l S2B07SW0081 2.13221 SAGANAGONS LAKE 010 · sawsweee. a . l322l SAG A AKE 010C TABLE OF CONTENTS 1. SUMMARY AND RECOMMENDATIONS l 2. INTRODUCTION 2 2.1 Scope of Report 2 2.2 Location

l l l l l l l l l l l l l l l l l l

S2B07SW0081 2.13221 SAGANAGONS LAKE010

THE RESULTS OF A GEOLOGICAL MAPPINGAND LITHOGEOCHEMICAL SAMPLING PROGRAM

ON THE SAGANAGA LAKE PROPERTYSAGANAGONS LAKE AREA

THUNDER BAY MINING DIVISION ONTARIO

NTS:LATITUDE: LONGITUDE: OWNER:

OPERATOR BY: DATE:

52B/07 48 17 NORTH 90 50 WEST HOMESTAKE MINERAL 1812-120 ADELAIDE TORONTO, ONTARIO M5H-1T1HOMESTAKE MINERAL DUNCAN MCIVOR APRIL, 1990

DEVELOPMENT ST. WEST,

COMPANY

DEVELOPMENT COMPANY

l l l l l l l l l l l l l l l l l l

sawsweee. a . l322l SAG A AKE010C

TABLE OF CONTENTS

1. SUMMARY AND RECOMMENDATIONS l

2. INTRODUCTION 2

2.1 Scope of Report 22.2 Location and Access 22.3 Property Definition 22.4 Regional Geology 22.5 Exploration History 32.6 Work Completed 3

3.DETAILED TECHNICAL DATA 4

3.1 Geological Mapping and Lithogeochemical Sampling 4i) Methods Employed 4ii) Results and Interpretation 6

a) Main Grid Area 6b) Northwest Grid Area 8c) Reconnaissance Mapping, Southern Claim Block 9d) Reconnaissance Mapping, Northern Claim Block 9

4. Discussion; An Overview of Data Acquired to Date/ and the 10 Economic Potential of the Property

5. Selected References 13

6. Statement of Qualifications 14

7. Cost Statements 15

8. Technical Data Statement 16

l l l l l LIST OF FIGURES

FOLLOWS PAGE

j 1. General Location Map, Saganaga Lake Property 2

2. Detailed Location Map, Saganaga Lake Property 2

l 3. Claim Sketch, Southern Block, Saganaga Lake Property 2

A. Claim Sketch, Northern Block, Saganaga Lake Property 2

5. General Geology, Southern Block, Saganaga Lake Property 2

l 6. General Geology, Northern Block, Saganaga Lake Property 2

7. Index to Map Coverage, Southern Claim Block 3

lLIST OF TABLES

l PAGE

1. Summary of Anomalous ^500 ppb) Gold Values 11

l

l

l

l

l

l

l

l

l l l l l l l l l l l l l l l l l l l

LIST OF APPENDICES

1. Summary of Claims and Claim Status

2. Southern Claim Block Detailed 1:2000 Maps

Map 1: Geology and Rock Geochemistry, L2+OOE-L12+OOEMap 2: Geology and Rock Geochemistry, L13+OOE-L25+OOEMap 3: Geology and Rock Geochemistry, L26+OOE-L38+OOEMap 4: Geology and Rock Geochemistry, L39+OOE-L52+OOE

3. Map 5: 1:50 Geology and Rock Geochemistry, Northwest Grid Area, Southern Claim Block

4. Map 6: 1:10,000 Geological Compilation, Southern Claim Block

5. Sample Descriptions

6. Map 7: 1:10,000 Claim Location Map, Southern Claim Block

7. Northern Claim Block 1:2000 Geology Maps

Map 1: Reconnaissance Geology, Southeast PortionMap 2: Reconnaissance Geology, Southwest PortionMap 3: Reconnaissance Geology, Northwest PortionMap 4: 1:10,000 Geological Compilation, Northern Claim Block

8. Map 5: 1:10,000 Claim Location Map, Northern Claim Block

9. Raw Geochemical Data


1. SUMMARY AND RECOMMENDATIONS

During the period September l through October 12, 1989, Homestake Mineral Development Company completed a program of geological mapping and lithogeochemical sampling over its 136 claim Saganaga Lake property, located 140 kilometres west of the city of Thunder Bay, in northwestern Ontario.

Detailed, 1:2000 scale geological mapping was completed over an 80 kilometre cut line grid established over a portion of the property. Reconnaissance 1:2000 and 1:10,000 scale geological mapping was completed over all other portions of the property, employing claim lines for control.

The mapping indicated that the majority of the property was underlain by a thick, mundane sequence of intercalated pillowed and massive intermediate (andesitic) and mafic (basaltic) flows. Minor occurrences of felsic metavolcanics, and interformational chemical and epiclastic sediments were also noted in places. This stratigraphy was extensively intruded by mafic (gabbroic) stocks, plugs, and sills. Lessor occurrences of ultramafic (pyroxenite to peridotite) intrusive rocks, and felsic (quartz feldspar porphyry) intrusive rocks were encountered during mapping.

Only two zones of potential economic interest were defined on the property during mapping. At one location, a thin pyritic chert- magnetite iron formation is exposed over 500 metres of strike length. Grab samples from this horizon returned assays as high as 4.81 gpt Au. Extensive sampling of the horizon indicated however that gold distribution was highly erratic, and for the most part uneconomic. At a second location, a large area of intense hydrothermal alteration within an ultramafic intrusive body had produced a "listwanitic" alteration assemblage of carbonate -f/- silica, fuchsite, pyrite. Despite extensive sampling, no economic gold values were returned, and only 2 of 75 samples returned even anomalous gold values. The economic potential of both zones is thought to be minimal, as is the potential of the entire property.

No further work is recommended.


2. INTRODUCTION

2.1 SCOPE OF REPORT

This report serves to summarize the results of a geological mapping and lithogeochemical sampling program carried out on the Saganaga Lake property by Homestake Mineral Development Company during the period September l to October 12, 1989.

2.2 LOCATION AND ACCESS

The Saganaga Lake property is located approximately 140 kilometres west of the city of Thunder Bay, in northwestern Ontario. The claims are situated in the Saganagons Lake area of the Thunder Bay Mining Division, on NTS Map Sheet 52B/07. Access to the property is via a network of logging roads extending south from Highway 11 at Kashebowie (see Figures l and 2).

2.3 PROPERTY DEFINITION

The Saganaga Lake property is comprised of 136 claims in two blocks; the southern block with 104 claims, and the northern block of 32 claims. Appendix l contains a table outlining the claims that comprise the property, and their current land status. Figures 3 and 4 outline the south and north claim blocks respectively.

2.4 REGIONAL GEOLOGY

The Saganaga Lake property is situated within the Wabigoon Sub- province of the Superior Province of the Canadian Shield. The Wabigoon is comprised predominantly of granitoid intrusive rocks, and volcano-sedimentary assemblages commonly referred to as "greenstone belts".

The Saganaga Lake property is underlain predominantly by intermediate to mafic metavolcanics, with minor intercalated felsic metavolcanics, and thin interformational oxide facies iron formation and related epiclastic metasediments. The stratigraphy is locally intruded by felsic dykes, and mafic to ultramafic stocks and plugs. These rocks lay in fault contact with granitoid intrusives immediately south of the property, and extensive

- 62*

86*

e Thompson

FHn Fton

.Geraldton

Beardmore

HOMESTAKEMINERAL DEVELOPMENT COMPANY

PROPERTY LOCATION MAP

SAGANAGA LAKE PROPERTY

DRAWN DATE FILE CODE

.a Fort France* * Homk)

Thunder Day

SAGANAGA LAKE PR'OPErTf

100 200 300

OKt RGURE1

James

ONTARIO

Timmins

Sault Ste Marie

THUNDER BAY— NORTH CENTRAL REGION

i v-,.-5l...t-211.-i-iLiT X'2*

L ft~, "s-s.'"*' - Minntu, -Y,,-"

f-i-^fa2i?."l -r-%

U""^^

l Producing Mines1. Jim Barrett Mine . . . . . . . . , . . . . . . . . Amethyst2. Consolidated Louanna Gold Mines Limited. . , . , . Au3. Dorion Amethyst Mine . . . . , . . . . . . . . Amethyst4. Gunnard Noyes-Diamond Willow Mine . . ..Amethyst5. Inco Metals Limited . . . . . . . . . . . . , . , .

Shebandowan Mine . . . . . . , . . . Cu, Ni. PGM, Co6. Little Bear Quarry . . . . . . . . . . . . . . Amethyst7. N oranda Mines Limited . . . . . . . . . . . . . . . . , ,

Geco Division. . . . . . . . . . . . . . . . . . Cu. 2n, Ag8. Northern Concentrators. . . . .

(Crooked Green Creek Minel . . . , , . . . . . . Au, Cu9 O ntario Gem Company . . . . . . . . . . . . Amethyst

10 Thunder Bay Amethyst Panorama . . ..Amethyst

O Mines and/or Properties Under Development

1. Roxmark Mines Limited-Sherntt-Gordon Mines . . . . .Limited Magnet Mine .. . . . . . . . . . . . . . . . . Au

2. Teck Corporation . . . . . , . . . . . . . . . . . . . . . .Leitch Division. . . . . . . . . . . . . . , . . . . , , .Au

3. Corporation Falconbridge Copper , . . . . . . . , . , .Winston Lake. . . . . . . , . . . . . . .Zn, Cu. Ag, Au

4. Noranda Mines Limited . . . . . . . . . . . . . . , . , ,Hemlo Division. . . . . . . , . . . . . . . . . , . Au. Mo

5. Lac Minerals Limited . . . . . . . . . . . . . . . . , . , .Williams Property . . . . . . . . . . . . . . . . , . . .Au

6. Teck Exploration . . . . . . . . . . . . . . . . , . . . , ,Corana Property . . . . . . . . . . . . . . . . . . . . . Au

Boundary ot Residem Geologist's Area

RGURE 2

Saganagons

vo^jWES^

r* p*

k

X Km

RGURE 4

HOMESTAKE MINERAL DEVELOPMENT COMPANY

SAGANAGA LAKE PROPERTY ONTARIO

NORTH BLOCK

CLAIM LOCATION SKETCH

DRAWN

MA

DATE

01/89

FILE CODE

52B/07

li i

i '!

'f l l

i i

ft li

RGURE 6•vZ) f]i 1-.

Lak,

l^

~^~1sZ'

SAGANAGA LAKE

•s.—————

\ J. Finn tooted w*w.' r ; A

vOv

^s * //(re"/

Z.a*r

V- 5".

•^''/TTT^TP^

x x^

J3

x ^ ^

^

^ ^v

S* ~f**"y-% xs,*c

u15-s^

t \

î1 x #

;ff levat ion

Lake

PU* K*

U

D,

^"l xS'

.MA

^CP

X

^^

o*^, •s

CNXN*

xl3VC-

s^r-'x rse.ri.rti

\J a. 3

ji• O" s

*oc.bmls

rv'.MA^

•^^

*?

A W/ Pv

L 0 k*

ge

32.

m*'

fSj. -*3t, -M- Cmrti.

^j" -VMA

s*

-a""" rf* ^r A^-^ p-rr^rÂ T;,, '

v. '-' ui *^-'i'M i-^."

s*s T ^^X^z^X " ^ -^^-' ^

•^ . *K*^V. :^'/N

Iff

F m-•f^rr *^T-

•^^?

^ .A

xNi

——-^N

Cunniah Lake

VjJc./TX-"' N ulla~Lalce ,

^*fr-^

^.e^v^ A-1" 04^

"5-1

l

*-t

J7y V/

^" -,3'

A ^"T. x- -5;^

,\!MA MA'^ 3t*'

^ F'S^ -^***^*^G? ^

TCJ^qi:*S7-*

qr4gN

/"

.MA

"l, *. x;

^x*

Â*

^

Cflr-

/v H.'-1

-*7/7 ^

/? f03^rf^ t

j**vilu

5'

P®

r^"

,~?"..^s. ,vr" r\\

/"•J y ^C.iga^jasa'-1.^

"Û*

;.'*i*

LAKE "îd 0Z.XM*.

S

^- ^ ^J ^?, sV.

J*^\M\

^ /K^(4 •^b^

MXI

\\3tJ

' f^/

1T~

^

(Cu)v-^t

S?^~2~~^^~~'

^ , '-•^Kjt-iXx-rl

X VJtc

i v

d.^.. IDJL

Hi \j

'ft ^ ^ î. i x A \*- "

f

SifxJv djy :-^r--s/^-L.—- JsL^-Jr

S?,

^-rMv^j-1;"^.v J"\\

y-v ^^*^ H V tX JT" JtWl 1, \ ' l U y^ *-

^. ll^v ^ J, \ V \ . k'^} y\... V^H a 1 x^\A t^'?^ J ^ \ -^^^XtV^^"^

tMTHt/StVC MOCK*tATt OASC WTÛWff 1

P2 l Tl U~~~*lM*~t.t-'rr i *o—(—~*

CnMMTC AWO MCLATtD WEH'

r®~i'

U8T Or OOCOIUU! i- i"——

r mr IM **t tn^


brecciation of the volcanic stratigraphy is common along the shores of Saganaga Lake. Figures 5 and 6 illustrate the local geology of the south and north blocks of the Saganaga Lake property respectively.

