09O.QB

Q. OBO.OB0.050.09

t 0.01

5102 tXRF

47.6750.0!45.8352.0748. 71

49.0850.4*49.5456. 6347,00

47.4350.8251. D841.7157.16

50.3445.4450.0641.5751, *2

49.1647.6246. 3850.9056.57

48.9193.3647.9549.0449.41

47. B*50.1749.4160.5551.34

-47.5348.5144.094B.9796. 87

1101 4XBI

0.970.760.991.070.93

0.69D. ID0.840.54D, 81

0.100.16a. toD. BS0.11

0.860.21D. 11O.BO0.55

0.300.2B0.141.030.52

0.610.040.920.91Q.9B

1.01Q. 99D. 970.770.91

0.910.970.610.110.03

101 *Xfu?

4.811.761.79Z. 055.03

3.113.21J. IS3.G9S. 21

5.6t5.183.562.575.76

0.765.151.211.411.67

2.386.319.243.377.17

6.70D.G45.151.985.04

3.553.354.323.434.69

6.034.601.534.950.26

TOTALl

99.1991.999B.9199.5799.95

99.1099.1099.0399.33'98. JD

99.0299.6891.5391.2199.54

98.9399. 5099.1399. 7299.45

98.4199.7998.5299.4899,75

99.3099.1699.3798.1491.11

98.7191.6799.0599.4199. 6j

99. BV98. t:99.1!99.2199. OS

CERTIFICATION:

Chemex Labs Ltd,Analytical Cherrists" Guoctiernbta* Rajtaeced Awi'/eis

212 Broolwbank Avo., North Vancouver Bf ilith Columbia. Canada V7J 2Cl PHONE: 604-684-0221 FAX: 80WI-02 l B

To; ISLAND ARC RESOURCE CORP.

600-700 W. PEN DER ST. VANCOUVER. BC VQC1GB

Project; CorrvriEsnts.:

RED LAKEATTN: DOUG McLAUGHUM

Page Numtn,, k Total Papas Z Certificate DateD9-SEP-B7 Invoice No. I-B740513 P.O. Number : Account :

SAMPLEDBSCRimOB

554L67 554L6B 554169

tffi? COM

299 W9 299

A1203 \ XBF

14.8413.114 14.64

Cao l XBf

7. DO 11.94 7.42

Cr20J 1XKP

B. 01 ( B. 01 < 0.41

Fe203 Vxsr

U.03 1.05

11.31

.

K20 tXRF

O.J4 tt. 33 0.13

HgO lmf

LQ. 63 4.15 S. 09

CERT1I

KnO tXJP

0.1SD. 24 tt. 36

^CATE

Ia30 t XM

l.*S2. 02 1.21

OFANi

P20S tMtr

a. 04It.LD D.Ot

MYSIS A9740513

SiOJ t XB?

41. 35511.13 46. JJ

TiOl \ XEP

0.70 1.15 l.fll

101 *irei

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CERTIFICATION:

Chemex Labs Ltd.AnftyKal Chtrrtsts * GooaieniHis '

212 Bronksbank A ve., North V/anoouvar Brflish Columbia, Canada V?J 2C i PHONE: 0M-964-022T FAX' fl04-8B4-02T8

Tit: ISLAND ARC RESOURCE CORP.

000 -700 W. RENDER ST. VANCOUVER. BC V6C 1G8

PaguNui4jw l-A Tolal Pages Z Certificate Gale04-SEP-07 Invoice No. 1-0730415 P.O. Number :

Project: RED LAKEATTN : DOLK3 McLAtlGHUN

SAKPUSDHSCtlPHCW

S54001i54D(U554001554004i 54 005

5540(16551C07354008

5540095540L"

iSJOU154012554913554014554015

554016)54037154018

&S4DI955 4020

I5402I55402255 4021554(124S54025

154026554027J'J4028

KStKjg55403U

554(131554 032154*13354(134S540J5

554030PUfl.Vf;5403a554039554040

i

PHCd

205,!05205205161

jo?295205205295

205205i95295205

^1)52*5205205205

345205205205295

20530520520520 5

205205MS2*15205

2*5JO*!

205205205

SPDI

22622b12622613.fi

216226226m220

22622tiJ2*226226

226226226216226

22b220226226226

2265262K226i; t,22fi226Mfi22ti220

226224.22622 h226

CERTIFICATE OF ANALYSIS A 97 3941 5

au ppb ig JU. As Ba Be Bi Ca Cd Co Cr Cti 7e Ca H? K la Kg MnFAt-M ppu t ppa ppu ppi ppm J ppn ppu jpa ppn 1 ppa ppii t ppn i ppo

f5 t 0.2 2.J.1 '.2 C 10 < fl.S C 2 3.19 -L 0,5 -SO 120 149 4.25 < 10 t l < 0 .01 f 10 1.55 11*5•: S (. 0.2 2.29 < 2 ', iU < 0.5 i. 2 2 .61) 4 U. 5 40 'JO 144 3.10 i: 10 < 1 O.UI. < 1U 1.72 875V. 5 '. 0.2 2.j9 < 2 10 < 0-5 2 1.1(1 * 0.5 19 91 1*0 1.21 < 10 * 1 0.01 ^ 10 1.17 521< 5 < 0.2 2.17 -L 2 4 10 < tt. 5 2 3.42 '. 0-5 31 100 146 1.59 t 1(1 < 1 0.02 < 10 1.06 9*0< 5 C 0.2 3.K5 i 2 10 i 0 .5 2 1.45 i 0.5 33 12A 86 4.53 < 10 J 0.01 *. 10 2.1.5 1005

( 5 f 0 .2 2.91 < 2 10 < 0.5 2 1.44 f 0.5 24 12U 109 J. 99 < 10 -: 1 0.01 < IB 1.42 670< 5 *. 0.2 0.77 4 2 ( 10 * B. 5 2 G.U - 0-5 IB iOO fi 1.48 < 19 < 1 0.01 < 10 0.57 300f 5 < 0.2 2.84 ( 2 10 f 0.5 2 1.J1 ' 0,5 24 llfi 126 1.51 < 10 '.1 O.OL f. 10 1.52 6*5•: 1 < 0.2 0.91 ^ J < 10 ' O.S 2 1,15 * 0.5 2 170 5 O.M ^ LB '1 tt. DI f 10 0.1J 1225^ 5 < 0.2 2,Sa < 2 10 *. 0..7 2 J.. 35 t B. 5 25 89 150 4.05 < 10 < 1 fl.Ol < 10 1.92 730

\' 5 f. 0 .2 3.S2 < J '; 10 i 0 .5 2 1. }J i O.S 25 99 156 J. 92 4 10 < 1 < O.OL *. 10 1.59 hi*C 5 < 0.2 O.JJ f 2 - 10 < 0.5 2 0,15 \ l),5 J 222 12 B. T) C 10 'l * 0.01 < 10 0.24 11Ci. 5 '. (t. 'J 1.52 10 t 10 f. 8 .5 2 2.15 - O.J 27 102 152 2.12 '. LO ^ 1 < fl.Ol -. LO 0.79 J71* 5 '1 0.2 2.95 '12 10 ^ tt. 5 2 4.16 '. 0,5 "11 195 155 3. SB v 10 i l 0 .03 t 10 2. M 1675C S < 0.2 5.26 4 30 *: 0.5 2 3.14 -l 0.5 J7 IbO 119 4.41 { 19 li 0 .01 ( 10 2.C7 945

{5 t 0.2 O.J1 *. 2 10 '. 9.5 2 0-2J '. 0.5 9 355 B 1.53 < lo t 1 0,01 *. 10 O.J1 315t 5 '. n.2 3- IS ' 2 1.0 i O.fi < 2 3.26 C Q. 5 27 111 Mo 3-U < L6 t 1 0.0* i 10 l..!7 102520 < 0.2 0.44 2 < 10 < 0.5 i 2 9.36 < 0.5 12 334 61 1.J5 t 10 < i 0 .01 K 10 0.22 145

< fi f. 0 2 1.14 < 2 < ID f 0.5 (2 1 . M - IKS H 95 48 2.42 < i ft f l 0.02 C 10 1.1.1 1T.fi< 5 '. 0.2 0.47 * i C 10 v 0.5 " 2 0.3*i C 0-5 3 J20 2S 1.12 < 19 '1 0.01 * 10 0.41 130