2.5 EXPLORATION HISTORY

1938:

1965;

1984:

Geological Tanton, of

Geological Harris, of

mapping of the area at 1:253,440, the Geological Survey of Canada.

by T.L

mapping of the area at 1:31,680, by F, the Ontario Department of Mines.

1987;

1988:

Staking of the adjacent ground currently held by Wye Resources by Curran Bay Resources, with completion of geological mapping, ground geophysical surveys, trenching, and a 23 hole, 1212 metre diamond drilling program.

Wye Resources enters into joint venture agreement with Curran Bay Resources, and completes limited program of stripping and trenching on property.

1801 metre diamond

adjacent to Wye partial current

1989:

Wye Resources completes 23 hole,drilling program on property.James Myslicki stakes 100 claimsResources property, representingSaganaga Lake property.Homestake options property from Myslicki, and stakes anadditional 36 claims to comprise current Saganaga Lakeproperty.

Homestake completes airborne magnetics and VLF-EM surveys over the entire property. The results of this work were filed for assessment credit in April, 1989.

2.6 WORK COMPLETED

During the 1989 f3e;]d season, the following work was completed onthe Saganaga Company;

Lake property by Homestake Mineral Development

: 10,000 COMPILATION OF COMPLETE CLAIM A

lofc^^sj \os\77ei TB.

HOMESTAKEMINERAL DEVELOPMENT COMPANY

SAGANAGA LAKE PROPERTYONTARIO

SOUTH BLOCKCLAIM LOCATION SKETCH

RGURE 7


- completion of an 80.0 line kilometre cut line grid over a portion of the southern claim block of the property.

- detailed 1:2000 scale geological mapping over the 80 kilometres cut line grid established on the property.

- reconnaissance scale 1:10,000 geological mapping over all portions of the property not covered by the cut line grid.

- collection and analysis (gold) of 397 rock samples in the course of geological mapping.

The following section of this report summarizes the results of this work.

3.0 DETAILED TECHNICAL DATA

3.1 GEOLOGICAL MAPPING AND LITHOGEOCHEMICAL SAMPLING

i) METHODS EMPLOYED

SOUTHERN CLAIM BLOCK

As wets mentioned, ci ri eighty kilometre cut line grid was established over the southern portion of the Southern Claim Block, to facilitate detailed geological mapping over that portion of the property felt to hold the most potential for significant gold mineralization. That decision was based on an analysis of the airborne geophysical data (Mcivor, 1989), that identified several prominent structural features in this portion of the property. Figure 7 illustrates the location of the grid with respect to the property, and all pertinent map locations that are enclosed in the appendices.

A baseline trending 060 degrees was established across the center of the gridded area, from which cross lines at 100 metre intervals were extended for a distance of 500 metres northwest (330 degrees) and 500 to 1100 metres southeast (150 degrees), to the limits of an area withdrawn from staking along the shores of Saganaga Lake. Tie lines trending at 060 degrees were established at 5-fOO North, and 5400 South, to provide additional control of grid line locations. Stations were established at 25 metre intervals along all cut lines, and pickets erected with clearly labelled line and station co-ordinates.


This grid provided control for detailed 1:2000 scale geological mapping over this portion of the property. During mapping, all encountered outcrops were tied into the grid, and detailed notations as to lithology, structure, alteration, and mineralization recorded. This data appears on the enclosed Maps l to 4, in Appendix 2. Any significant zones of alteration, veining, or sulphide mineralization encountered during the detailed mapping were systematically sampled. All sample locations and descriptions also appear on the enclosed 1:2000 Geology and Rock Geochemistry Maps (l through 4) in Appendix 2, as do the gold analytical results. All gold analyses were completed by Min-En Laboratories in Vancouver, using a fire assay geochemical technique. Any samples returning values higher than 1.0 gpt Au were automatically re-assayed for gold using a fire assay and atomic absorption technique.

Map 5, in Appendix 3, summarizes the results of detailed 1:50 scale geological mapping and lithogeochemical sampling over a showing area illustrated in Figure 7. At this location, a small flagged line grid was established over the area to provide control during geological mapping. A north-south trending baseline was extended through the center of the area, for a distance of 500 metres. East-west trending cross lines were established at 50 metre intervals, extending 100 metres east of baseline, and 200 metres west of baseline. Stations were established on all flagged lines at 25 metre intervals.

After completion of all grid mapping over the southern claim block, reconnaissance scale 1:10,000 geological mapping was carried out over the remainder of the block, employing claim lines for control. A numeric legend, based on the results of the detailed mapping, was used in describing all encountered outcrops. This data appears plotted on the 1:10,000 geological compilation in Appendix 4. Again, all zones of potential economic interest were sampled. Sample locations and analytical results (gold) also appear plotted on the enclosed compilation in Appendix 4. Appendix 5 contains detailed descriptions of all samples collected during the reconnaissance phase mapping over the southern claim block.

Map 6, in Appendix 6, outlines the location of all claims that comprise the southern claim block, at a scale of 1:10,000.


NORTHERN CLAIM BLOCK

Reconnaissance scale, 1:2000 geological mapping was completed over the 32 claims that comprise the northern claim block, employing claim lines for control. The results of this mapping appear in Appendix 7, as Maps l through 3, at 1:2000, and 3n Appendix 8 as Map 5, a 1:10,000 scale geological compilation of the claim block. Appendix 8 also contains Map 6, a 1:10,000 outline, of the claims that comprise the northern block of the property.

i i) RESULTS AND INTERPRETATION

a) MAIN GRID, LINES O TO 5? EAST

The results of the geological mapping over the Main Grid portion of the property appear in Appendix 2, as maps:

1. 1:2000 GEOLOGY AND ROCK GEOCHEMISTRY, L2+OOE - L12+OOE2. 1:2000 GEOLOGY AND ROCK GEOCHEMISTRY, L13+OOE - L25+OOE3. 1:2000 GEOLOGY AND ROCK GEOCHEMISTRY, 1,26-tOOE - L39400E4. 1:2000 GEOLOGY AND ROCK GEOCHEMISTRY, L40+OOE - L52+OOE

Mapping in this portion of the property encountered predominantly intercalated mafic (basaltic) and intermediate (andesitic) metavolcanics, in a thick, mundane, east-west trending, vertically dipping stratigraphic package. The intermediate and mafic metavolcanics are predominantly pillowed, with tops indicators pointing north in all cases. More massive, and often coarser flows are intercalated with the pillowed flows, and useful in defining the stratigraphic orientation of the volcanic package.

Only very limited occurrences of felsic metavolcanics were noted in this portion of the property, predominantly as thin, often boudined and deformed quartz porphyritic rhyolitic flows to 2 to 3 metres within the basalts. In many instances, some of the felsic horizons may in fact be dykes, as they are extremely discontinuous, and nowhere in the area is there a significant felsic component to the stratigraphy.

Only very limited occurrences of interflow clastic and chemical exhalative horizons were noted in this portion of the property. Most notable is a thin l to 5 metre thick, pyritic chert -

6


magnetite iron formation, exposed over a strike length of 500 metres, between Lines 34-iOOE and 39 + OOE on Map 3. This horizon trends at 045 degrees, and dips at a shallow angle (40 degrees) to the southeast. Clearly crosscutting the overall stratigraphic trend in this portion of the property, the iron formation may be structurally introduced, or represent a d isconformity occurrence within the stratigraphic section. Associated with the chemical exhalative horizon are thin chloritic argillite beds.

The volcanic stratigraphy throughout this area has been extensively intruded. Numerous small plugs, stocks, and in some cases conformable appearing sills of gabbro are present throughout the Main Grid area, increasing in frequency to the southwest of the map area. These gabbros are characteristically hornblende porphyritic, and often strongly magnetic. In many places, it is difficult to distinguish between coarse mafic flows, also often porphyritic and magnetic, and truly intrusive gabbroic rocks. Only where intrusive textures or crosscutting relationships were observed is the gabbroic (Unit 5} term employed.

A prominent north-northwest to south-southeast trending ultramafic intrusive body crosscuts stratigraphy in the vicinity of Lines 13E to 14E on Map 2. This intrusive, ranging in thickness from 30 to 100 metres, is comprised predominantly of peridotite, though pyroxenitic appearing phases are present. The rocks are usually fresh, to only weakly serpentinized, and are characteristically very strongly magnetic.

Throughout the map area, thin, centimetre scale to l to 3 metre thick quartz-feldspar porphyry dykes cut the volcanic stratigraphy, usually at a consistent orientation of 110 to 125 degrees, dipping vertically to sub-vertically.

No major zones of intense structurally induced shearing and related hydrothermal alteration were noted in this portion of the property. The only horizon of any economic interest discovered during mapping was the previously described iron formation. Between Lines 37+OOE and 39+OOE, in the vicinity of Tie Line 5+00 South, several grab samples from the poorly exposed iron formation returned gold values as high as 4.81 grams per tonne, and consistently anomalous values in the 500 ppb to 4 gram per tonne range. Table l summarizes all significantly anomalous gold values O500 ppb) returned from the

l l l l l l i i i i i i i i i i i i i

mapping program on the property, including those from this iron formation. While the values are of interest, the horizon has been extensively sampled, and the majority of analytical results were poor, indicating an extremely sporadic gold distribution over a limited strike length and thin width.

h) NORTHWEST GRID AREA

Figure 7 illustrates the location of the Northwest Grid Area, a small flagged line grid established over a small showing discovered during reconnaissance scale geological mapping.

Map 5, in Appendix 3, is the 1:50 Detailed Geology and Rock Geochemistry coverage of the area.

At this location, a broad, 50 to 150 metre wide ultramafic intrusive body trends north-south through a sequence of pillowed mafjc metavolcanics. The ultramafic intrusive ranges from gabbro/pyroxenite to peridotite in composition, and exhibits varying intensities of hydrothermal alteration. For the most part, the body is strongly carbonatized, with in many places almost complete alteration to magnesite. Windows of less intense alteration occur as zones of serpentinization, and a chlorite- carbonate assemblage, and local pods of more intense alteration occur as irregular zones of silicification overprinting the carbonatization. Fuchsite is a common associated secondary mineral, in what constitutes a classic "listwanitic" alteration assemblage of the ultramafic intrusive. The alteration is restricted to the ultramafic intrusive, and bounding pillowed mafic metavolcanics are relatively fresh. Within the altered ultramafic are several podiform zones of disseminated pyrite mineralization, approaching 10 ?o in places. Several large (to 2 metres) quartz and guartz-rnagnesite veins trend at all orientations within the confines of the intrusive. The veins are usually extremely discontinuous and podiform.

The area was extensively sampled, with a total of 75 grab and chip channel samples taken from zones of mineralization, veining, and/or alteration. All sample locations and descriptions appear on the enclosed 1:50 map in Appendix 3. Only two of the 75 samples (28507, 28509) returned significantly anomalous gold values of ^00 ppb (5-35, 660 ppb Au respectively), both grabs from locally pyritic carbonatized gabbro (see Table 1). All other

8


analytical results were disappointing, indicating that there is little gold potential within the locally altered ultramafic intrusive body.

c) RECONNAISSANCE MAPPING, SOUTHERN CLAIM BLOCK

As mentioned, after completion of the detailed grid mapping over portions of the Southern Claim Block, reconnaissance scale 1:10,000 geological mapping was carried out over the remainder of the claim block, employing all north-south trending claim lines, and all roads and trails that provided ease of access through those areas not covered by the grids. The mapping was completed to evaluate the gold potential of the remainder of the property.

The results of that mapping, with all sample locations and gold analytical results, appears on the 1:10,000 scale Geological Compilation Map in Appendix 4. All sample descriptions appear in Appendix 5.

The mapping encountered a similar stratigraphy to that seen in the gridded areas, namely a sequence of predominantly intermediate and mafic, intercalated pillowed and massive metavolcanic flows. No zones of economic significance were encountered during this phase of the mapping program.

d) RECONNAISSANCE MAPPING, NORTHERN CLAIM BLOCK

Reconnaissance geological mapping was completed over the Northern Claim Block, at a scale of 1:2000, employing all north-south claim lines for control during traverses. Appendix 7 contains the results of that mapping as Maps l through 3, at 1:2000. Appendix 8 contains a 1:10,000 geological compilation of the Northern Claim Block. All sample locations, descriptions, and analytical results also appear plotted on the 1:2000 scale geological maps for the area.

The mapping encountered a sequence of northeast-southwest trending, vertically to sub-vertically dipping pillowed to massive mafic rnetavolcanics throughout most of the claim block. Along the northern margin of the map area, granitoid rocks were encountered, and proximal to the granitoid - volcanic contact, the mafic metavolcanics became amphibolitized, to amphibole gneiss, and hornblende and hornblende-biotite schists. The

9


presence of this contact aureole indicates that the granite/volcanic contact is intrusive as opposed to fault controlled, as previously suggested by Harris (1968).

Intercalated within the mafic rnetavolcanics are numerous, often thick (to 10 to 15 metres) oxide facies (chert-magnetite) ironformation horizons.

Minor occurrences of gabbro and peridotite were also noted during mapping of the Northern Claim Block.

No zones of economic significance were encountered during the mapping program. Similarly, no anomalous gold values were returned from the limited sampling that took place during mapping. The economic potential of this portion of the property is felt to be negligible.

4. DISCUSSION; AN OVERVIEW OF THE DATA ACQUIRED TO DATE. AND THE ECONOMIC POTENTIAL OF THE PROPERTY

The results of the geological mapping program on the Saganaga Lake property defined, for the most part, a sequence of mundane, unaltered intermediate and mafic rnetavolcanics. Two zones of potential economic significance were encountered, an interformational iron formation that may have been structurally introduced into the stratigraphy, and a listwanitic alteration assemblage within a mafic-ultramafic intrusive body. Both zones returned anomalous gold values, though extensive sampling indicated that the size potential of the anomalous gold mineralization was severely restricted, and that the mineralization itself was highly sporadic. After a complete evaluation of these zones, neither is envisioned as having economic potential.

No other areas of significance were encountered on the property. No styles of alteration or mineralization similar to the Wye Resources "Powell Showing", immediately east of the property, were discovered during the mapping program. As such, it is felt that the property holds little potent.ial for significant gold mineralization, and no further work is recommended.

10

1 1 1 111 1111111111111

9

TABLE 1SUMMARY OF ANOMALOUS O500

SAMPLE NO. LOCATION

28

28

483

507

28549

28 566

ci. 1078674

ci. 1081796

ci. 1081796

ci. 1078672

PPB) GOLD VALUES

Au(GPT)

1

0

0

0

.90

.545

.660

.550

DESCRIPTION

5 cm. pyritic qtz. vein

pyritic carbonatized gabbro

sheared

pyr it ic

pyritic gabbro

carbonati zedbasalt

28 567

28638

29

29

29

29

29

29

29

29

29

29

688

691

696

707

711

712

729

733

734

736

29737

29 738

ci. 1078672

L38E area

L31E, BL

L32E, BL

L38E, 2S

L38E area

L38E area

L38E area

L38E area

L38E area

L38E area

L38E area

L38E area

L38E area

0

0

0

0

0

1

3

0

0

0

4

0

1

2

.705

.970

.635

.800

.785

.80

.20

.835

.786

.540

.81

.940

.68

.60

pyr it i c basalt

pyr

pyr

pyr

pyr

pyr

pyr

pyr

pyr

pyr

pyr

pyr

pyr

pyr

it

it

it

it

it

it

it

it

it

it

it

it

it

ic

ic

ic

ic

ic

ic

ic

ic

ic

ic

ic

ic

ic

carbonatized

chert-mte

quartz ve

quartz ve

quartz ve

chert-mte

chert-mte

chert-mte

chert-mte

chert-mte

chert-mte

chlorite

chert-mte

chert-mte

IF

in

in

in

IF

IF

IF

IF

IF

IF

schist

IF

IF

11


SAMPLE NO.

29739

29741

29743

29746

TABLE l (CONTINUED)

LOCATION Au(GPT) DESCRIPTION

L38E area 0.830 pyritic chert-mte IF




12


5. SELECTED REFERENCES

Harris/ F.R., 1968 Geology of the Saganagons Lake Area/Ontario Department of Mines Geological Report No. 66/ 30p.

Mcivor, D.F., 1989 The Results of an Airborne GeophysicalSurvey (Total Field Magnetics/ Vertical Gradient/ VLF-EM) on the Saganaga Lake Property/ Saganagons Lake Area/ Thunder Bay Mining Division/ Ontario. Homestake Mineral Development Company Assessment Report

Tanton/ T.L./ 1938 Quetico Sheet Geological Map, Thunder Bayand Rainy River Districts, Ontario/ l Inch to 4 Miles Geological Survey of Canada Map 432A.

13

l l l l l

6. STATEMENT OF QUALIFICATIONS

I have been employed in the mineral exploration industry since 1974, holding various positions with Esso Minerals Canada, Utah Mines Ltd., Utah International, and Homestake Mineral Development Company.

l I, Duncan Forbes Mcivor, do hereby state that:

- I am a graduate of the University of Water3oo / with an Honours Applied B.Se. in Earth Sciences.

l

l - I am currently employed by Homestake Mineral Development l Company as the Regional Geologist for northwestern Ontario.

- I have personal knowledge that the information contained in l this report is true and accurate.

l

l

l

l

l

l

l

l

Duncan Forbes Mcivor

14

lm

l l l l l l l l

7. COST STATEMENT

lll As per the attatched invoices, and copies of issued cheques, a

total of 397 rock samples were collected on the property, and l "" analyzed for gold at the following cost:

357 samples (Fire geochem and sample prep.) @ $10 . 25 . . . . $3 / 659 . 25

l 16 samples re-analyzed by fire assay @ $8.50 ............ $136.00

40 samples (Fire assay and sample prep.) @ $12.25 .......^490.00

" TOTAL ANALYTICAL COSTS. ................................^4,285.25

8 Assessment credits available under Expenditures Category: $4 / 285. 25/15 = 2 85.7 man days

' OF WofcX ATTATCHED ~ G ^Qoor or

15

RCU EV. XEROX TELECOPIER 7011 ; 4- 1-89 l:28PM J

J AN "30 "'"90 li: 02 HOMES!AKE/NAM 604 684 9831

604 684 9831^ 7052672866; t* 10

J*,. ?S7^LABORATORIES l ocr o*SPECIALISTS IN MINERAL ENVIRONMENTS*'

CHcMlSTS - A5SA.v(-ft:V * AM*LVSTS ' GE

VANCOUVER OFFICE1:1 - 10705 WEST 15TH STREET NChs"U VANCOUVER, 6.C. CANADA V?M ITS TE'JtJwONE (604) 880-58K Oft (604) SSS-4524 TELt7; VIA U.SA. 7601067 ' FAX (e04) OSO-S621TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX 667TIMMINS, ONTARIO CANADA P4N7G7TELEPHONE: (705) 2&4-999S

MvoiceHQMESTAKE MIN.DEV.CO.

j.. 35Q-1.11 QUEEN ST. E., TORONTO, ONT. M5C 1S2

ÂTTENTION: J;PIRIEPROJECT: SAGANAGA LAKE

INVOICE No 1523OD PAGE i 'l OF l DATE :0ct 14/89

ACCOUNTS1SB5O

FILE No: 94-240

l

l

l

QTY DESCRIPTION

90 ROCK GEOCHEM - AU FIREl ASSAY - AU

90 ROCK SAMPLE PREP

UNIT PRICE

7.25 8.50 3.00

AMOUNT

652.50 8.50

27O. OO

y

* TOTAL * 931.00

THESE ARE PROFESSIONAL SERVICES AND ARE PAYABLE WHEN RENDERED. OUTSTANDING BALANCES OVER 30 DAYS WILL BE CHARGED 27. INTEREST/MONTH.

l l l l l l l l l

ENTERED NOV l 6

iRCU BY!XEROX TELECOPIER 7011 ; 4- 1-89 l:27PM ;

' JAM 30 '3@ li:02 HOMES! AKE/ISAM 604 684 9331

MW

6Q4 664 9831- 7052672866;

LABORATORIES

VANCOUVER OFFICE: p- 9705 WEST 15TH STREETf*' '\\ VANCOUVER, 3.C. CANADA V7M 1T2V, /HOME (604) &SO-58K Oft (60-J) 988-4524TELEX: VIA U.S.A. 7&010S7 * FAX (eot) 980-S621 TIMMINS OFFICE:

t1 1 1 1 1 1

V .v/v 33 : y \ PC

-. ••' ;*L-\ SPECIALISTS IN MINERAL ENVIRONMENTS m^•"ff'ffSt' CHEWlW - A*iSAVEaS ' ,\r,Wl,YFT6 . CSOCHfl/ATS Y6

IMVOIOE:.v:r'; ': '| '

•'; : ' " : HOMESTAKE MINERAL DEVELOPMENT COMPANY SUITE 1312, 120 ADELAIDE STREET WEST TORONTO, ON M5H 1T1

ATTENTION: J.PIRIE FILE No: 94-255 PROJECT: 5714 SL

QTY DESCRIPTION

66 ROCK GEOCHEM - AU FIRE 3 ASSAYS - AU

66 ROCK SAMPLE PREP

EAST IROQUOIS ROAD *"i. BOX ee? s4MINS. ONTARIO CAMAC* LfPHONE: (705) 264-59^6

i

ÊIVED 1

#fy\t V jg^

MINERALS

INVOICE NQ/15341D PAGE : 1 OF 1 DATE :0ct 24/89

ACCOUNT: 15850

UNIT PRICE

7.25 8.50 3.00

* TOTAL *

AMOUNT

478. SO /s 25. 50 V/

198. OO */

702. OO */

THESE ARE PROFESSIONAL SERVICES AND ARE PAYABLE WHEN RENDERED.

fTSTANDING BALANCES OVER 30 DAYS WILL BE CHARGED 27. INTEREST/MONTH.

. .-.... ..*

l

l

l

l

l

l

l

l

l

ENTERED MOV 1 6 1

JflN 30 '90 11=00 HOICSTfiKE/NAM 604 684 9831

* EN ] LABORATOklES

SPECIALISTS IN MINERAL ENVIRONMENTSCHS MIS fS - ASS/.VERS - ANALYSTS - - -'

VANCOUVER OFFICE:"' ?705WeS'f 15TM STREETNORTH VANCOUVER, B.C. CANADA V7M 1T2TELEPHONE (604J 980-5814 OR (60-0 366-4524 TELEX: VIA U.S.A. 76010*5^ - FAX (604) 9SO-S621

TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX 867TIMMINS ONTARIO CANADA P-IN 7G7TELEPHONE: !705) 264-9996

ra vox

l l l

PLEASE NOTE OUR CORRECT MAILING ADDRESS: HOMESTAKE MINERAL DEVELOPMENT

COMPANYSUITE 1812, 120 ADELAIDE ST W TORONTO, ON M5H 1T1

INVOICE No 15112D PAGE : l OF l DATE :0ct 04/89

ACCOUNTslSeSO

ATTENTION! J.PIRIE PROJECT: 5714 SL

DTY DESCRIPTION

46 ASSAYS - AU46 ASSAYS SAMPLE PREP

FILE No: 94-222

UNIT PRICE AMOUNT

8.50 391,003.75 172.50

* TOTAL * 563.50'

BTJESE ARE PROFESSIONAL SERVICES AND ARE PAYABLE WHEN RENDERED. OUTSTANDING BALANCES OVER 30 DAYS WILL BE CHAR5EJL.21/, INTEREST/MONTH.

l

l

l

l

l

l

l

l

l

l

l 3 1989

l, JflN 30 '90 10=59 HOMESTAKE/NftM 604 684 9831

LABORATORIES

VANCOUVER OFFICE: p s70S WEST 1STH STREET NORTH VANCOUVER, B.C. CANADA V7M ITS TELEPHONE (604) 9&0-5314 OR (604) 938-4524 TELEX: VIA US.A. 76010S7 * FAX (804) 903-9621TIMMINS OFFICE:

JIPWX i OCT 10 1989* W^L^^\ SPECIALISTS IN MINERAL ENVIRONMENTS . , .

m .(t*

invoice

•TO'îf HDMESTAKE MIN.DEV.CO.:fi^r •: i ':.::::- ; '-. x - :- ;''- !::;"— -- :-.^- . ^ .H #1812-120 ADELAIDE ST. W. V l TORONTO, ONT. " MSH 1T1

•ATTENTION: 0. PIRIE FILE Noi PROJECT: 5714 SL

QTY DESCRIPTION

— 82 ROCK GEOCHEH - AU FIRE 1 82 ROCK SAMPLE PREP

35 EAST IROQUOIS ROAD P.O. BOX 667 TIMMINS, OMTAftiO CANADA P4N 7G7TELEPHONE: (70S) 264-9936

INVOICE No 15099D PAGE : 1 OF 1 DATE s Oct 03/89

ACCOUNT: 15650

94-221

UNIT PRICE AMOUNT

7.25 594. 5O 3.00 24^,00

* TOTAL * 840,50

^SE ARE PROFESSIONAL SERVICES AND ARE PAYABLE WHEN RENDERED. .OUTSTANDING BALANCES OVER. 30 DAYS WILL BE CHARGED 27. INTEREST X MONTH,

1

li i i i

co-a [PROJECT [ CLA/C ^ ^L

ililLj.lJ98L.

l

rv-.-- --s EJ i * Adn.'—i/. l C. L-C.'•-•'—'T l tin., r U l l * "~*— 1"~'—'I? J. * i-Hi I'l *

JfiN 30 '9Q 10=59 HONESTAKE/NW1 604 684 9831

C'U-4 OO-M y o - - 1 r

B vs* A LABORATORIESlPW

•"•'• : ^ v: \ SPECIALISTS IN MINERAL ENVIRONMENTS*^^^^^^) f:

i

VANCOUVER OFFICE: P-5705 WEST 1STH STREET NORTH VANCOUVER. B.C. CANADA V7M1T2 TELEPHONE (604)680-5814 Oft (604) 9S8-4524 TELEX: VIA U.S.A. 7601067 * FAX (604) 080-9621TIMMINS OFFICE:33 EAST IROQUOIS ROADRO. BOX 667TIMMINS. ONTARIO CAK)ADA P4N 767TELEPHONE: (705) 2S4-5696

l

l

l

l

l

TO :. ADDRESS;