C 5 < 0.2 J.4t < 2 < 10 ^ (1.5 -; J! 4.69 - O.S 44 12ft 149 5.19 10 < 1 0.05 f JO 1.74 22201. 5 < 0.2 2.34 < 2 -; 10 < 0.5 C 2 J. 67 ' 11.5 30 123 153 3.82 < LO L 0 .03 f 10 1.17 1020- 5 * 0.2 2.J.7 V 't. C 10 * 0.5 ' J 3. i* -' 0-5 34 J16 L Ti 1 .10 < 19 i 1 * 9-01 f. 10 1.22 1010< 5 i. 0.2 1-Btl < J C 10 < 0.5 -; 2 0.46 -: 0.5 12 275 17 1.93 < 10 < 1 < O.O1 * 10 0-H 4*0C 5 < 0.2 1-9* C 2 < 10 c fl.5 '. 2 1.54 ' O.S 24 101 118 1.21 < Ifl '.i 0 .01 '. 10 1.14 5J5

< 5 * 0.2 J. 3? < 2 -, 10 t 9.5 - 2 4.57 -; 0.5 3* 192 L64 4,46 ^ 10 ( \. 9 -01 * 10 2.11 1JI4*'. S i 0.2 4 .94 '. 3 t 10 '. tt. 5 f. 2 2.45 - 0.5 M 139 1 15 5.00 i 10 '- J .: fl.Ol ( 10 3.03 1415'. t f 0 .2 3.06 '2 i 10 ( 0.3 f 2 5.U r 0.5 41 194 152 4.47 < LO 1 0 -01 ( 1C 2.20 2280( G < 0.2 3.1* C 2 JO t. O .S ' 2 2.J1 v B. 5 23 142 78 4. J5 ^ 19 < 1 -; 9.01 '. 10 1.7b 915'. 5 ' 0.2 0.50 ". 2 * 10 * 9-5 t 2 0.59 ' 0.5 B 247 19 1.22 < 10 < 1 < fl.Ol f W O .lti 410

(. 5 f. 0 .2 2.J9 .' 2 10 t. 0 .5 i1. 2 2. SI! -i 0.5 31 129 Bl 3.5B 'ID * 1 9.03 * 10 1.18 10*5i fi < 0.2 2 .31 i 2D < 6.5 ; 2 4.61 ' 0.5 3J 134 149 4,3t i t* < l 0 .11 \ ID 1.55 1515f S ( n.2 2.W li ^ 10 ' ft.i ; a .1-S7 ' 0.5 .19 M& 90 +.7K r Ifl f ' fl.Ol ( 10 t. 9? I56D'. 5 '. 0.2 2-76 S i 10 '-. 0 .5 i 2 2.61 - O .S 24 91 1 42 2.53 f 10 <. t 0,02 * 10 1.37 65(?'. 5 ' (1.2 2.011 '.2 f 10 f O.!j ' 2 2.27 (: D. 5 31 141 129 3.2b *. iB < 1 ' 0.01 < 10 J.*4 VW

'. 5 c D. 2 1.1S -: 2 r 10 t 6.5 ; 2 J. 44 ( 0.5 1.3 1.14 78 2.48 < 10 i J 0.01 < Kl 0.114 640•: s *: 0.2 2.27 ^ 3 m i e .*, t 3 1.6P. *: a .-, .ia 111 J?7 i.^s *^ ̂ ^19 "! i o.oi < 10 1.07 nofit 5 -t 0,2 J. 37 '2 1 10 * 0.5 : 2 Lit \' 0.5 21 94 U4 3-10 < H -.1 fl.Ol < 10 1.10 5fc5' 5 *. 0 .2 2.77 C 2 C JO r 0.5 '. 2 'J.4 fi -- (1-5 .12 10 14J 3. li ^ 10 J. ' 0. 01 < 10 1. jb HBU•' 5 * O.a 0-51 ''2 t 10 < 11. S ' 2 l .*5 l. 0 .5 13 182 49 1 .40 -C IS -'. t f 0 .01 < Id O.JD 44tt

j

CERIIFICATIUN:.

Chemex Labs Ltd,Analytical Oiorrtms' Goxhecrfata' floglstet*! Asaa/ere

21?8rockstarkAwi, North Vanoouvor Bf Ni6h Colimbia, Canada V7J 2C1 PHONE: 6U4-884-0221 FAX: 604-S84-Q218


000 - 700 W. RENDER ST.VANCOUVEa BC V6C1GB

PfOJDCt: Comments:

RED LAKEATTN: DOUG MCLAUGHLIN

PayuNumbor t-B Totil Pages S Cartiflcare DaieM-SEP-97 InvocGNo. I-B73B41S P.O. Number : Account :


SAMPLEMSC8JPTHBI

554001554002S540033540045540B5

554006B400753 J JOBs1: ions5SJIHO:

55HJ1L554012554*113354014554015

i544l65541)1755401B55481*}554020

154021554022354023i54024554025

154026ft54027ifi 1028554*29554DJO

554011554032i5*ft.lli54034154835

J54436554IH7554U31'li4U*^554040

PI00

245245245245245

295205205205205

245245245245295

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245245205205205

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EPDE

226226226^26226

226236226216226

226226226226226

22622622622 fi226

226226226226226

22 b22622 fi226226

22622622622622 b

22 622*226226226

Mo la Fi P Pb Sb Se Si li H 0 V W SBppra t ppi EPR H* ppn ppm ppn i ppji pp ppn ppm ppm

{ 1 ( 0.01 10L 2E9 ' 2 t 2 6 23 0.27 ID < 10 92 < 10 72t 1 O. (13 BL JO'J (.2 ^ 2 4 1 7 (1.21 ID C J.U t9 t 10 54C 1 0.14 65 lafl t 2 < S 4 t* 0.23 14 -IP SB < 10 44C 1 0.** 94 JflO < 2 ( 2 4 15 0.21 IB ' 11) 47 < ID 46i 1 D.OB US 210 < 2 f 2 J 1.4 0-20 19 ' Ifl 69 '; IB 72

^ 1 0.95 69 190 1 212 5 22 0.25 I V ' 10 85 f Id 4tt i 0 .41 25 50 ' 3 •-. 2 2 J 0.04 10 ^ 10 14 < Id 14v 1 0.15 74 190 t 2 t 2 5 15 0.22 10 t 10 61 i 10 4t•i1 1 0.01 i 31) < 2 v 2 (1 12 c 0.01 10 r 10 12 f 10 K< 1 O.Of. 94 21D ^ 2 '.2 J 18 ft. 17 ID (10 63 < 10 (TO

( 1 0.13 BO 240 i 2 < 2 2 15 (1.1.6 - IB *. 10 53 < 10 54t 1 0.01 12 M '-2 t. 2 < 1 2 fl.WJ i IB < 10 11 < 14 ftt 1 (1.02 7? 210 (. 2 '. 2 4 li 0.36 t 10 ( ID 54 < IB 14C 1 0.05 117 250 * 2 -; 2 9 14 0.2& -: 10 < 10 L7J < Id E2( 1 0.24 155 180 ' 2 ', 2 4 30 0.1B t 10 < 10 92 < 10 70

12 ', 0.41 li ea '2 *. 2 1 2 O.B4 i ID < 10 23 '- 10 LIi 1 0.19 79 JOI) < 2 * 2 5 20 C. 21 t IB 'i 10 75 < 10 5J

19 O.BJ 33 OD *, 2 * 2 1 1 fi. 01 ' 14 t 10 12 < 10 74i 1 0.17 14 17H 2 t' 2 10 .5 (1.0& * IB f ID 71 f I B 24( L 0 .0-1 9 90 2 i 2 1 1 d.ttl i 1U t 14 19 C 10 IB

' l 0.04 104 320 2 \ 2 It 9 < 0.01 -; la < IB 175 *; ID IBt.(. 1 0.12 85 19'J 2 < 2 6 16 0.24 t 10 '. 10 7S < 10 44< l 0 . 07 116 160 2 f 2 5 14 0.1* i1 10 ' Id 61* t 10 52'. 1 0.02 J.I 50 2 < 2 3 3 D. OB v 10 f 10 41 i. Id 20( 1 0.12 45 170 * 2 ( 2 5 18 0.17 i. 10 i Ifl 59 '. Id 36