HOMESXAKE MINERAL DEVELOPMENT COMPANY I20

INVOICE No 14962D PAGE ; l OF l DATE sSep 23/89

ACCOUNT:1S850

M5H 1T1

ATTENTION: J.PIRIE PROJECT; SL 5714

OTY DESCRIPTION

67 ROCK GEQCHEM - AU-FIRE6 ASSAYS - AU

67 ROCK SAMPLE PREP

iLE Nos 94-205

UNIT PRICE

7.25 8, SO

* TOTAL t

THESE ARE PROFESSIONAL SERVICES AND ARE PAYABLE WHEN RENDERED. IUTSTANDING BALANCES OVER 30 DAYS WILL BE CHARGED 2.7. INTEREST/MONTH.

l

l

l

l

l

l

l

l

l

l

VENDOR #:

REC'b

CO -\

/Î

PROJECT GL

AMOUNT

485.75

737.75-

l l

JflM 30..'90 10 = 57 HOMESTftKE/NflM 604 684 9831

SPECIALISTS IN MINERAL ENVIRONMENTSCHSMISIS - ASSAYEftS * ANALYSTS * GEOCHEMiSfS

UhrlCt; P. i 705 WEST 15TH STREET WSJTH VANCOUVER 8.C. CANADA V7M 1T2

fagblPHONE (604) 850-5814 OR ( XI, -X: V^ U.S,A.TIMMINS33 EAST IROQUOIS R PO. BOX 867TIMMINS. ONTARIO CTELEPHONE: (705)2

I x IMS/o i c e

lTO : HOMESTAKE HIN.DEV.CQ. :

I BOX 4029, 1812-120 ADELAIDE ST. E., TORONTO, ONT. - M5W 1K3

INVOICE No l477lD ,P"AGE s i OF l :."DATE :Sep 09/89

ACCOUNT:15850

tATTENTION: 0.PIRIE/D,MCIVOR ROJECTs 5L-5714

FILE No: 94-190

QTY DESCRIPTIONl l l

46/ROCK GEOCHEM - AU FIRE 46/ROCK SAMPLE PREP

GREYGOOSE CC 507804 (FILE 94-165,166) 20^BOOKS 2 PART CORE TAGS

GREYGOOSE Pl16732

UNIT PRICE

7.25^3. Op-

25. 903.00.6.45

' AMOUNT

333. 5Q^138.00^25. 90.60.00^6.45,

* TOTAL *

THESE ARE PROFESSIONAL SERVICES AND ARE PAYABLE WHEN RENDERED. QWSTANDING BALANCES OVER 30 DAYS WILL BE CHARGED 234 INTEREST/MONTH.

563.85

l

l

l

l

l

l

l

l

l

APPROVED FOR PAYMENT:

l l l l l l l l

BY: XEROX TELECOPIER 7011 ; 4- 1-89 l: 27PM ;

JAM 30 '90 11:01 HOtCSTPKE/NAM 604 584 9331604 684 9831-} 7052572866;tt 8

p. e

ll llt

-yOOWSST'^fJifEf;JViS.C. V6C iGi

livWTOv.^'.VcijgwFlrCO'.V. GSO.-'ffilASY.. ' ^••' VANCOUVc?!, E.C, i

* Five Thousand Nine Hundred Sixty-Six and ... .... xx/100 * . .

MINERAL ENVIRONMENTS LAB. 705 WEST 15TH STREET .

N. VANCOUVER, B..C.' V7M 1T2

DATE

Nov 20, 1989,; v r

PER:.

ren:.

CHEQUE NO.

U ; J i~

002195

AMOUNT

M5MT COMPANY

lfOMESTAK^ MlNERAt DEVELOPMENT COfclPAHY

f. MO - 700 WEST PENQCR !LT.. VANCOUVER. 3.C, V6C108 VENDOR No: MIN03heouE H P 91 Q

NO. U (. ju -L v

1111

— — 14iVl-[

s*~~~

Oct(^bci

OctNovNov

.14^3,24,30,03,03,

^

laaa.19891989"1989 ""19891989

15230D15331D15341D15440D15479D

15479D A

———-S31326702.

3,858123

25

.00

.25

.QQ

.25

.00

.50

0.o.0.0,0.0.

00•00 "'•UTJ""-000000

931.———— 326.102,

3,858.123.

25.

Su^25TJTT-}250050

frS.0'300'

:'; v;•..'•- V'-: . 'J.3B*US- H.I.Sf;:.;iS5fM"•'"-'"' FiJ.NT'iWhirWfAKi^ •fyH."(NTI-i

{Buawjjg oîs^twcj

RCW BY: XEROX TELECOPIER 7011 ; * ^^684 9831-*

m JAN 30

1 *

1

1

1

1

1l r- —i — ;**M-V-±r-3lt4''4JS.'f4.

D Tf - i riOSiiCsKfl'

' - -*^~ V•'"- '^^\'-*! .

•i'- S 'i X*- wl ,*. ^

.PAY ' ' ' s

-' MINERAL\TOTHE 705 WES

'90 10:56 HOMESTAKE/NAM &Q4 684 98^1 ~'~~~" * ' '' ' " ' -- P l2 ^••/•• : - . ..;i;

' . ' ' ' ,.' . .' ' ' ' : . . ' .' . : -\'.]' -, . .; ';;:':' :: . " 'i'

'•'•:" -.vi

. : ; ' ' ' ' ) l' . ' ; i;

' : :''' \ x

: ' : \ W-L, .li-l. , ' .

' - : '-" 0 017;M- î rn, . T--. - r-.,-..-,., •? -iv::-"-?"iNTC.^:.M!MOMD,v ^ , uUXi',". WB-êKiA.i iv'*.\'nii r'i.^:.:!:'vw----.vli.1 ^'A.-.fV' ^-.-,^,-,, .;MI-. ;;.., \.^'M ";h.7S^

' y^2a''''rr-^:"''-' y^'^' ;-- ?-'^4fe;*' V't'jV/. •.'v-.'/i''^'^ .S?'.. ^{g- ' p:Jt,.uo0i^ . vAKOiwvfir!^.b.V.-v,w 001743

CHEQUE NO,

Thousand Nine Hundr&d Sixty-KigfitncJ 65/100 *

DATE,. ,. ..A.W.OUNT,.ENVIRONMENTS LAB. /^\

f 1STH STREET . ., . f^ r , ^LJ^-^y^^,^

•?P N. VANCOUVER, B.C. V7M 1.T2 Wft: ^^/f^RfSrffefl.^fojnÊ'^ ^

1

trfQ, f J 'MR, ———————————————————— y —————— -,

ww ooo,.,oou: 0,0i! ..C5Sa qa6,

I tiO'^&BTAXE M1WERAL OcVELOPMEtfT COMPAQ? VENDOR No 5 Ml NO'3 CHEQUE AH-I"? tlOflfl- 700 WEST PENteftSTn VANCC'yV5fl.3.C,VcCStit NO. J 'J X 1

DATE

Au ci '24,

I Auy 24, A w ci 24, Au g 24,Auq 31,

11 ^8^"- '•-'•^l —Qjaep 09 ,

1

REFERENCE AMOUNV 1) J SCOUN 1 iO : rAL

13tt9 145271) 3&9.00 0.00 369.001989 14S281.) 373.50 0.00 3 73. SO. 1989 ' 14533D 2, 2 16. OS 0.00 i r 3lb.0t,- 1989 145350 388.00 0,00 , 389.001989 146280 80S. 00 0-00 '''fcOS.OOj/4^-5 14ftS4D 2.153.2tii 0,00 2,153.251983 1477 ID 563. BS O.OO 563.6:3^

l l lm 8 . TECHNICAL DATA STATEMENT

As per attatched.

l

l

l

l

l

l

l

l

l

l

l

l

l

l

l 16

SUMMARY OF CLAIMS LAND STATUS

SAGANAGONS LAKE AREA

No. DATE CLAIM NO. CLAIMS RECORDED

1111111111111111111

019413-40066308-09066340-41066350-51066360-61066370066420-22066425-30067900-02078581-605078611-20078622078626-59078671-75080050080100-03080104-6080107-09081795-98

total

2822221363

25101

34514034

136

JUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJULY

2222222222222292929292918

1 9881988111

988988988

198811988988

19881111

988988988988198819881988198819881988

DUE

JUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNE

*JUNEJULY

DATE CREDIT LEASE

2222222222222292929**2918

111111111

991991991991991991991991991

19911 99119911

*

991199119911991

19911991

808080808080808080808080808080800 CANCELLED

8080

CLAIMS LAND STATUS

SAGANAGONS I

CLAIM NO.

1019413101941410194151019416101941710194181019419101942010194211019422101942310194241019425101942610194271019428101942910194301019431101943210194331019434101943510194361019437101943810194391019440106630810663091066340106634110663501066351106636010663611066370106642010664211066422106642510664261066427106642810664291066430106790010679011067902107S5S1107S5S2

,AKE AREA

DATE RECORDEI

JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1968JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1388JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 198SJUNE ". 1 988JUNE 1 1 9SSJUNE 2 198?

9 DUE DATE CR

JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1391JUNE 2 1991JUNE 2 1391JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 19S1JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991Jl'\! E : 1991

EDITS CI

8080808080808080808080808080808080808080SOSOSOSOSOSOSOtoSOtoSOSO80SO80SO80SOSOSOSOSO80SO808080808080SO

OPHYS LEASE

SO80SO80SO80SOSO8080SO80SOSOSO80SOSOSOSO80SO80SO80SO80SOSOSOSOSOSO808080SO80SOSOto80toSO80808080808080

101858310785841078585107858610785871078588101858910785901078591107859210785931078594101859510185961018537107859810785991078600107860110786021078603107860410786051078611107861210186131078614107861510786161078617107861810786191078620107862210786261018621107862810186291078630107863110786321078633107863410786351078636107863710786381078639107864010786411078642107S643107864410786451075646107864710T864Slfl7SG'!9107SC50

JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE 2 1988JUNE I 1988JUNE 2 1988JUNE ? 198? HINT : 1988JCNE : 19SS

JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JCNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991JUN'E 2 1991JUNE 2 1991JUNE 2 1991JUNE 2 1991

8080808080808080SOSO80808080SO80SO80808080808080808080808080808080SO80SO8080808080808080808080808080SO8080808080808080

SO808080SO80SO80SO80SO80SO808080808080SO80SOSOSOsoso80SOSO80SOSOSOSOso80SOSOsosososososososo80so80so80SO80808080808080

10786511078652107865310786541078655107865610786571078658107865910786711078672107867310786741078675108005010801001080101108010210801031080104108010510801061080107108010810801091081795108179610817971081798

JUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJULYJULYJULYJULY

2222222222929292929292929292929292929292918181818

19881988198819881988198819881988198819881988198819881988198819881988198819881988198819881988198819881988198819881988

JUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNEJUNE

22222222229292929292929292929

1991199119911991199119911991199119911991199119911991199119911991199119911991

lintttt

JUNEJUNEJUNEJULYJULYJULYJULY

tt29292918181818

tt1991199119911991199119911991

80808080808080808080808080808080808080000

80808080808080

808080808080808080808080808080808080800t0

80808080808010

CANCELLEDCANCELLEDCANCELLED

SAMPLE DESCRIPTIONS

SAGANAGA LAKE - SUMMER 1989

28400 Foliated basalt, fine grained, aphanitic, moderately foliated 82/71 S, non-magnetic, 3-556 l-2cm wide quartz vein, tr-1% sulphides, weak sericite alteration. 8 ppb

28401 Cherty pod, approximately lOxlOm, weakly to moderately silicified, highly Fe stained, trace sulphides 2 ppb

28402 Foliated basalt \i nt er f l ow sediments, trace-1% disseminated sulphides, 40-5055 Fe-carbonate staining. 2 ppb

28403 Chert sediments, ^5cm wide, S-15% fe staining, trace-156 Fe staining, Tr-1% very fine grained disseminated sulphides. 2 ppb

28404 Quartz vein, weakly Fe-carbonate stained, no sulphides, 30-40cm wi de . 189 ppb

28405 Basalt\gabbro, fine grained, equigranular, weakly foliated,no sulphides, non-magnetic, 20-4056 quartz veining (l-2cm wide), weakly Fe-stained. 41 ppb

28406 Basalt, 30^ hematite alteration, 4056 quartz veining, 1-356 very fine disseminated sulphides. 7 ppb

28407 Quartz vein, 10-30cm wide, trending 156, 3-656 hematite alteration, 2-4^ very fine grained disseminated sulphides. 36 ppb

28408 Same as 28407 17 ppb

28409 Quartz vein, 30cm wide, trending 130, 4-656 Fe-carbonate staining, 2-4S6 very fine grained sulphides, hosted by 28410. 66 ppb

28410 Foliated basalt (host to 28409), fine grained, aphanitic, non magnetic, S-10% quartz veining, foliation 130, 3-5S6 disseminated sulphides . 74 ppb

28411 Quartz vein, dull white, 5-10cm wide, trending 150, no sulphides, 60 ppb

28412 Chip sample across a 20cm wide quartz vein, Tr-1% sulphides, trending 130, 2-456 Fe staining.

ppb

28413 Foliated basalt, moderately magnetic, 1-3^ sulphides, S-5% quartz veining, 2-4^ Fe staining. 87 ppb

28414 Chip sample of quartz vein, 50cm wide, dull white, trending 145, trace sulphides, 1-3^ Fe staining. 21 ppb

28415 Foliated basalt, fine grained, aphanitic, non-magnetic, 1-396 sulphides associated with quartz veining, 1-2S& Fe staining. 49 ppb