J 1 B. 13 113 161) ( 2 f 2 C 13 0.15 < 18 < 10 10(1 < 10 74{ 1 0.19 125 239 ( 1*2 4 2J (!.23 ' 1ft f 10 SI f. ID 74< 1 0.14 129 214 '- 2 -! a fi 20 0.24 r IB ' 10 106 < 1C 74; 1 O.ia 92 20B * 2 -'2 6 IS 0.3ft ' lil *. 10 81 'i JO 55< 1 0.43 JO US * 2 -: 2 1 2 0.03 -, 18 -: 10 20 '. Id 14

f. l O .B6 92 2*ia ' 2 -: 2 5 12 D. 27 - 10 '~. l il B2 -: 10 44t 1 0.04 92 IttO '. 2 -; 2 5 14 0.24 i 10 -: 10 92 i" 10 64{ 1 ft. d* IIMi ?.M\ ' 1 '.y H 1 41 fl.2l i IB i 1(1 f. q ^ 10 b6C 1 0.29 55 200 -2 v 2 7 19 0.15 i IB \ 10 69 ' 10 3Hi 1 O.OB 03 15J4 t 'J \ 2 8 Lil (1.20 '. Itf -: 10 S3 '. IB 44

i! 1 O.L2 71 169 '. 2 ^ 2 7 J Q. 15 ( 10 '. LO 64 < Id 24•' i D.iJ qs 16B - 2 .: 2 in i o 0,1.5 c 10 ( HI P.I t td 14l 1 0.00 76 J J It - 2 ' 2 4 6 0.1 G -: 10 ( 10 57 * Id 50C l 0.15 114 21tt '. 2 ' 2 J 1J 0.17 -: 10 '. 10 55 *. Id 50t 1 0.02 2J 453 ' 2 i 2 4 4 < O.Dt .; IB f, 10 34 ': 10 30

C6 RTIFIC ATIOH:_____

Chemex Labs LtdAnalytical Chemists * Geocfromlsts * HeglSleied Assaycra

212 Brooksbank Ave., North Vancouver British Columbia, Canada V7J 2C l PHONE: 604-984-0221 FAX: 604-984-0215


) 600-700W.PENDERST. VANCOUVER. BC V6C1G8

Project : Commenls:

RED LAKEATTN: DOUQ MCLAUGHLIN

Page Number :Z-A Totel Pages :2 Certfica' \a: 04-SEP-97 Invoice K r : 19739415 P.O. Number : Account :IWK


SIMPLE

554041 554042 554043 554044 554045

iS4046iS4047S5404B 554049 J54050

S54051

•*

FREECODE

20S 205305 205 205

205 205 205 205 205

21*

226236 226 226 226

226 226 226 226 326

22 S

Au ppb Ag Al Aa Ba Be Bi Ca. Cd Co Gr Cu Fa Ga Hg K La Mg Hn PAtlA ppm * ppm ppa ppm ppa ^ ppa ppm ppa ppn \ ppm ppm ^ ppn V ppm

•c 5 0.2 2.34 < 2 160 < 0.5 < 1 0 .14 * 0.5 9 306 20 3.76 ^ 10 X I 0.71 10 1.47 66B < 5 ^.2 0.26 < 2 * 10 *: O.S 42 3.97 •c 0.5 3 267 4 0.54 -c 10 < 1 < 0.01 < 10 0.19 490 < S x 0.2 2.68 * 2 * 10 X 0.5 K 2 i. BO * 0.5 25 103 149 3.64 -c 10 t 1 0.02 < 10 1.27 1140 < b ^.2 2.05 < 1 t 10 -c 0.5 -c 2 4.33 * 0.5 29 118 7t 3.47 4 10 < 1 0.04 x 10 1.26 1220 < 5 < 0.2 3.49 K 2 -c 10 -c 0.5 < 2 3.60 < 0 .5 33 143 152 4.06 < 10 < 1 0.01 * 10 1.61 1145

< S * 0.2 4.34 < 2 * 10 -: O.S < 2 3.56 x 0.5 34 8ft 153 3.33 K 10 K 1 0.01 < 10 1.B7 890 * 5 * 0.2 3.99 < 1 -c 10 -c 0.5 < 2 3.76 * 0 .5 44 1S5 140 3.53 -c 10 -Ci 0.01 < 10 1.96 1500 < 5 x 0.2 4. BO f 2 10 < 0.5 < 2 5.72 < 0 .5 25 142 142 4.38 * 10 < 1 0 .03 < 10 1.95 1465 < 5 < 0.2 4.B4 10 X 10 4 0.5 < 2 6.54 < 0.5 39 205 14B 5.87 10 1 * 0.01 * 1 0 3.36 1690 < 5 -C 0.2 3.28 6 10 t 0,5 K 2 2.73 < 0.5 34 175 77 4.35 K 10 x 1 0.02 x 10 2.29 1270

1260 2.2 3.62 124 -c 10 -c 0.5 <2 3.49 ^.5 U4 29 3050 10.35 < 10 1 0.03 X 10 1.9S 1625

k

CERTIFICATION:

Chemex Labs Ltd.Analytical ChuTlltl" Goochjfntels* BegbterixJ Assnycre

211 Brodcsbaift Am.. North Vancouver British Columbia, Canada V7J 2C l PHONE: eOMNH-0221


000 - 700 W. FENDER ST.VANCOUVER. BCvec tea

Pralect: Comments:

RED LAKEATTM: DOUG MCLAUGHLIN

Puya Nunbur r-fs Total Pagos S Certffitate DateC? SGP C7Invoice MO. l -iii'30-31!;P.O. Number Account :

SAME LE BESCSIWIfflr

iS4041 551042 554541 554M4 5511)45

554046 554047 554048 55J049354930

551051

1 . ,

PBCOI

20 S205 205 203 205

205 2D5205 205 205

214

BPPI

226 22 b 216 226 236

226226 226 216 22 b

229

CERTIFICATE OF ANALYSIS A 97394 15

Ko fa li f Pb fib Se Rr li tt. D V K Zn ppm t ppa ppa ppm ppn ppm ppa l pjn ppn ppM pj* ppi

f 1 4.04 21 20tt B v 2 9 5 0.1.1 * 10 < 10 69 * 10 74 < i D. 01 9 5i( (J 12 ( i B tt. Ill l. ia ^ LO a < III 4i l o.i5 7* mn t. a -: 2 6 \M 0 .21 *: ID < 10 71 '. ia itf L 0.42 94 140 i 2 ' 2 4 13 0.19 < If) ^ )0 34 t 10 42 -' 1 0.21 IBS 170 \ 2 ' . 2 5 21 0.2J i 10 C 1* 6R < 10 5*

< 1 0.31 137 UK) f 2 ( 2 3 11 O.lt i ID c. 10 61 t J O 53c i 0.2* Hi aio -; 2*2 5 24 o.2s c vo -: 10 79 t 10 ut 1 0.16 77 22B x 2 42 G 49 0.19 i. 10 < 10 LOJ '. 10 39 t 1 B.04 1U 164 ( 2 * 2 1^ 1& fl-16 ' Ifl '- 10 1E1 ^ I fl /R f. 1 0. 11 LO) 21D ' 'i (2 (i 11 4.21 i 10 < 10 104 < Id 64

* l O.dJ 75 130 4 '12 6 I* D.OJ * 11) ^ 10 49 ', 1C. 120t

i

ii

t

i

C rr

GERJIFICAflOW:.