28416 Quartz vein, same as 28414 (high grade) 239 ppb

28417 Gabbro\pyroxenit e, strongly magnetic, fine to medium grained, equigranular, 1-2X sulphides. 11 ppb

28418 Quartz vein, 1-3^ hematite and Fe staining, 10-15cm wide, 1-3& sulphides . l ppb

28450 Crudely foliated, locally 10/v, intensely carbonatized fine to medium grained rock, predominantly carbonate, fuchsi t e(55fc), some remnant chloritized fragments, may be altered gabbro/or an ultramafic. 10^ thin lcm, foliation parallel quartz stringers, trace disseminated pyrite. 5 ppb

28451 Intensely carbonatized ultramafic, rock is massive, knobbytexture, predominantly magnesite and Fe carbonate, some magnesite talc, chlorite, carbonate are the pervasive alterations and veinlets, blebs at all orientations. Cut by prominant quartz vein set at 40/40 NW, veins to lcm and 20ft of rock, sample is brab of wallrock and vein material. 5 ppb

28452 From very local rubble, 20cm quartz breccia zone in intensely carbonatized ultramafic, quartz veins and breccia fragments to 50^ of rock, surrounding wallrock is moderately silicified, no visible sulphides, l ppb

28453- Grabs from 3m wide, 5m long, trending 155, quartz-carbonate 28455 breccia, predominantly quartz with crystalline and darker green,

finer, almost chalcedonic quartz with some Fe-Mg carbonate and 20?i small inclusions and intensely s i l i ci ous-carbonat e altered wallrock (at all orientations) frags, no visible sulphides, can see quartz stockwork type veining decreases in abundance away from the zone In intensely carbonatized ultramafic, all three samples are large (5kg).28453 3 ppb28454 2 ppb28455 2 ppb

28456 Grab from crudely schistoce 150/80 E, intensely carbonatl zed

28458

28459

28460

28461

ultramafic, cut by 25^ carb (mag.,some Fe carbonate) crudely parallel to subparallel to the foliation, 5*

a r t z veinlet, all <lcm, no visible sulfides.

ve inlets, similar

28457 Intensely carbonatized ultramafic, locally moderately schistose at 0/v, locally includes 25/S, l-5cm quartz-carbonate veins, parallel to foliation, no visible sulphides, grab is of veinma t e r i a l .

2S462-

28463

l ppb

Grab from 10cm quartz vein at 10/80 E, no visible sulphides, cutting Intermediate carbonatized rock, locally weak to intermediate, coarse grained crystalline texture, may be intensely altered gabbro, weakly magnetic, weakly foliated at 10/80 E, 10-1556, ^Clctn quartz-carbonate veins at all orientations, prominent set is parallel to foliation.24 ppb

Grab from zone at 10/80 W, of 3-5cm quartz veinlng parallel to foliation, no visible sulphides, in intensely carbonatized rock, may be gabbro/pyroxenit e but looks ultramafic, may be on trace fault plane NS/v.25 ppb

Locally 3/6 disseminated cubic pyrite in only moderately to weakly carbonatized, dark green mag. gabbro/pyroxenite, appears to be sulphide halo in gabbroic rocks on margin with intensely quar tz-carbonate-mariposite altered veins. 81 ppb

Mm wide zone trending 10/80 W,(dip questionable), quartz breccia, as before, no visible sulphides, surrounding rock is intensely carbonatized (some talc-chlor i t e ) alteration, weakly foliated 15/80 E. 6 ppb

Outcrop ranges gabbro/pyroxen ultrama fie wit s t r ongly folia predomi nantly veinlets paral pyrite. SL-2S breccia zone a is grab from l28462 4 ppb28463 5 ppb

from strongly ta ite/ultramafic to h predominantly t ted 170/variable 70-80 E, 10* thin lei to foliation, 462 is grab from t 170/70 E with t Ocm crosscut t i ng

lc-carbonate alteredintensely carbonatized

ale-carbonate alteration, dips from 90 to 70 E, quartz, quartz-carbonate trace disseminated 10cm quartz-carbonate race pyrite. SL-28463 quartz vein at 60/v.

28464 Sheared peridotite talc-chlor i t e(carbonate) schist, soft, punky, intensely schistoce 55/70 W, dark green-black, strongly talc-chl or i t e altered ultramafic with up to 1056 carbonate as rhombs in schist, 10^ very fine grained disseminated magnetite. 3 ppb

28470 Sheared quartz feldspar porphyry, 65/80 SE, weakly sericitized,

28471

28472

28473

28474

28475

28476

28477

28478

hematized, with thin quartz stringers parallel to foliation, bands and blocks in stretched chloritlzed pillow basalt. 22 ppb

ens l y sheared quartz-feldspar porphyry and granite - predominantly quartz-feldspar porphyry, shear is 40/80 NW, pink hematite groundmass, quartz and feldspar phenocrysts to 3095 with bands granular, sheared, pink very fine grained, phenocryst free. Quartz- feldspar porphyry is sericitized where sheared, contains 5^ quartz stringers with trace pyrite, veins to lcm at 70/70 NW, grab is of sheared and veined. 12 ppb

North end of South end of a few weakly d issemi nat ed 4 ppb

outcrop - pillowed basalt, sheared, stretched 70/v. outcrop - sheared quartz-feldspar porphery, locally clay altered pyritic zones with up to 5^ cubic pyrite - this is a grab.

Very strongly clay altered, sericitized but relatively unsheared quartz-feldspar porphery with S-5% disseminated cubic pyrite, 25^ quartz veins all orientations set flat to 20-30cm with S-5% pyrite excellent looking zone. 2 ppb

Local trace 6 ppb

float, 1m quartz pyr ile, grab.

veins with sericite fracture filling,

Sheared quartz-feldspar porphery, sheared at 90/70 S, a few 6cm pyritic quartz veins parallel to foliation, pyrite is found as disseminated blebs in veins and halos on margins, with associated weak clay altered veins proximal to contacts within gabbro unit, contact is very irregular intrusive. l ppb

At contact between strongly sheared (50/v), sericitized quart- feldspar porphery and sheared pillow basalt. There is a 40cm quartz vein at 50/v with trace to 0.535 disseminated pyrite - grab . 3 ppb

Within intensly deformed pillowed basalts, 40/v, 2m wide zone of intense shear, 40/v with 40cm brecciated quartz vein with S-5% very fine grained pyrite along fractures in vein and chlorite inclusions, very discontinuous, can't follow - grab. 450 ppb

Outcrop i s f ine grained (to medium grained) crystalline, dark green to black, crudely foliated, 90/v, weakly chloritized, sheared hornblende crystals stretched out parallel to foliation, very locally along edge of road, l-2m zone where thin l-2cm quartz veinlets at 90/V-70 N(vary) carry 3^ coarse cubic pyrite, with pyritic halos in wallrock up to 50cm, 2-3% disseminated cubic pyrite - sample is grab of pyritic vein and wallrock. 2 ppb

28479 As above, locally thin lcm quartz vein 100/60 S with pyrite

hfilos to 30^/200111, very strongly oxidized gossan strained. NB - hornblende mineral lineal ions are vertical -NOTE - hornblende porphery basal t-gabbro, very strongly fractured,

prominant set GO/v, with some oxidation, weakly carbonatized along fractures - this is very proximal to major structure,

ppb

28480 Poorly exposed Mm quartz-feldspar porphery dyke, 75/v with J.0% ramdom oriented quartz veins to lcm with trace pyrite. 2 ppb

284S1 Grab from 10cm discontinuous quartz vein in sheared, weakly weakly chloritized pillowed basalt, vein and shear 40/v. Outcrop contains a few i-2m boudined and offset deformed quartz- feldspar dykes at 40/v, and cut by several thin l-2cm shear planes at 60/75 SE. 233 ppb

locally 90/v with ea le i t e in pyr i t i c shear.

284S2 In pillow basalt } numerous thin l-2om shears, with 2-33S very fine grained pyrite associated shears and fractures adjacent shears, grab of 2 ppb

28483 1m shear in pillowed basalt, 85/v, cored by boudinage 2-3cm quartz vein with 2-396 pyrite as coarse mineralization vein margins, shear is moderately chloritized, contains 296 disseminated cubic pyrite. Grab of quar tz-pyri t e vein - in adjacent pillowed basalt thin calcite filled fractures are very pyritic, occasional thin epidote altered bands parallel to foliation with 2-3 very fine grained disseminated pyrite. 1790 ppb

28484- 28488

From NW to SE, series of 1m carbonate st intense shear zone (pillowed basalt both locally intense schistocity in shear var laminated, probable interflow tuff/argil strongly chloritized to locally sericiti lcm, strongly deformed, boudined, brecci fragments.Sample 28486 includes core zone of shear intensly gossan stained, clay-sericit e a 3096 quartz vein fragments (all sulphides out), zone continues NE for approx. 80m, cm scale shear? or not observed.

ringers across: 5m wide margins), trends 60/v ies CO 75), also thinly lite. Very fine grained, zed, contains a few at ed qurt z vein

, 10-15 cm wide Itered zone, with oxidized-weathered to SW becomes weak

2848428485284862848728488

1 ppb1 ppb134 ppb1 ppb2 ppb

28489 Grab across l-2m intense shear zone at 70/v, contact between 20m quartz-feldspar porphery dyke (70/v) and fine grained magnesite basal t-gabbro, both units sheared to chlorite schist, sericite schist respectively, with I 1}!* c ubic pyrite in both units. 4 ppb

28503

28490 Very broad, 40-50m, sheared 70/v, chloritized basalt, remnant pillow salvages observed, contains an average of 1^, up to 3^ pyrite as disseminated cubes along shear planes, occasionally

fine grained disseminated minerals alloclated with thin calcite, ^casional quartz (approx. lcm) stringers parallel to foliation, ppb

28491 Grab from thin 5cm, magnet i t e(20X)ri eh, pyritic (5ft) "band" at 70/85 N in intensly sheared chloritized pillowed basalt, (70/85 N locally) - very broad shear. 7 ppb

28493 Very strongly sheared, chloritized pillowed basalt, 75/S5 N, with several thin ^lcm quartz-pink calite veinlets parallel to foliation with up to 596 pyrite and pyrite halos to 10-20cm, (cubic pyrite in chloritized basalt), sample is of the veinlet. 2 ppb

28494 Grab from 50cm quartz vein, 110/50 S, hosted in thin shear, which is hosted in pillowed basalt, very weakly bleached, carbonatization proxima] to veins. 2 ppb

28495 Vein locally at 60/60 SE? - hanging wall is light green chloritic andes i t e-basa 11, sheared 60/60 S, 1-295 disseminated cubic pyrite, sample is grab of wallrock. l ppb

28501 Along hanging wall of dyke, strongly gossan stained gabbro- pyroxenite with 5^ disseminated cubic pyrite, also weakly bleached, silicified, as altered halos around thin ^lcm) quartz stringers, at all orientations. 7 ppb

28502 Locally fractured at 120/45 S, where gabbro is intenselygossanous, oxidized to brown clay in many places, but only Q.5-1% disseminated pyrite where fresher, also face is sheared chloritized, talcose but no obvious foliation, may be fault face at 120-140/45 S, sample is of intensly oxidized gossanous mat er ial . 3 ppb

"Altered gabbro-pyroxenite", becomes soft, punky, strongly chlor ite-talc and Fe carbonate alteration, alteration as irregular patches, blebs to 50^ of rock, also some pink s i l ica-potasium alteration halos on fractures with up to 595 disseminated pyrite, no distinct foliation, very irregular alteration, sample is grab with 5^ disseminated cubic pyrite. 30 ppb

28504- Intensely gossan stained, fractured, altered gabbro?? with up to 28505 105& disseminated pyrite, non-sucrosic white quartz veins to

5cm, all or discernable foliation. 28504 grab sucrosic vein with595 pyrite. 28505 grab of wallrock with 595 pyriteNE - This is much higher metamorphic grade than elsewhere on

Saganaga Lake, almost amphibolite. 28504 2 ppb

28505 21 p pi)

2S50G

28507

28508

2S509

28510

Grab from pink-gray, intensely carbonatized rock (gabbro), with 109i disseminated cubic pyrite, locally very ??????? appearing,

ppb

Grab, S-7% disseminated coarse (3-5mm) cubic pyrite is weathered brown, Fe-Mg, very strongly carbonat ized gabbroic rock, also locally very strongly magnetic with 596 very fine grained disseminated magnetite, no foliation or ???? control on mi ner al i zat i on . 545 ppb

l~3m wide quartz vein at 45/75 NW, bull white vein, only pyrite, associated with chl or i t e-car bonat e alteration of1 ncl us i ons .2 ppb

trace wallrock

Footwall of vein, "chlor i te-carbonate schist", intensly sheared and schistoce 60/60 NW, intensely chlorite-Fe carbonate altered rock with minor ???, sericite (altered mafic rock?),no visible sulphides. 3 ppb

Grab from distinct 30-50cm shear, 70/70 S, strongly chlorite- Fe carbonate altered rock, strongly schistoce with 3056 conformable predominantly carbonate(magnesi t e) and some quartz veining, 2-3cm wide and 2^ disseminated coarse cubic pyrite, surrounding rock is very strongly schistose, dark green, occasionally strongly carbonati zed, schistosity 80/65 N, severa] irregular boudinage to brecciated pods of quartz-carbonate with 1^ cubic pyrite, shear appears to terminate quartz-feldspar porphery.

ppb175

28511 40cm intense shear, 90/65 N, cored by 20cm wide predominantly magnesite with minor quartz, vein, parallel to shear, with 29S fine grained disseminated pyrite, numerous thinner l-2cm quartz- magnesite veins in shear, all veins with trace fuchsite, country rock is intensely carbonatized. 55 ppb

28512 Quartz-feldspar prophery - 2-3m wide dyke hanging wall to quartz vein. Predominantl medium groen intermediate groundmass with content 25-40^, average of 30^. 20^ lath plagioclase, 10^ quartz phenocrysts very 5mm. Grab is from distinct cross-cutting shear bifurcates, 30-50cm wide, cored by contorted quartz stringers, strong clay a shear, Tr-0.5% disseminated cubic pyrite, subhorizontal quartz vein to l-2cm, cut d set is 0/70 E, some shear along fracture noted on fracture surface. 5 ppb

trending 50/70 NW, as y very fine grainedvariable phenocryst, sub-euhedral

coarse to 7-8mm, ave.shear zone, IGO/v,

a few cm wide but very Iteration throughSeveral horizontal to

yke. Porminant fracture surfaces, siickinslides

2S513 Intensely sheared contact quartz-feldspar porphory with talc- chlor i t e (car bonat e ) schist, contact and shear are 55/70 NW in both porphery and talc-chlor ite schist, 3096 l-5cm edominantly carbonatl zed(magnesi te-dolomit e), veins are parallel ) sheared proximal contact, with 296 disseminated pyrite contact,

sample is grab of shear and carbonate veining in porphery. 2 ppb

28514- Quartz stockwork zone - major 70cm-lm quartz vein at 125/50 N, 28516 but also several 1m veins at several other or (random, i r regular

controted) to 8096 of rock, only trace disseminated pyrite in veins and along vein margins, in intensely carbonate ( and chlorite-talc) altered gabbro-pyroxinit e, if offset is foliated as opposed fault, this would be nose (synclinal nose), possible reason for stockwork, all three samples are grabs of quartz ma t e r l a l . 28514 230 ppb 2S515 17 ppb 28516 271 ppb

28517 Grab, 40cm quartz vein 115/70 N, in shear chlorite-carbonatealtered pyroxenite-gabbro, trace pyrite in wallrock along vein ma r g i n s . 52 ppb

28518 20cm magnetite-Fe carbonate vein, 20/60 W with 596 fuchsite, trace pyrite hosted in, along E side of projected fault, variably altered magnesite coarse grained pyroxenite-gabbro, ussually moderately to strongly carbonatized with complete replacement of plagioclase by carbonate. Very weakly to crudely foliated, 60/v. Numerous thin irregular discontinuous quartz and carbonate veinlets throughout, Tr-0.596 disseminated pyrite. 21 ppb

28519 Grab from 30cm carbonate(magnesi te-Fe carbonate) vein/breccia with 1096 fuchsite, trace pyrite at 20/45 E, may be filled fault plane, host is very strongly carbonatized rock, gabbro/ pyroxenite, very crudely foliated 120/v. 10 ppb

28520 Grab from 4m wide zone trending O, of patchy but often intense carbonatization in fine grained gabbro/pyroxenite, alteration as halos on fractures at all orientations, irregular blotches to 2-3cm, and often Intensely altered pods to 30cm, affecting 3096 of rock, no apparent conrol or pervasive foliation in host rock, contains average of 296 disseminated cubic pyrite associated with carbonatized zones, in places up to 596 locally. 22 ppb

28521 Proximal to carbonatized zone above, talc-chlor i te-carbonate schist, soft, punky, Intensely schistoce 20/45 W, locally weakly magnetic, locally 1096 very fine grained disseminated silver-black metalic mineral, resembles magnetite but rock is not correspondingly magnetic, may be specular hamatite??? 5 ppb

28522 Strongly sheared, 35,70 NW, strongly carbonati zed(Fe carbonate), moderately chl or i t i zed ( t-tal c ) schist, remnant medium grained

crystalline texluve suggests altered gabbr o/pyr oxen i t e, cut by 10/6 lorn, foliation parallel quartz veins, trace disseminated pyrite. 45 ppb

2S523 ^rntensely carbonati zed Ofuchs11 e) altered ult rama f ic/gabbro,strongly sheared, 20/80 W (dips variably), rock composition is entirely carbonatized (Mg-Fe) and fuchsite (to 2096), with 1-296 fine grained disseminated pyrite, carbonate as pervasive alteration and irregular veins and pods parallel to foliation. 3 ppb

28524 Quartz-carbonate-mariposite altered ultramafic - locally beige to white, massive, very hard, intensely carbonatized and silicified ultramafic, with 5-1096 fine grained disseminated fuchsite, silica as pervasive flooding and thin ???? stringers. 2 ppb

28525 Crudely schistoce, 20/70 W, gray-green, very intensely carbonatized rock, fine to medium grained, remnant textures suggest altered gabbro, 536 thin lcm, foliation parallel quartz stringers, 596 very fine grained disseminated black mineral( altered magnetite- illmenite?), non-magnetic, trace pyrite. 4 ppb

28526 Grab sample, White glassy quartz vein, up to Bin, trending N-S, piches and swells and dips vertically, trace pyrite with cubes up to 2 mm. 10 ppb

28527 Grab sample of silicified sediment(?), metamorphosed to amphibalite grade, euhedral feldspars up to 2mm, up to 3-5/6 coarse pyrite cubes up to 5mm. 9 ppb

2852S Grab sample of white glassy quartz vein up to 1ft wide found in the contact area between mafic flow(pillowed?) and sediments. 8 ppb

28529 Grab of cherty, sericite altered metasediment, < l% f ine disseminated pyrite cubes found in sediment horizon.8 ppb

28548 Along margin of outcrop of fragmented crystalline basalt-gabbro, 1m wide shear at 55/70 NW, includes 2096 thin l-2cm quartz-pink carbonate veins with trace disseminated pyrite. Grab is of predominantly vein material.9 ppb

2 ppb

28551

with minor

28552

28553

28554

of 2m

quartz lens in mafic/amphiboli t e schist, wide intermediate feldspar porphyry dyke

28555

28556

(olivine?), 3 ppb

Grab sample adjacent to1 ppbGrab sample of fine grained amphibolite/magnetite schist, fine bands rich in epidote, minor seams of sulphides both

parallel and oblique to foliation.

2 ppbGrab of hematite stained quartz in mafic chlorite/amphibolite schist, small isolated seams and pods ofmafic rock in quartz, overall minor sulphides but locally]

rich seams.3 ppbGrab sample of mafic flow/chlori t e schist with mm-sized quartz filled fractures and spaces - brecciated, trace sulphides, surrounding rocks are amphibolized and lightly

foliated.6 ppbGrab sample of very fine grained amphibolite schist withthin (lcm) bands of weakly magnetic, coarser, rustymaterial, minor sulphide in very fine grained amphibolite

around magnetic unit.

2 ppb

28557

mafic wallrock surrounding 3-5cn| up to 10S6 sulphides with minor

28558

28559

28560

Grab sample of chloriticquartz vein set, locallyepidote.2 ppbGrab sample of chloritic wallrock surrounding 3-5cm hema'stained quartz vein, locally up to 5^ sulphide with blotof hematite (staining) surrounding some of the sulphide

clusters.l ppbGrab sample of hematite stained quartz vein, also moderalto strong epidote alteration (local), sulphides are t racjminor but moderate in wallrock and In epidote altered ma|

t ncluslons.6 ppbGrub sample of hydr aul i cal ly fractured maf ic/ i nt ermed latlrock, randomly orientated stockwork of up to 2cm wide jquartz veinlets, moderate epidote and minor hematite, n|

visible sulphi des,

2 ppb

2S561 Very fine graine dacite with minor quartz veinlets and minor û l ph i des (whi sps ) . ppb

28564

28565

2S566

2S567

2S568

28569

28570

28562 Pinkish gray silicified intermediate volcanic cut by ^cm wide quar t z-carbonat e- ( t ourma l i ne ) veinlels; pink potasium stainlng\ alteration, sulphide content 2-3^, associated with veining. 51 ppb

28563 5-10cm wide quartz vein, broken up, local minor sulphide. IS ppb

Andes i t e/basa 11 with min-sized mineralized quart-Fe carbonate veinlets, approximate trend of veinlets 120/58 E, also larger (l~2cm) quartz-Fe carbonate veinlets at 112/65 W (also locally mineralized). 40 ppb

Quartz-carbonate vein/pod in carbonatized andesi te/basalt, strong carbonate fraction with pink and yellow calcite, 1-256 sulphide confined to quartz-carbonate area. 2 ppb

Mafic flow with highly mineralized, caarbonati zed halo surrounding quartz-carbonate veinlet of unknown trend and size, lots of pink calcite associated with sulphide rich areas, overall sulphide content is lQ-15% - coarse crystalline and finely disseminated. 555 ppb

Intensly and pervasively gossanous (Fe carbonate altered) rock with S -7% s ulphide, locallized relict patches of pink calcite rich with sulphide. 705 ppb

Quartz-feldspar-carbonate melange, possibly sheared felsic volcanic, S-5% banded sulphide, also some mafic material streaked out, pink-gray-white in color. 97 ppb

Very hard, cherty, silicified felsic(?) volcanic, sheared, blotches of tourmaline, rock is more homogeneous than previous streaky sample(28568), S-5% sulphide, mainly coarse crystalline. 148 ppb

Sheared mafic broken up and 91 ppb

rock, chlorite schist, quartz-Fe carbonate veinlets included in shear zone, locally Z -3% s ulphide.

28571 FM carbonate altered andesi te/basalt, fine sized quartz-carbonate filled fractures rich in sulphide, rest of sulphide is scattered through rock, overall i -2%. 4 ppb

28572 Andesi le/basalt, moderatly Fe carbonate alteration, silicified, sheared, locally rich in sulphide, overall 33J, minor potasium alteration, chlorite.

157 ppb

28573 Andesite/basalt, sheared and streaked, minor chlorite, silicified,

tiderate to strong Fe carbonate alteration, 2-356 sulphides, weak )tas i urn alterat i on .