Chemex Labs Ltd,Analytical Oierrtsis - Quirtierrtats' Registered Assayers

212 Brooksbank Avo., North Vancouvor BriSsh Columbia. Canada V7J 2C1 PHONE: 604-064-0221 FAX: 604-004-4321B


600-700 W. P END ERST. VANCOUVER, BC VfiC 1GB

Project: REDWKEComment*: ATTN: DOUG McLAUGHUN

Page Number 1-A Total Pages J Certificate DatelO-SEP-07 Invoke No. I-B73BB83 P.O. Number : Account r

SWffMDESCSIPriOF

554052554053554954554055551(156

554057554058,.54059•540SOH4061554062554063i54064fS40S55540S6

554D67554061554069554070554071

554072554973554074154075i5*07fi

55407755407B554079i541K,flS54011

5540135540BJ554DB4i54D*555401*

J540I755401*5540B9554090

PHcor

2052D5205205205

305205205205205

205205205205205

205205205205205

205205205205205

205205205205205

205205205205205

J053052115205

PIB

22622622622C226

226226224226226

1262Z6226216226

226224226226226

226226226226226

226226226226226

22 f226226226226

226226226226


in ub Ay ftl Ss Ba Be Bi Ca Cd Co Ci Co. Pe Ga Eg K la Hg NnFitffl pi* l ppm ppm ppn ppn * pja ppn ppn ppra l ppm ppra l ppm l jpo

C 5 t. 0.1 4 .03 12 ID (0.5 (2 13.65 1.5 )2 159 71 5. ID 10 CI 0.05 ( 10 2.67 2980C 5 < 0.2 3.51 C 2 10 t 0.5 (2 4.03 0.5 J3 136 157 2.46 (ID (1C *.D1 ^ 10 1.45 710(5 C S. 2 4.03 K 2 < 10 < 0.5 (2 4.59 1.5 34 141 159 3.08 10 < l i 0 .01 < 10 1.76 1295(5 C 0.2 2.19 t i H C 0.5 i 1 2 .13 0.5 22 101 145 2.33 C 10 t l 0 ,01 < 10 0.97 725(5 C 0.2 0.82 (2 C 10 ( 0.5 < 2 2 .90 0.5 11 205 35 1.44 (10 < i < 0 .01 ( 10 0.5S 710

t 5 (0.3 J. 02 (2 C ID C 0.5 (2 1.63 fl.5 25 129 lil 3.0* (10 C l ( fl.Ol < Id 1.52 755C 5 t 0.3 J. 77 < 2 2 0 C 0.5 f 2 4.59 1.0 31 174 110 4. tt 10 < l 0 .07 C 10 1.43 2540(5 C 0.2 2.27 CI C 10 C 0.5 (2 1.12 0,5 17 17 12? '1.95 C 10 < J. < 0 .01 < ID 0.94 465(5 C 0.2 0.21 4 C 10 C 0.5 2 D. 24 ( 0.5 2 200 S '6. CO C 10 C 1 i D . 01 ( 10 0.09 350C 5 (0.2 1.8J (2 ( 10 ( 0.5 C 2 1.42 0.5 17 91 11* 2.19 (10 C 1 0.01 < 10 1.03 5(0

C 5 t 0.2 1.60 C 2 C 10 t 0.5 C 2 2.25 0.5 14 64 154 1.71 C 10 CI 0.01 t 10 O.B9 570C 5 < 0.2 2.06 C 2 C 10 C 0.5 C 2 O.S7 < 0 ,5 21 Si 21 L .H C 10 C 1 C 0.01 C 10 1.11 i75(S C 0.2 2.42 C 2 C 10 C B. 5 t 2 0.77 C 0.5 J4 112 100 2.39 (10 C 1 t 0.01 ( 10 1.2fl 455C 5 C 0.2 4.3B (2 C 10. C 0.5 C 2 6. OB 1.0 J9 185 102 6.12 10 C 1 C 0.01 ^ 10 3.LL 2050C 5 C 0.2 2.67 C 2 ( 10 ( d. 5 C 2 3.2t 0.5 16 BI 106 2.30 C 10 CI 0.01 C 10 1.06 1060

C 5 C 0.2 O.BJ S 10 C 0.5 (2 2.64 0,5 19 53 61 0.70 C 10 -: 1 0.08 C 10 0.21 455C 5 C 0.2 2.0S C 2 10 C 0.5 (2 0.79 0.5 37 216 246 2.59 C Ifl CI O.BB ( 10 1.J5 395(5 C 0.2 0.25 2 30 C 0.5 2 0.37 (0.5 CI 71 1 0.29 C 10 C 1 0.17 50 . 0.04 40C S C 0.2 5.07 2 C 10 ( fl.5 C 2 0.67 C 0.5 36 J92 3 9.73 10 (1 0.04 C 10 2.20 205045 C O.i 2.52 2( C 10 ( 0.5 C 1 1 1.00 1.5 75 314. 217 I.J6 10 C 1 C 0.01 C 10 5.21 41710

C 5 C 0.2 1.47 C 2 10 C 0.5 C 2 2.11 0.5 15 147 34 2.03 C 10 CI O.Q3 ( 10 0.92 (65(5 < 0.2 O.B1 C 2 C 10 C D. 5 ( 3 HS.flO 2.5 J4 447 17 1.54 (10 C 1 C 0.01 ( 10 O.B4 4410(5 C 0.2 d. 91 76 10 C 0.5 (2 0.45 C 0,5 24 112 41 l.U (10 C 1 0.13 ^ 10 0.79 305(5 C 0.2 0.50 1D2 10 C 0.5 < 2 1 .11 C D. 5 25 10A 24 0.57 (10 C 1 0.03 C 10 0.36 3D5C 5 C 0.2 D. 37 21* 10 (fl.5 C 2 1.01 ( 0.5 16 . 82 5 0.38 < 10 CI 0.02 C 10 0.39 170

C 5 C 0.3 0.44 10 3U C 0.5 C 2 1.63 ( 0.5 21 1B3 131 2.34 C 10 C 1 O.OJ ( 10 0.12 {IDC 5 C 0.2 0.7S 76 160 C 0.5 C 2 1.69 C 0.5 Jl 369 23 1.75 C 10 C 1 0.03 <. 10 0.16 1720(5 C 0.2 2,69 160 10 C 0.5 (2 3.50 1.5 77 1275 267 4.26 ID CI 0.01 C 10 .41 1315

35 C 0.2 2.93 4ft 50 C 0.5 C 2 1.29 0.5 49 119 15} 4.77 C 10 CI 0.63 C 10 .16 1105C 5 (0.2 0.14 36 ID (0.5 C 2 1.66 0.5 23 ill 74 0.13 C 10 CI D.12 ( 10 .37 405

C 5 C tt.2 3.16 C 2 C IB C 0.5 C 2 l.BO ( 0.5 7 107 t 0.31 (10 CI 0.02 C 10 .11 125C 5 C 0.2 1.41 C 2 C Ifl C 0.5 (2 1.11 t 0.5 5 77 23 O.J5 (10 < 1 fl.16 C 10 .29 190(5 C 0.2 O.S3 46 C 10 C 0.5 C 3 1,03 C 0.5 25 114 7 0.60 < 10 < 1 0.03 ( 10 0.46 175C 5 C Q. 2 1.65 (2 10 C 0.5 t 3 4.07 0.5 2B 637 SB 1 .20 < 1 0 C 1 C 0.01 ( 10 1.70 9)5C 5 C 0.1 1 .34 C 2 30 ( 0.5 C 2 9.51 1.0 Jl 476 13 1.9S C 10 CI 0.01 ( 10 fl.Sl 1430

C 5 (0.2 2.37 C 2 30 C 0,5 C 2 3.59 0.5 20 72 25 4.64 C 10 1 0.07 C 10 1.6B 1110C 5 C 0.2 0.45 16 C W C 0.5 C 2 )15.00 2.0 17 J 71 10 1.22 (10 t. l ( 0.01 C 10 1.06 4220( 5 C 0.2 0.73 C 3 30 C 0,5 (1 1.32 C O.S B 1M CI 0.95 (10 CI 0.89 ( 10 0.71 2BOC 5 C 0.2 0.62 2 C 10 C 0,5 (3 0.67 C 0.5 7 72 *5 0.60 C 10 CI 0.05 C 10 0.27 IJfl

Chemex Labs Ltd.Analytical Cherrfsis' Geotharfcts' RegtstiMod Asaayers

212 Brooksbank Avo.. North Vancouver British Columbia, Canada V7J 2C1 PHONE: 804-984-0221 FAX: 004-804421Q

To: l SLAMO ARC RESOURCE CORP.