12 ppb

28631 Quartz-feldspar porphyry 11 ppb

2S632 Magnet i te-chert-chlori te-pyri t e iron formation 135 ppb

28633 Quar tz-hemati te-epidote-pyri t e veined, silicious hematitic, chloritic sediment. 21 ppb

28634 Sheared pyritic quartz-feldspar porphyry. 5 ppb

28635 Grab - same site as 2863420 ppb

28636 Chert21 ppb

28637 Pyritic quartz vein in chert-pyri t e . 2 ppb

2863S Chert-magnet ite-pyrite-chlori t e iron formation. 970 ppb

28639 Quartz-pyrite vein 116 ppb

28640 Chert-magnetite 6 ppb

28641 Jasper iron fomation l ppb

28642 Pyritic quartz porphyry1 ppb

28643 Pyritic quartz porphyry2 ppb

29686 Quartz vein 9 ppb

29687 Quartz vein 2 ppb

29688 Quartz stringers 635 ppb

296R9 Quartz vein 3 ppb

20G90 Quart/ vein with pyrite halo. 272 ppb

29691 JJuartz vein with pyrite halo, ppb

29692 Quartz pod 24 ppb

29693 Sheared basal t/andesi t e 2 ppb

29694 Quar tz-fuchsite-pyrite vein 18 ppb

29695 Quar tz-hemati te-calcite-epidote vein with trace pyrite. 29 ppb

29696 Quartz-pyrite-homatite-calcite vein material. 785 ppb

29697 Quartz-Kfeldspar vein 17 ppb

2969S Quartz vein in iron formation 221 ppb

29G99 Magnetite rich basalt with pyrite. 74 ppb

29700 Magnet i t e-jasper-pyri t e iron formation. 140 ppb

29701 Sheared quartz-feldspar porphyry 8 ppb

29702 Chlor i t e-jasper-magnet i t e sediment 65 ppb

29703 Magnet i t e-jasper-chlorite-pyrite iron formation 2 ppb

29704 Sheared Hematite altered quartz-felspar porphyry, l ppb

29705 Banded chert-magnet i t e l ppb

29706 Chert-pebble magnet ite-chlor ite-pyri t e iron formation425 ppb

29707 4cm Quartz vein with 4ft pyrite l S50 ppb 1.80 gpt 0.053 Oz/ton

29708 Chert-magnetite clasts in rhyolite 430 ppb

20709 Magnetite iron formation 114 ppb

2971Q Q.uavt T.- feldspar porphyry with quartz stringers

29711 Magnetite-chert chlor i t e-pyr i te iron formation 3100 ppb 3.20 gpt 0.093 oz/ton

29712 Magnet i t e- jasper -pyr i t e iron formation 835 ppb

29713 5cm quartz vein 39 ppb

29714 Weakly sheared quartz-feldspar porphyry 12 ppb

29715 Mylonitized gabbro with magnetite iron formation 2 ppb

29716 Quartz-fuchsite-pyrite vein in silicified basalt. 44 ppb

29717 Quartz vein in pyritic interflow sediments. 395 ppb

29718 Pyritic interflow sediments. 1390 ppb 1,40 gpt 0.041 oz/ton

29719 Pyr i t e-s i l ica-hemat ite altered black basalt. 204 ppb

29720 Fuchsite-calcite altered, sheared quartz-feldspar porphyry. 6 ppb

29721 Fuchsite-calcite altered, sheared quartz-feldspar porphyry. 3 ppb

29722 Quartz vein material 2 ppb

29723 Sheared fuchsite-calcite altered quartz-feldspar porphyry. 21 ppb

29724 Dacite with sedimentary pyrite and malachite. 10 ppb

29725 Quarz vein 94 ppb

29726 Pyritic halo in basalt to quartz vein fo 29725.868 ppb

29727 Grab of float on ATV trail. Quart/ vein material with trace pyr ite. 9 ppb

2972S fcuart z vein 3 ppb

29729 Chert-magnetite-pyrite-chlorite iron formation 7S6 ppb

29730 Chert-chlorite-pyrite sediment 2 ppb

29731 Jasper-chlorite-pyrite sediment 6 ppb

29732 Feldspar porphyry 5 ppb

29733 Pyritic jasper-chlor i t e sediment 540 ppb

29734 Chert-magnet i te-pyrite iron fomation 4690 ppb 4.81 gpt 0.140 Oz/ton

29735 Chert-chlorite sediment 9 ppb

29736 Chlorite-magnetite-pyrite sediment 940 ppb

29737 Magnet i te-chert-pyrite iron formation 1620 ppb 1.68 gpt 0.049 oz/ton

29738 Banded chert-magnet ite-chlorite-pyri t e iron formation 2500 ppb 2.60 gpt 0.076 oz/ton

29739 Chert-pyrite iron formation 830 ppb

29740 Veined chert-magnet i te-calcit e iron formation 108 ppb

29741 Magnet i te-chert-pyri t e iron formation 690 ppb

29742 Jasper-magnet i te-chlor i t e iron formation 20 ppb

29743 Chert-magnetite-pyrite iron formation 745 ppb

29744 Cherty magnetite bearing sediment 4 ppb

29745 Ajierty sediment ™2 ppb

29746 Chert-magnet ite-pyr ite layers in chlor ite-pyr i te schist.558 ppb

29747 Chlor ite-magnet ite-pyr ite iron formation. 76 ppb

29748 Quartz pod 3 ppb

29749 Cherty sediment 68 ppb

29750 Quart z- fuchsite veined, f uchs i te-pyr i t e altered basalt. 123 ppb

29751 Grab sample of mylonite ( sheared dacite). l ppb

29752 Grab of chip of quartz vein in sheared basalt. 7 ppb

29753 Grab sample of quartz vein close to basalt outcrop. 2 ppb

29754 Grab sample of sheared andesite - looks like mylonite. 330 ppb

29755 Chip sample of quartz vein in basalt. 4 ppb

29756 Same as above. 3 ppb

29757 Quartz chip sample - vein in basalt. l ppb

29758 Chip sample of sheared ultramafic, pyrite cubes ^-3mm in size 5-8*. 56 ppb

29759 Chip sample of a quartz vein in a FeMg carbonate altered gabbro, ((O. 596 sulphides . 159 ppb

29760 Chip sample fo quartz vein in pillowed basalt to andesite,vein trends 22/45 SE, 3-4cm in width, exposed for 1.5m, Fe carb alteration is mexed with quartz 60-40^. 110 ppb

29761 Quartz vein in andes i t e/basal t , 2-3cm wide vein, < l~2% d isseminatedpyrite. 22 ppb

29762 Grab sample of a chunk of quartz found in a tree root!! 214 ppb

29763 ALhip sample of sheared rock, now a chlorite schist, 120/80 SE,^fisseminated pyrite ranges from 1-3^, minor Fe carbonate weathering. 10 ppb

29764 Chip of quartz-calcite veins, 20/65 SE, 1^ disseninated pyrite, minor Fe staining < 2%. 2 ppb

29765 Chip of a quartz vein, trending 336/58 SE, 6-8cm wide and pinches out to 4 cm, glassy white quartz with 1^ visible pyrite, outcrop is pillowed basalt with minor shears cutting through. 4 ppb

29766- Chip samples of quartz vein system in Fe carbonate altered chlorite 29769 schist, disseminated pyrite cubes 3-5^, outcrop is pillowed basalt,

vein system trends 75/90 SE.29766 5 ppb29767 2 ppb29768 6 ppb29769 9 ppb

29770 Chips of sheared calcite, striking 270/90 SE, Fe alteration, disseminated pyrite and some clots < l%, 2 ppb

29771- Quatrz vein samples found in zone of Fe carbonate altered andesite, 29774 veins trend 270.

29771 20 ppb29772 26 ppb29773 40 ppb29774 86 ppb

29775- Iron formation - totally friable rock. 29777

29775 84 ppb29776 78 ppb29777 2 ppb

29778 Quartz vein in massive andesite to basalt, disseminated pyrite ^-2*. 8 ppb

29779- Chip samples of interflow sediments (cherty), disseminated 0-0.596, 29780 striking 280 to 310 dipping 60-70 E.

29779 11 ppb29780 2 ppb

29781- Chip samples of Fe altered (SO-50%) pillowed andisite, disseminated 29784 pyrite ranges 2-4S6.

29781 6 ppb 297S2 3 ppb 29783 4 ppb 297S4 2 ppb

297S5 Chip samples of quartz vein system in Fe carbonate altered chlorite

schist, disseminated pyrite cubes S-5%, outcrop is pillowed basalt, vein s ystem trends 75/90 SE.

ppb

29786-^hip sample of interflow sediments. 29787

29786 8 ppb29787 l ppb

2978S Chip sample of qurtz vein in pillowed andesite.7

29789 Quartz vein in basalt to gabbro. 4 ppb

29790 Chip sample of cherrty interflow sediments trending 280/70 SE, disseminated pyrite < l% .

29791- Chip sample quartz vein in pillowed basalt. 29792

29791 2 ppb29792 l ppb

29793 Grab sample along road of Fe altered rock that looks like Iron format i on . 6 ppb

29794 Grab sample of quartz chunks found on road. 465 ppb

29795 Quartz vein in basalt, < l% d isseminated pyrite, glassy white. 2 ppb

29796 Chip sample in a slightly sheared massive basalt, < l% disseminated pyrite, shear 75-80/90. l ppb

29797 Quartz vein in hornblende basalt, 2cm wide, glassy white, disseminated pyrite ^-2^. 3 ppb

29798 Grab of quartz vein in pillowed andesite.7

29799 Sample of sheared, 270/90, pillowed andesite that is almost chlorite schist, disseminated pyrite 1-2^. 2 ppb

29800- Chip samples of iron formation with disseminated pyrite and cubes 29804 of pyrite ranging from ID-30%, pyrite stringers are both parallel

to and perpendicular to foliation, 297/15 SE, the staining and mineralization in patches ^09j.29800 88 ppb29801 38 ppb29802 45 ppb29803 69 ppb 20804 76 ppb

29805 Sample of sheared wallrock. dacite with Fe staining lQ-15%, 2-35;? disseminated pyrite, rock is foliated at 93/83 SE. 2 1 r. ppb

29807 mip sample of sheared basalt with < l-2% d isseminated pyrite, trending 270/90. l ppb

29808- Grab samples(?) of cherty interflow sediments (outcrop covered 29809 in moss), trending 280/90, Fe and hematite alteration lQ-20%,

t-2% d isseminated pyrite. 29SOS 2 ppb 29809 9 ppb

29810 Quartz vein in pillowed andesite, trending 330/58 SE, glassy white, < l% pyrite. 2 ppb

29811 Grab sample of quartz vein, < l% d isseminated pyrite, glassy white, basalt is host rock.I ppb

29812 Sample of the thin chlorite altered/weathered surface of iron formation, sample is of green friable crumbs. 50 ppb

33101 Grab of moderately to strongly Fe-carbonate altered mafic rock, < i% s ulphides, rock Is somewhat bleached.2 ppb

33102 Grab of mafic rock cut by randomly orientated mm-sized quartz-carbonate veinlets, larger quartz-carbonate pods/veins nearby.3 ppb

33103 Grab of quartz-carbonate vein in mafic rock, some tourmaline and minor chl or i t e/f uchs i t e . 2 ppb

33104 Grab of quartz in chlorite schist/amphibol ite, some sulphide in rock surrounding quartz. 8 ppb

33105 Grab of quartz talus/boulders, blast rock??II ppb

3310G Grab of quartz in chlor i t e/amphibol i t e schist, strongly foliated/fissile rock, quartz s t r inger /sheet s .

5 ppb

33107 Grab of fine grained chery-black iron formation, moderately to strongly magnetic. l ppb

33108 Grab of moderately to strongly Fe-carbonate altered mafic rock, 3076 streaky pink/white quartz-carbonate veinlets, chloritic, minor streaked sulphides. l ppb

33110

33111

33112

33113

33114

33115

33116

33117

33118

33120

33109 Grab of chloritic schist, moderately to strongly Fe-carbonate alteration, pink-white Fe carbonate-quartz veinlets, 1^ pyrite,

ppb

Jrab of magnetite bearing, sheared gabbro/flow, minor epidote, minor smeared pyrite, weakly amphibloit i zed, moderately chlor i t i c . l ppb

Grab of rusty, limonitic, mafic rock, amphiboli t i zed, locallized patches rich in pyrite, overall 2-3^ sulphides, l ppb

Grab of very strong epidote altered mafic rock, epidote patches are smeared and streaked, also minor to moderate Fe carbonate alteration, seams of disseminated sulphide <l% i n quartz stringers. 4 ppb

Grab of strongly bleached, off white rock, probably of mafic origin, moderately to strongly Fe carbonate alteration, finely disseminated pyrite and arsenopyrite, trace to minor malachite . 9 ppb

Grab of same as 33113 but not as bleached, still greyish but similar sulphide and malachite content. 3 ppb

Grab of strongly (locally intensely) Fe carbonate altered mafic flow, quartz-carbonate vein (trend?), patches of disseminated sulphide and minor disseminated malachite. 2 ppb

Grab of melange rest of rock is fracture planes 10 ppb

of epidot e-chlor i te-quart z-Fe carbonate, chlorite/amphibolite schist, occasional with chalcopyrite and pyrite concentrations

Grab of alternately banded very fine grained amphibolite/ chlorite schist and coarser hornblende schist, minor ( <l%) streaked sulphides. 11 ppb

Grab sample of very fine grained ma f i c-amphi bol i t e schist, clusters of disseminated sulphide along tiny fracture planes across foliation, taken from fault area. 2 ppb

33119 Grab of quartz vein in plane of foliation, slightly deformed, pink streaks and velnlets(tiny). l ppb

Grab of graphitic-looking oxide facies iron formation,minor quartz veining, 2 1!) s ulphides in sheets along fractures.2 ppb

33171 Outcrop is altered gabbro to pyroxiriite, highly variable alteration intensity, ranging from complete Fe carbonate- chlovlte altered to only weakly altered, alteration appears

be fracture controlled, most predominant set is horizontal, Jntains average 2^ cubic pyrite, trace chalcopyrite as halos

on altered fractures, in some places to 5^ pyrite. Some intense silicification along occasional fractures. Sample is grab with pyritic(S^) inlens l y carbonatized zone. 43 ppb

33255 Grab from zone of bull quartz veining in fine grained gabbro, trends 40/v, includes locally coarse grained bull white quartz veins to 30cm and 30^ of rock at all orientations, trace pyrite at margins of veins, no significant alteration in gabbro. Grab is quartz vein material. 3 ppb

33256 Grab from l m wide bull white, coarse grained quartz vein, no visible sulphides, at 165/70 E, cutting locally very fine grained, weakly chloritized massive gabbro, locally gabbro is highly variable in appearance, from fine grained basalt to coarse grained cummulative textured, to dioritic, hybri d(including gran.), some multiple injection patterns, but massive, no significant alteration, a few quartz stringers, very late, often filling conjugate fracture sets. 2 ppb

33257- At hanging contact between medium to coarse grained, strongly 33258 magnetic, dark green diabase dyke, 10m wide, locally

contact 150/65 E, zone of sheared, silicious alteration in pillowed basalts, very thin, 10-20 cm with Tr-0.5% disseminated pyrite and 40cm dull white quartz vein at contact. 33257 - grab is vein material, no visible sulphides. 33258 - grab is silicified basalt.33257 2 ppb33258 l ppb

33259 110/65 N, rock is dark green, very fine grained, thinlylaminated/foliated and in places very strongly schistoce, sheared altered basalt, or interflow tuff/argillaceous sediments, looks laminated with 2ft very fine grained disseminated pyrite, very grainy appearance in places, good foliation, may be proximal to 110 structure, sample is a grab.1 ppb

33260 Outcrop is very fine grained crystalline/granular appearance, intensel y-st rong l y Fe carbonate altered rock with 15-20^ remnant chlorite blebs elongated parallel, weak to moderate schis toci ty/foliat i on at 90/85 N, may be very strongly carbonatized mafic volcanic, or more felsic dyke rock, (probably carbonatized mafics), with l!fc very fine grained disseminated pyrite, - cut by set of quartz veins at 90/50 S, to 10cm and lO'ft outcrop (approximate- poor exposure)) veins include 1^ pyrite, usually at matgins. Sample is grab of vein material.2 ppb

33261

33262

Grab of quart/,-Fe as cubes to 5cm. 16 ppb

carbonate vein float(local) includes 2 56

Fry local includes Fe parallel to associated

33263-

33264

33265- 33266

zone, 4mxlm of strong carbonatized carbonate porphyroblast s and crude foliation, 95/80 N, to

i.% d isseminated pyrite,of chlorite, immediately adjaceint unaltered fine grained crystalline l ppb

33268-

33269

basalt/gabbr o,thin bands3094 of rock. With

remaining rock composed zone relatively basal t/gabbr o.