600-700 W. RENDER ST. VANCOUVER. BC VflC1G8

Project: RED LAKEComments: ATTN: DOUG McLAUSHUN

Pago Number l-B Total Pages J Certificate Dated 0-SEP-C7 Invoice No. 1-9730903 P.O. Number : Account :

SAKPLBDSSCIimOB

55405255*05 J55(054554055554056

55 4 ff575510585540595540503540*1

55406255*063554064554065554066

iS4NJ7.5406855 406 J554(170554031

554072554973554B745 S 41075I5407S

55407755407B.540795540(0554011

554012554013554084S540BI554866

554017554048554014554090

PtHFCODE

205205J05205205

205205295305205

2052D5205205205

205205205205205

205305205205205

205205205205205

20520S205205205

295305205205

216226226aa s226

226226226226226

226226226226226

22622622622622G

226226226226226

22C2245226226226

22622(522*226226

226226226225

Ho Ja li P PS SH Seppn * jpn ppn ppi ppn ppti

( 1 0.01 BS 150 C 2 (2 12< 1 0.10 102 240 (2 < 2 2t. l 0 .10 111 230 ^ 2 < 2 J< 1 0.17 70 ISO 42 < Z 4i l 0 .01 2B 70 ( 2 ( 2 4

( 1 0.20 S9 230 12 ( 1 4( 1 0.23 J7 210 (2 < 2 10C l 8.19 45 210 < 2 < 2 1' 1 0.0-1 6 t O < 2 < 2 < 1

< 1 D. ID 55 210 < 2 (2 4

( 1 ft. 12 42 110 (2 (2 i< 1 0.13 (C 200 (2 < 2 2< 1 0.17 114 230 ( 2 < 2 1< l 0 .01 101 -160 (2 < 2 S^0.23 55 220 < 2 2 3

< 1 0.0) 125 JOO (2 (2 2( 1 0.02 142 510 (2 (2 jt 1 4.02 4 10 12 ( 2 ( 1< l < 0.01 170 400 i 2 < 2 17( 1 < 0,01 2H 140 (2 (2 24

< 1 0.05 47 200 ( 2 2 6< 1 ( 0.01 504 30 ( 2 ( 2 1< 1 D. 03 182 120 (2 ( 2 ( 1< 1 0. 04 101 170 ( 2 12 2< 1 < 0.01 1S1 130 t 2 2 1

< 1 < D. 01 160 200 ( 2 2 1< 1 < 0.01 174 500 < 2 2 5( 1 C D. 01 J 90 100 (2 < 2 1

67 0.16 202 29(1 2*2 73 ( d. 01 40 120 < 2 < 2 j

2 0.25 15 320 < 2 * 2 2< 1 0.11 14 22V ( 1 < 2 i< 1 0.02 106 130 (2 < 2 1•: 1 ( O.flL 127 140 (2 < 2 1( 1 ( 0.01 US IDD C 2 t 2 2

t 1 t O.D1 65 130 < 2 2 2< 1 < Q. DI 264 20 C 2 2 2< 1 < 0.01 40 15D < 1 < 2 1( 1 D.OS IS 170 ( 2 2 3


Si li Tl B V K Zttppm t pfn pj* ppn HHH ppm

42 f. fl.Dl < 10 (Iff 1)4 < IQ 7627 0.22 ( 10 t 10 57 < 10 4427 0.20 ( 10 < H 74 f. ID 5415 0.15 ( 10 t 10 S2 < 10 32

5 0.05 (10 l 10 4ft < 10 80

16 0.18 < 10 ( ID K ^ 10 5217 0.15 < 10 (Iff 127 ( 10 5S15 ' 0.15 ( 10 < 10 50 ( 10 28

1 t 0 .01 ( 10 < U 9 ( 10 614 D.1J ( 10 t 10 55 < 10 34

H O.IW < 10 ( 10 41 t 1C 22LO 0.09 < LO (IB 47 ( 10 Iff12 a.oa ( 10 c 10 n ( ID 34is o.ii (lo (lo isj ( 10 gc20 0.14 ( 10 t 10 52 < 10 24

17 0.12 < 10 ( 10 34 t 10 U10 fl. 16 < 10 ( 10 59 ( 10 31

5 ( fl.fll ( 10 ( Iff ( 1 ( 10 146 0.05 (10 t Iff 216 l ID lit

52 0.01 (10 (Iff 1(9 < W tt

9 9 .13 ( ID ( Ifl 51 4 10 2157 0.01 t 10 ( 10 24 t 10 6

3 O.D4 ( 10 ( 10 14 ( ID U10 O.Ot ( 1C ( 10 21 ( ID 12

7 O.fle ( 10 ( 10 1L < 10 6

ID 0.05 ( 10 ( 10 20 ( 10 R15 B.D7 ( 10 < 10 3* ( 10 IB25 ff.19 (10 t 10 L J1 < 10 6S17 0.17 < 10 (10 137 ( 10 5(115 0.14 < 10 C .10 26 ( Iff 12

35 0.15 ( 10 ( 10 32 ( 10 E15 0.1J ( 10 t Iff 32 ( 10 Bt J. 09 ( 10 t 10 15 ( 10 C

115 O.OB C ID C 10 27 ( 10 2*15 0.09 ^10 i 10 26 ( 10 22

17 0.01 ( 10 ( 10 20 ( 10 61{56 ( 0.01 (10 (10 16 (10 C

4 O.flf (10 ( IB 15 ( 10 113 0.09 ( 10 C 10 27 ( 10 II

Chemex Labs Ltd,Analytical Chorrtsta " Geochernbts' Registered Assa/urs

212 Brooksfcerfc Ava.. North Vancouver Brfti sh Columbia, Canada V7J 2C1 PHONE: 604-8M-022I FAX: 801-53*1-0216


WO-700 W. FENDER ST. VANCOUVER. BC VOC 1G6


PageNunv 'J-A Total Pages 2 Certificate Datelfl-SEP-W hivofco No. 1-0740512 P.O. Number : Account :

SiHPLJ DI5CIIWHH

5540H 554092 .54093 i540J4 154045

5540S6 5540*7 554098 554039 554100

5 54 HI 554102 554103 154144, 554105

i54lfl6 554197i541.CS i 54 109 554110

554 ILL 554112 S54U3 554114 S54115

554116554117 554111 554119 SS4120

554121 534122 i 54 121554151554151

554151 154154 554155 554154 554157

PUcot

205205 105 205 205

20520S 205 205 205

205at s205 205 205

205 205 205 205 205

205 205 205 205 205

205205 105 205205

205 205 114205 245

205245 205 205 205

!PB

22* 226 226 226 226

21622* 226 226 22fi

226 226 22 G216 226

226 22622E 226224

226 226 226 226 225

226 226226 226 226

226 226

226 22 G

226 226 226324 226


au ppi Aj M. la Ba Be Bi Ca Cd Co Ci CD. Pe Ga Eg C la H; Mn MtftA ppn l pi* ppm ppi ppn l ppn ppi ppi ppn t ppn pptt l ppi \ ppi

(S K 0.2 1,11 B 10 C 0.5 ( 2 2.7ft ( O.S 12 tl 16! 5.25 ID t 1 0.04 < 10 1.99 1105 < 5 l 4.2 3.03 t ID < O.S t 2 1.01 < 0.5 25 123 S6 4.11 10 ( 1 0.01 t 10 1.9J 7SO t 5 (0.2 0.11 2 ( 10 t 0.5 (2 0.11 t 0.5 1 255 3 B. 42 < 10 t 1 ( 0.01 ( 10 O.D7 (0 (5 (0.2 1. 26 4 C 10 ( 0.5 < 2 5.55 ( 0.5 15 SI 163 5.04 10 < 1 0.01 < 10 2.24 19)5 (5 t 4.2 1.14 26 < H < 0.5 '. 2 1.12 t 0.5 29 71 16} 3.02 (ID ( 1 0.01 ( 10 1.20 625

< 5 Q. 2 l.*l < 2 < 10 < 0.5 (2 2. 85 ( 0.5 H 123 151 .44 C ID < L d. 01 < 10 1.80 1195 (5 t 0.2 J. 74 < 2 t H) t 0.5 t 2 2.36 t 8.5 34 194 173 .53 (10 (It ft.ftl ( 10 2.01 B7S

' t 5 (0.2 3.03 (2 10 ( 0.5 (2 1.00 ( 0.5 21 141 126 .40 (10 (1 (.0.01 ( 10 1.81 955 - i. 5 0.2 3.24 (2 ( 10 ( 0.5 (2 1.42 ( 0.5 30 159 149 .01 (ID ( 1 CO. 01 t 10 2.11 955

(S (0.2 3.00 t 1 20 (. tt. 5 ( 2 2.07 ( 0.5 19 24 it .47 C 10 (1 ft.fte ID 1.1} 905

< 5 0.2 2.34 (2 ( 10 ( 0.5 (2 1.37 ( 0.5 29 35 1U 3.71 (10 tit 0.01 t 10 1.3J 1415 (5 t 0.2 3.31 2 10 t 0.5 t 2 3.5ft t 0.5 35 *3 HI 2.1* t 10 (1 ft. 03 ( ID 2.15 9*0 t 5 t tt. 2 D.4S t 2 U t 0.5 (2 Q. 47 t 0.5 4 151 19 0.41 t 10 tit 0.01 t 10 0.13 U5 t 5 ( 0.2 0.04 (2 ( ID ( 0.5 (2 0.01 (0.5 (1 154 4 1.42 t 10 t 1 0.01 ( H 0.01 95 (5 (0.2 1.39 t 2 t 10 t 0.5 t 2 4.10 < 0 .5 43 215 141 3. 1C t 10 t 1 0.02 ( 10 2.29 2190

t 5 D. 2 2.34 (2 10 ( 0.5 (2 3. H ( 0.5 12 113 149 2.13 t 10 t JL 0.13 ( 10 1.18 1010 (5 t 0.2 2.52 2 t 10 t 0.5 t 2 3.05 t 0.5 29 1J4 134 2.97 t 10 ^ i 0 .03 t 10 1.17 935 ( 5 0.2 1.03 S t 10 t 0.5 (2 1.14 ( 0.5 25 lit 122 3.18 t 10 t 1 0.01 t 10 1.42 975 t 5 (0.2 2.78 (2 ( ID ( 0.5 (1 3.71 ( 0.5 37 HO 110 3.16 (10 t 1 0.03 ( 10 2.07 1280 (5 t 0.2 1.32 10 t 10 t ft. S t 2 1.27 ( 0.5 12 55 21J 1.67 t 10 t 1 0.02 t 10 0.59 210

t 5 (0.2 3.01 (2 10 l 0.5 ( 2 0.11 ( 0.5 51 1095 53 3.33 ID t 1 0.02 t 10 5.52 US (5 t 0.2 2-82 t 2 t 10 t 0.5 t 2 L. 70 ( 0.5 15 50 217 1.95 t 10 t 1 0.04 t 10 tt. BS 120 t 5 t 0.2 2.H2 t 2 10 t 0.5 t 2 2.11 t 0.5 15 59 229 2.13 t 10 t 1 0.24 t 1ft 0.37 275 t 5 (0.2 O.G1 (2 ( li) ( 0.5 (2 1.20 ( 0.5 6 S6 lil 0.53 (ID tit 0.01 C 10 0.26 U.D (5 t 0.2 3.09 t 2 t LO t 0.5 t 2 Q. 14 ( 0.5 10 2150 27 4.48 t 10 t 1 O.D1 t 10 4.21 570

t 5 (0.2 1.63 t 2 ( 10 ( 0.5 (1 ft.43 ( 0.5 22 SS3 54 2.ft9 (10 t 1 ft.Ol ( 1ft 1.11 305 ( 5 0.2 2.13 116 30 t 0.5 t 2 13.90 t 0.5 39 1015 45 4.90 1ft 2 0.19 t 10 5.45 3670 t 5 (0.2 2.46 100 30 t 0.5 t 2 12.95 t O.S 35 1290 47 4. K 3D 1 0.34 ( ID 5.49 1660 t 5 (0.2 3.49 (2 t IB ( 0.5 (1 2.C9 ( 0.5 40 1315 45 4.10 (10 (1 ft. ft] t 10 3.91 720 (5 (0.2 4.72 t 2 t 10 ( 0.5 t 2 5.49 t. 0 .5 3} 169 14S 5.70 10 t 1 0.02 t 10 3.21 1495

t 5 0.2 1.46 6 100 (0.5 C 1 1.54 ( ft. 5 45 414 300 5.61 10 ( 1 ft. 14 t 10 1.93 1110 t 5 t 0.2 3.90 36 ( ID ( 0.5 t 2 U5.00 < D . 5 35 14} 10 t. 25 3ft 1 ( 0.01 t 10 3.9L 2740

1220 ——— ——— — — ——— ——— ——— ——— ——— ——— ——— ——— ——— ——— -— -- ——— ——— ——— ———t 5 0.2 1.5ft t t ID t 0.5 (2 4.19 ( ft. 5 17 108 121 5.45 t 10 (It ft.ftl t 10 2.12 1910 (5 t 0.2 3.14 6 ( 10 ( 0.5 t 2 4.24 t 0.5 41 191 170 4.11 t 14 t 1 ( 0.01 t 1ft 2.25 1140

t 5 (0.2 0.22 (2 30 t 0.5 (2 ft. 20 ( ft. 5 2 217 20 0.44 t W ^ i O .ft3 t 10 0.11 75 (5 t 0.2 2.S5 (2 ( 10 ( fl.5 t 2 1.42 ( 0.5 28 55 140 4.56 t 1ft t 1 0.05 t 10 1.67 1715 t 5 (0.2 2.56 t 2 t 10 t 8.5 t 2 2.15 t 0.5 27 J6 IRt 4.05 (10 t 1 0.01 ( 10 1.22 755 t 5 0.2 1.07 (2 t 10 ( 0.5 (1 1.67 ( fl.5 1ft 64 145 5.19 t 10 (1 0.02 t 10 1.7* 1200 ( 5 0.2 2.77 (1 10 ( 0.5 t 2 2.42 t 0.5 29 53 165 4.53 t 1ft t 1 O.OS ( 10 1.63 1015

CERTIFICATION:

Chemex Labs Ltd,Analytical CTurrlsls' Geoeharmts' RoQ'steied Assa/ers

212 Biotksbank Ave.. North Vancouver British Columbia, Canada V7J 2C l PHONE: 604-864-0221 FAX: 604-804-021 a


800-700 W. FENDER ST. VANCOUVER. BCvec toe

Prelect: RED LAKEComments: ATTN: DOUG McLAUGHUN

Pago Number l-B Total Pages 2 Certificate Date] O-SEP-87 Invoice No, 1-9740512 P.O. Number : Account :

SNttlErascumoi

554091 W4D92554093 ;54094 154095

554096 554097 J5409B 554099•54100S54L01i 54 L02154103 SS4L04 551105

554106 S54L07554101 • 54L09 554110

554I1L .S4112 554113(51111 354115

55411*I541L1i 54 LIB J54L19 •54L20

J54L21 554122554121554151 S54L52

I54L53S54L54 S54L55 554156 S54157

fiCO

2052115 205 205 205

20 5 205 105 205 IBS

205 205 205 20 5 205

205 205 205 205 205

205205 205 205 20 S

205 205 205 205 205

to;2051L4205 203

205 205 205 205 20S

IBffi

226 226216 22* 226

226 226 226 226 226

226226 224 226 22*

226 226 226226226

22622s226226 226

226 226 226 226 226

226 226

226126

124 226 226 226226

Ko 8a fi P Pb Sb Se ppm t ppai ppn ppji ppm ppa.

< 1 ( 0. 01 67 240 C 2 2 5 C 1 0.02 60 350 C 2 C 2 5 t 1 t 0.01 7 20 < 2 (2 CI < l < 0.01 76 320 t 2 < Z 1 i 1 1. 02 59 310 C 2 (2 4

< 1 0.02 Bt 210 C 2 (2 4 C 1 11.11 91 Ufl O t 2 5 C 1 O.M 12 200 t 2 t 2 5 C 1 0.03 56 240 C 2 (2 E C i 0.05 G 9SI) C 2 < 2 T

CIC 0.01 74 210 C 2 C 2 5 t 1 0.12 130 210 C 2 C 2 2 C 1 C ft. 01 1L 30 C 2 C 2 CI C 1 t 0.01 3 90 C 2 i 2 t 1 C 1 D. 01 IDS 290 i 2 C 2 ft

C 1 D. ID 14 240 C 2 (2 4 t 1 0.12 B2 HO (1 C 2 1 C 1 0.19 66 210 C 2 (2 5 C L Q. 01 B3 160 C J C 2 1 ( 1 0. 11 31 LBQ 12 C 2 E

< 1 t 0.01 filS 30 ( 2 C 2 i C 1 0.31 52 210 t 2 C 2 3 ^1 0.2B 49 210 CI C 2 4 C 1 C 0.01 55 90 t 2 C 2 3 C 1 C O.ftl 13 70 C. 1 6 1

< 1 O.tta 164 CO C 1 ( 2 2 C L t 0.01 21B. JO 10 2 17 C 1 C 0.01 262 30 12 C 2 19 C 1 ( 0.01 256 50 C 2 ( 2 4 C 1 0.06 92 160 (2 C 2 16

i l 0 .04 L69 2KO (2 (2 20 C 1 C 0.01 115 30 lU C 2 1.4

< 1 C 0.01 102 120 (. 1 2 5 C 1 0.85 114 15fl t 2 CI 4

C 1 C B. 01 1 30 t 2 C 2 CI C 1 O.D4 52 24D CI C 2 5 C 1 C fl.Ol 57 230 C 2 C '2 6 < 1 0.05 5i J6B C 2 C 2 9 CI 0.07 55 2KB t 2 C 2 S


Si li 11 Q V H to PBn * ppm PPB ppi ppm ppnli 0.32 C 10 C 10 99 C ID 74 21 0.24 C 10 t 10 H i 10 54

1 C 0.01 C 10 C 3.9 S C 10 2 11 0.34 C 10 C Id 17D C 10 64 10 0.3) C 10 C ID 10 C 10 42

9 0.22 C 10 C 111 BS C 10 76 17 D. 20 C LO C 10 79 C 10 64 16 0.25 C 10 ( 10 - 13 C 10 50 19 0.24 C 10 ( 10 ' 92 C 10 CD 74 0,15 C 10 C 10 75 C LO B2

12 0.20 C 10 C ID 70 '. LO 62 19 0.14 C 10 C 10 76 (. 10 52 11 B. 01 t LO t 10 11 l 10 10

3 C 0.01 C 10 C 10 2 C 10 2 14 D. IB C LO C 10 145 ^ LO 46

15 0.19 < LO C 10 77 C 10 60 14 0.21 C ID C LO 1 1 < ID 3B U 0.22 C 10 C 10 75 C 10 35 LO 0.25 C 10 *. H 106 C ID 40 15 ft.OC C 10 C 10 SI C 10 3D

2 0.02 C 10 C 10 76 C 10 14 2J 0.07 C 10 < 10 45 C 10 24 26 0.12 C 10 C lit 57 C 10 26 12 0.14 C 10 C 10 23 C LO 2

2 0.17 C 10 C 1ft 41 t 10 32

4 Q. Oft C 10 C 10 22 C 10 16 41 0,05 C LO C 10 79 t L* 42 31 0.45 C 10 C 10 Ot C 10 4K 10 0.1L < 10 C 10 67 C 10 32 21 0.11 C ID C LO 191 < ID 62

7 0.33 C 10 < Ifl 321 < 10 T t 34 O.DL t 10 1Q 103 C 10 (8

t 0.16 C 10 C 10 93 C 10 74 12 0.14 C 10 < 10 (A < 16 BO

1 C Q. 01 C 10 t 10 8 < LO 2 12 0.2ft C 10 C 1ft BS C 10 S& 29 0.2B C 10 C 10 92 * LO 52

9 0.2ft C 10 C ID 126 C 10 6B 9 0.24 C 10 C 10 102 ^ LO 56

CERTIFICATION:

Chemex Labs Ltd.AnEflytial Ctiorlsb * Gouchenfets' HegKicnxt Assaycis

212 Brocksbank Avo., North Vancouver BrIBsh Columbia, Canada V7J2C1 PHONE: 604-684-0221 FAX: 004-BW-0218


eon -TOO w. RENDER ST.VANCOUVER, BCvec iea

Project: RED LAKEComments: ATTM: DOUG TdcLAUGHLIN

Page Nwnbtu Z-A Tola! Pages 2 Certificate Dated D-SEP-97 Invoice No. I-874QS12 P.O. Number : Account :

awnsMSCliraOT

554151;5415S55416Qisnci.54163

5541SJ35416*554165SS4166154167

554161I54U9

PHC01

205IDS2(15IDS205

10521520520 S305

205205

ft96

22622622*236226

22611622 G224226

21422b

CERTIFICATE OF ANALYSIS A974051 2

Aa ?pi Ag 41 AJ Ba Be Si Ci Cd Co Ci Co 7e Ga Hj E La Mg HaPAtJft ppn l pp* ppra ppo ppn l ppm ppo ppi ppra l ppm ppn l ppn t ppi

< 5 0.2 2.47 < 2 ( ID ( 0.5 < 2 1.74 C 0.5 }fl 55 157 .OS * 10 < l 0 .01 < 10 1.62 IflSO( 5 t 0.2 2.51 (2 C 10 < 0.5 t 2 2.62 < C. S K 57 131 .42 (10 < 1 0.01 t ID 1.12 19(5(5^ t. 2 2.66 (, 2 10 < 0.5 ? 2 1.50 ( D. S 24 S& S) .64 < 10 (1 0.01 < 10 1.65 1215l 5 D.2 2.55 < 2 < IB < tt. 5 ( 2 2 .52 t 0.5 iJ (6 112 .4t C 10 < 1 O.D2 ( 10 1.4) U(5(5 t 0.2 J. 14 (2 10 t D. S (2 ).S4 f. 0.5 32 61 154 .97 (10 l i 0 .14 C 10 i .tJ 15(5

< 5 ^ D.2 2.54 t 2 111 * 0.5 (2 1.25 < 0.5 29 51 145 4.21 (ID i 1 D. 10 ( ID L.45 1470< 5 0. 2 4.5* 2 < ID t (1.5 (2 t . T t ( 0.5 17 24) 12? 5.6ft (10 (1 0.04 { 10 1.74 1095(5 (0.2 J. 12 (2 Ifl ( 0.5 ( 2 ' 1.90 ( D. 5 34 109 157 4.09 t ID ( '1 O.Ofl ( 10 1.4S 1475(S (0.2 a.10 (2 ( ID ( 0.3 ( 2 ' 0.09 ( 0.5 1 201 4 O.Jfl ( 10 CI 0.01 ( 10 0.05 *5(S (0.2 4.60 (2 10 ( 0.5 (2 O.B1 ( 0.5 11 L&4 1(6 5.11 (10 (1 0.12 ( 10 J. 10 G20

(5 (0.2 2.67 2 ( 10 ( (1.5 (2 4.64 ( 0.5 M 51 156 1.17 (10 (1 0.02 t 10 1.76 1195( 5 D.2 5.05 (2 ( 10 ( 0.5 (2 1.71 ( (1.5 44, 100 156 7. 63 ID (1 0.02 ( 10 1.59 24&0

O UJ V IVuN.us

CERTIFICATION:

Chemex Labs Ltd.Analytical Ohnrtsts * Qeudicnlsts" Registered Asaayers

212 Brooktbank. Avo., North Vancouver British Columbia, Canada V7J 2C1 PHONE: 604-aa4-fl221 FAX: 604-884-021B

To: ISLAND ARC RESOU RCE CORP.

BOO-700 W. RENDER ST. VANCOUVER. BC VQClGfl


Page Nurm.,.. 2-B Total Pages i Certificate Date10-SEP47 Invoice No. l B740512 P.O. Number : Account :

CERTIFICATE OF ANALYSIS A9740S12

B AMPLEBBSCalETIOI

!5415t!5415*554HH5S11SIJ5416I

55416J554164554155554166554167

(541615541.69

FIB;CODE

205105205205in 5305205205105205

205205

12622622t226226

226236226226226

226226

Ho fa. li J Pb Sb Se sr li n 0 V H topps 1 ppn RSI ppn ppi ppa ppm l ppn ppn ppo ppm ppn

< 1 fl.Dl 59 27D < 2 < 2 5 B D. 27 ( 10 t 10 9fl ( ID 48t 1 0.01 57 240 < 2 C i 4 5 d. 26 t Id C 10 15 < LO 5S*. 1 i O.Dl SI 200 (j C 2 1 5 0.2} ^ U) ( 10 80 * 10 SO< 1 (1.01 66 240 '.2 < 2 4 7 0.29 t 10 (10 94 OD 60( l 0 .01 56 240 t 2 < i 5 H B, 25 < 10 t ID 107 f 10 74

4 1 0.04 61 25B i 2 * 2 4 ID 0.25 (ID C 10 t) t ID 54< 1 B.01 125 170 t 2 < 2 3 12 0.24 < 10 (10 115 \ 10 62< 1 0.10 IS ' 210 (2 ( 2 6 17 0.15 < H < ID f) l U 5fl< 1 C 0. 01 S'tltt ^ ^ tl (1(0.01(10^0 4(10 (2( 1 D. 09 Iflt 110 C 2 ( 2 J 13 0.22 ( 10 t 10 15 C 10 46

( 1 (I.IJJ 49 160 (3 (2 6 16 D.2i ( 1ft ( 10 128 ( 10 6ft( 1 ( (t. 01 14 100 (2 < 2 15 14 O.JO (10 (10 247 C 10 96

Cve

Us U

CERTIFICATION:

'WîfSI- -Declaration of Assessment yVork Performed on Mining Land H~

Pi M Q 9;

Mining Act, Subsection 65(2) and 66(3), R.S.0.1990

52N04SW2001 2.17975 FAIRLIE 900

ubsecttons 65(2) and 66(3) of the Mining Act. Under section 8 of the lew the assessment work and correspond with the mining land holder, icorder, Ministry of NorthernDevelopment and Mines, 6th ROOT,

2 1 r? Q *s e: e l c U t OInstructions: - For work performed on Crown Lands before recording a claim, use form 0240. -.. .. - please type or print in ink.

1. Recorded holder(s) (Attach a list if necessary)Client Number

lZ.%11ber

2-M'bName Client Number

Address Telephone Number

rnxGeotechnical: prospecting, surveys, r i Physical: drilling, stripping, L J assays and work under section 18 (regs) l i trenching and associated aassays l | Rehabilitation

Work Type Office Use

Commodity

Total S Value of Work Claimed

s Q,

Day | MonthNTS Reference

Global Positioning System Data (if available) Township/Area

" PA iî^ Mining Division

M or G-Plan Number Resident Geologist District

^75 JJjC

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

. - include two copies of your technical report.

3. Person or companies who prepared the technical report (Attach a list if necessary)Name

f^f-fi ki/Ucu -LAôi(2Address

l SMLXMA C&5& - i^trU/WVobh^L md'f. Pod l ôfctmai* ' -' - - *NanW . '. -. .- ' : - - - ' - '. ' *.. f -" - - ". ov- ;* - - - -' "' - ;

Address

Name

Address

Telephone Number

nosV'Zk i- tzoMFajM4umber .

Telephone Number

Fax Number

Telephone Number

Fax Number

4. Certification by Recorded Holder or Agent - f /ve. .

i, , do hereby xcertify that l have personal knowledge of the facts set.. . (Print Mam*) -

forth in this Declaration of Assessment Work having caused the work to be performed or witnessed the same during or after its completion and, to the best of my knowledge, the annexed report is true.

rrrHolder or Agent Date

's Address

IfioTelephone Number fix. N

5. Work to be recorded and distributed. vvorK ea,, only oe aôiyêa .j . ^ the mining land where work was performed, at the time work was performs^ f must accompany this form.

nowinjMhe contiguous 4ink

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

eg

eg

eg

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

TB 7827

1234567 >

1234568

vo±- i ift4^M'itfL.ufl4i4*rY&- ueû*k#L UBtefel

W2L llftL^

V&. \\fti3AY&L l lfoMSTo

UL m4mML 1 16^ -MY&L ne^ST^TteL. iieMse^V^ZL iifiMÎ^

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

16 haV* -: -~ .*-'

12 * '

2

' ItIZ-

' (," K- K

17-

K

It

3* K' i-r

lo

Column Totals

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

S26, 825

,* 0

S 6, 892

**F Ovk.

0

* oâ-S

^^0 4L

^ôMu

PJ 0

:6 4z j 6^2-

O4 l,ZU2-

*UU7-

C

*G3 o-V^

Value o Qapplied . ^J , claim. A Vi

^^ p

*^ N/A

S24,000

S 4,000

ôo^

nôo/f Z.ÔD '

^ f. 7 w.ooo

n.0^ x^ 4,^00 ^

^5,UoO ^

^0,^00 ^

Î.^Q ^

^ bpoo X

^ t,Ooo /y

^H-,00*/

J S^ ( (ô

^C -^' """ l " . V je of work) signed to other

.nining claims.

S24,000

0

0

O

o

* \rs0

0

o0

^33,0 1^

o

0

o

o

^33,136

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

S2,825

0

S4.892

0

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*3Am, do hereby certify that the above work credits are eligible under

(Print Full Name)

subsection 7 (1) of the Assessment Work Regulation 6/96 for assignment to contiguous claims or for application to

the claim where the work was done.

Sigr ature of Recor led Holder or Agent Authorized in Writing Date.

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

Some of the credits claimed in this declaration may be cut back. Please check ( s ) in the boxes below to show how

you wish to prioritize the deletion of credits:

0*1 . Credits are to be cut back from the Bank first, followed by option 2 or 3 or 4 as indicated.

D 2. Credits are to be cut back starting with the claims listed last, working backwards; or

D 3. Credits are to be cut back equally over all claims listed in this declaration; or

4. Credits are to be cut back as prioritized on the attached appendix or as follows (describe):OF towt&t

*MoH*

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

For Office Use OnlyReceived Stamp

0241 (02/96)

RECEIVEDNOV - 5 199?

GEOSCIENCE ASSESSMENT _____OFFICE^ -.

Deemed Approved Dafe

Date Approved

Date Notification Sent

Total Value of Credit Approved

Approved for Recording by Mining Recorder (Signature)

Ontario Ministry ofNorthern Developmentand Mines

Statement of Costs for Assessment Credit

Transaction Number (office use)

Personal information collected on this form is obtained under the authority of subsection 6(1) of the Assessment Work Regulation 6/96. Under section 8 of the Mining Act, the information is a public record. This information will be used to review the assessment work and correspond with the mining land holder. Questions about this collection should be directed to the Chief Mining Recorder, Ministry of Northern Development and Mines, 6th Floor, 933 Ramsey Lake Road, Sudbury, Ontario, P3E 6B5. 2 .17975

Work TypeUnits of Work

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

Cost Per Unit of work

Total Cost

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

Total Value of Assessment Work

Calculations of Filing Discounts:

1. Work filed within two years of performance is claimed at 1000Xo of the above Total Value of Assessment Work.2. If work is filed after two years and up to five years after performance, it can only be claimed at 5007o of the Total

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

TOTAL VALUE OF ASSESSMENT WORK x 0.50 - Total $ value of worked claimed.

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

Certification verifying costs:

l, ffrffi klAtLA.t-LA.3bi6. , do hereby certify, that the amounts shown are as accurate as may___ _(please print full name)

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

the accompanying Declarati

to make this certification. HCV -5

GEOSCIENCE ASSESSMENT OFFICE____

Ider, agent, or state company position with signing authority)l am authorized

Date

Ministry ofNorthern Developmentand Mines

Ministers du Developpement du Nord et des Mines Ontario

March 17, 1998

PERRY VERN ENGLISH P.O. BOX. 494 RED LAKE, Ontario POV-2MO

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

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

Dear Sir or Madam:

Subject: Transaction Number(s):

Submission Number: 2 .17975

StatusW9720.00307 Approval After Notice

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

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

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

If you have any questions regarding this correspondence, please contact Lucille Jerome by e-mail at [email protected] or by telephone at (705) 670-5858.

Yours sincerely,

ORIGINAL SIGNED BYBlair KiteSupervisor, Geoscience Assessment OfficeMining Lands Section

Correspondence ID: 12018

Copy for: Assessment Library

Work Report Assessment Results

Submission Number: 2.17975

Date Correspondence Sent: March 17, 1998

Transaction Number

W9720.00307

First Claim Number

1184244

Township(s) 1 Area(s)

FAIRLIE

AssessonLucille Jerome

Status Approval Date

Approval After Notice March 16,1 998

Section:

12 Geological GEOL

Assessment work credit has been approved as outlined on the attached Distribution of Assessment Work Credit sheet.

Correspondence to: Recorded Holder(s) and/or Agent(s):Resident Geologist PATH NAKAI-LAJOIERed Lake, ON SCHUMACHER, ONTARIO, CANADA

Assessment Files Library PERRY VERN ENGLISHSudbury, ON RED LAKE, Ontario

Page: 1Correspondence ID: 12018

Distribution of Assessment Work Credit

The following credit distribution reflects the value of assessment work performed on the mining land(s).

Date: March 17, 1998

Submission Number: 2 .17975

Transaction Number: W9720.00307

Claim Number Value Of Work Performed

1184244 4,263.00

1184366 2,131.00

1184367 4,263.00

1184368 4,263.00

1184373 36,235.00

1184375 1,066.00

1184389 1,066.00

Total: $ 53,287.00

Page: JCorrespondence ID: 12018

geol assessment rpt on the red lake prop · 2017-01-17 · on the red lake property for island-arc...

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