Distinct, abrupt, steep 5m wide topographic low, at 40, includes basalts on either side, vury strongly fractured, 40/60-80 N, includes gossan staining along fractures. On S side, basalts are locally strongly brecciated in places, includes large irregular pods of gabbro, strongly locally foliated/schis toce 60/80 E. And in topographic low , several bolders of banded red chert (almost jasper), magnetic iron formation and chlor i t e-schist includes 556 pyrite (chloritic argillite portion of iron formation). SL 332264 is a grab of cherty-magneti c iron formation, probable iron formation but may also be occupying fault plane at 40/?. Intriging - why if it is an iron formation does it weather recessively.33263 18 ppb33264 17 ppb

Along edge of basalt outcrop at 50 and a prominant topographic l ow.33265 - Grab from abundant rubble outcrop of quartz-feldspar porphery, trends 50(?), though foliation In surrounding altered (hematitic, weakly silicified), basalt at 110/80 N, very fine grained, light green, relatively hard intermediate groundmass, includes 6096 phenocrysts to 3mm, 4056 pink feldspar, 20^ quartz, locally numerous thin l-3cm quartz veins at random orientations, no visible sulphides.33266 - in rubble outcrop, numerous thin l-3cm quartz veins cutting alteration, hematitic, weakly silicious basalt, veins have distinct 1-3 cm bleached silicious halos includes 5-6 very fine grained disseminated pyrite.Basalts proximal to rubble cropping zone, very contorted, deformed, numerous hemati te/K-feldspar filled fractures, numerous dykelet quartz-feldspar porphyry, trends probably 50, but uncertain.33266 37 ppb33267 18 ppb

Outcrop is qua fine grained t groundmass, a] highly var i abl ranges 10-5095, fractured at a st r i ngers fill Contains 1076 i or i ent at i ons, blebs to l-2mm Rolh samples a

rtz porphyry / porphyritic rhyolite - very o aphanitic, cherty to pink very silicious most granular appearance in places, includes e quartz phenocryst content, average 3056,phenocrysts to 2-3mm, massive but intensely

11 orientations with hematite and quartz ing fractures, some clay alteration zones. rregular quartz pods/blebs and veins at all contains average 2?j disseminated pyrite asand very fine grained disseminated minerals,

r o grabs, approximate trend zone 00/85 SE, in

contact with sheared basalts, schistocity at 120/80 SW.33268 40 ppb33269 65 ppb

33270 fl^ description found. 79 ppb

33271 On south side 25-50 m wide prominant topographic low at 50, outcrop is intensely shattered to autobreccia appearance, basal t/gabbro remnant fine to medium grained in places crystalline texture, sheared but at all orientations, moderately chloritized, weakly carbonatized with several quartz veins to 5cm, flat and 100/65 S (grab) includes trace pyrite - low may be fault zone. 5 ppb

J

ANN•EN LABORATORIES

SPECIAUSTS IN MINERAL ENVIRONMENTSCHEW5TS - ASSAYERS ' ANALYSTS '

VANCOUVER OFFICE:705 WEST 15TH STREET NORTH VANCOUVER B.C. CANADA V7W 1T2 TELEPHONE ((304) 380-5814 OR (604) 985-4524 TELEX: VIA USA 7601067 ' FAX (604) 93C-9621TIMMINS OFFICE:33 EAST IROQUOIS ROADPO BOX 667TIMMINS. ONTARIO CANAOA P4N 7G7TELEPHONE: (705) 264-9996

J. y 5? jr-t. 2. f jj c at 3 9B-0190-RG1

Company: HOMESTAKE MIN.DEV.CO.Projects 5L-5714Attn: J.PIRIE/D.MCIVOR

Dates SEP-10-89 Copy i, HDHESTAKE H1N.DEV.CO., TOROHTO, ONT.

2. HOMESTAKE HIN.DEV.CO., TIMMINS, ONT,3. HOHESTAKE HIN.DEV.CO., C/0 H1N-EN IftBS.

He hersby certify the following Geochemical Analysis of 30 ROCK samples submitted SEP-07-89 by D,MCIVOR.

SampleNumber

28 52628 52728 52828 52928 550

28 55129 68629 68729 68929 689

29 69029 69129 69233 10133 102

33 10333 10433 10533 10633 107

33 10833 10933 11033 11133 112

33 11333 11433 11533 11633 117

AU-FIREPPB

109882

392

635 ST3

272BOO ^2423

28

1151

12114

9321011

Certified by.

LABORATORIES J

A1IN

LABORATORIESSPECIALISTS I N MINERAL ENVIRONMENTS

CHEMISTS - AS5AYERS ' ANALYSTS '

VANCOUVER OFFICE:70S WEST 15TH STREETNORTH VANCOUVER BC CANADA V7M 1T2TELEPHONE (004) 950-6614 OR ^604) 998-4524TELEX: VIA USA 7001067 . FAX (004) 900-96Z1

TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX 367TIMMINS. ONTARIO CANACA P4N 7G7TELEPHONE: (705) 204-9996

9B-0190-RG2

Date: SEP-09-89 Copy i. KOXESTAKE MIH.t'EV.CO., TORONTO, DNT.

2. HDHESTAKE HIN.DEV.CO., TIÎNS, ONT,3. HOHESTAKE HIN.DEV.CO., C/0 HIN-EN LABS.

He hereby certify t he following Geochemical Analysis of 16 ROCK samples submitted SEP-07-89 by D.MCIVOR.

Company? HOMESTAKE MIN.DEV.CO,Project: SL-5714Attn: J.P1RIE/D.MCIVOR

SampleNumber

33 11833 11933 12033 25533 256

33 25733 25833 25933 26033 261

33 26233 26333 26433 26533 266

AU-F1REPPB

21232

211216

118172

37

33 267 18

Certified by

MIN LABORATORIES

/MIN NABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS - ASSAYED ' ANALYSTS ' G t-OCHES*lSi.S

VANCOUVER OFFICE:705 WEST 15TH STREET NORTH VANCOUVER B.C. CANADA V7M 1T2 TELEPHONE (604) 980-5814 OR (6041888-4524 TELEX; VIA U.S.A. 7601067 * FAX (R04) 680-9621TIMMINS OFFICE:03 EAST IROQUOIS ROADP.O. BOX 367TIMMINS. ONTARIO CANADA P4N 7G7TELEPHONE (705) 264-6993

ji *r e? JT J y .s* jf ,g , 2 f 2. f~ ^ •fc 9B-0205-RG1

Company: HOMESTAKE MIN.DEV.CO. Project: SL 5714 Attn: J.PIRIE

Date: SEP-23-89 Copy i. HDMESTAKE KIN.DEV.CO., TORONTO, DNT.

2, HOHESTAKE K1N.DEV.CO., C/8 K1M-EN LftBB.

He hereby certify t he following Geochemical Analysis of 30 ROCK samples submitted SEP-19-89 by D.MCIVOR.

SampleNumber

2835 i28352233532335428355

23356283572935S2835928360

2355228553285542355528536

285572B5582B5592856023561

2969329694296952969629697

2969S29699297002970129702

AU-FIREPPB

122io

16

276362

1236^ *1

2162i

21829

78517

22174140

865

Certified 6 y

LABORATORIES i

•EN LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS - ASSAYERS ' ANALYSTS ' Gt

705 WEST 15TH STREET NORTH VANCOUVER, B C CANADA V7M 1T2 TELEPHONE (604) 900-MU OR (604) 980-4524 TELEX: VIA U.S.A. 7601067 * FAX 1604) 990-9621TIMMINS OFFICE;33 EAST IROQUOIS ROADP.O. sox serTIMMINS ONTARIO CANADA P^N ?o7TELEPHONE: ( 705) 2M-9396

z -c c? 2 i .s- j. f ji ^ 9B-020S-RG2

Company! HOMESTAKE MIN.DEV.CO. Project: SL 5714 Attn; J.PIRIE

Date; SEP-23-89 Copy l, HDKESTAKE MN.DEV.M,, TORONTO, ONT,

2, HQHESTAKE MIN.DEV.CO,, C/G O-EN LftBS.

hereby certify t he following Geochemical Analysis of 30 ROCK samples submitted SEP-19-89 by D.MCIVOR,

SsmpleNumber

2970329704297052970629707

2970629709297102971129712

2971329714297152971629717

2971829719297202972129722

2972329724297512975229753

2975429755297562975729758

ALi-FIREPPB

211

4251850

43011432

3100835

39122

44395

1390204

632

2116

1-rf2

330451

56••— — — — - — — — - — — — — — -.—— — -.- —— — — . — .•.———— —— ~-. — .^ — —— , — -,*.*~ —— . — . — —,. — . — — ....—..

Certified by

MIN-EN LABORATORIES

SEP-23-S9 SAT l 5 ! d99621 P . 04

l\\w

A11N •EN

LABORATORIESSPECIALISTS IN MINERAL ENVIRONMENTS

CHEMISTS - ASSAYERS ' ANALYSTS ' GEOCHEMISTS

VANCOUVER OFFICE:705 WEST 15TH STREET

^... : - - NORTH VANCOUVER, B.C. CANADA V7M 1T2 .*-..- - ••-- TELEPHONE (604) 980-5814 OR (604) 988-4524 "'.'.' /-'.' - ' TELEX: VIA U.SA. 7601067 *FAX (604)980-9621

s TIMMINS OFFICE:''! MAR f ?5 ' OC 0 33 EAST IROQUOIS ROAD: / " P.O. BOX 867

. ,. ,. TIMMINS, ONTARIO CANADA P4N 7G7i'-.v "- : S r - ,. . TELEPHONE: (705) 264-9996

G t?L o cr /? g- m z {z *3 2 fi r) is 2 y .g" z f f i s -f-- 9B-0205-RG3

Company: HOMESTAKE MIN.DEV.CO.Project: SL 5714Attn: J. PIRIE

Date: SEP-23-89Copy 1. HOMESTAKE MIN.DEV.CO., TORONTO, ONT.

2. HOHESTflKE MIN.DEV.CO., C/D H1N-EN LABS.

We hereby certify t he following Geochemical Analysis of 6 ROCK samples submitted SEP-19-89 by D.MCIVOR.

Sample Number

AU-FIRE PPB

2975929760332683326933270

159110406579

33271

Certified by--

-EN LABORATORIES

i-'sa- •-•^K'm.v^~;

iS^ ^*Sî

/MIN•EN LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSS ' ANALYSTS - GEOCHEMISTS

VANCOUVER OFFICE:/os WEST 16TH STREETNORTH VANCOUVER B.C. CANADA V7M 1T2 TELEPHONE (60-1) 980-6814 OR 1604) 988-4624 TELEX: VIA USA 76CHOB7 * FAX (.634) 980-962)TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX 867TIMMINS. ONTARIO CANADA F*4N ?G7TELEPHONE: (70S) 264-9986

jt' f i g 9B-0205-RA1

Company: HOMESTAKE MIN.DEV.CO. Project: SL 5714 Atfcn: J.PIRIE

Datej SEP-23-89 Copy i. HBhESTAKE KIM.DEV.CO,, IDftOHTO, OXT.

2. HOKESTAXE KIN.DEV.CQ., C/0 MIN-EN LABS.

We hereby certify the following Assay of 3 ROCK samples submitted SEP-19-89 by D.MCIVOR.

Sample Number

297072971129718

AUG/TONNE

1.30 3.20 l. 40

AU DZ/TONi

.

.093

.041

Certified by

MINDEN LABORATORIES

LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS . ASftWEnS - ANALYSTS ' OEOChEI.'STS

NORTH VANCOUVER, BC CANADA V7M 1T2TELEPHONE (6o4j seo-seu OR (ew 933-4524TELCX; VIA USA 7601067 ' FAX (604) 980-0621TIMMINS OFFICE:33 EAST IROQUOIS ROAD P.O. BOX 867TIMMINS. ONTARIO CANADA P*N 7Q/TELEPHONE; i705) 264-5930

j, c at l ftn&j 9B-0221-RG3

Company! HOMESTAKE MIN.DEV.CO.Project : 5714 SLAttn: J.PIRIE

Dates OCT-03-89 Copy l, HOHESTfttt HJN.DEV., TORONTO, ONT,

2. HOHESTAKE HlOEV.,0/0 DIN-EN LABS,

hereby certify t he following Geochemical Analysis of 22 ROCK samples submitted OCT-01-89 by J.PIRIE.

SampleNumber

SL2976SBL29769SL29770SL29771SL29772

SL29773SL29774SL29775SL29776SL29777

SL29778SL29779SL29780SL29781SL29782

SL297B3SL29784SL29785SL29786SL29787

SL33170SL33171

AU-FIREPPB

692

2026

408684782

811263

42781

743

GTT- 5-59 T UE l 0 :53

Certified by

MIN-EN LABORATORIES

684 980 9621 P.Q4

/VHN *EN LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCt iGMlSTC . ASSAYtKS ' ANALYSTS - GEOCIIEMISTS

VANCOUVER OFFICE:705 WEST 15TH STREETNORTH VANCOUVER, B.C. CANADA V7M 1T2TELEPHONE (few) 930-5914 OR i604; 98S-JS24TELEX; VIA U.SA 7601067 . FAX (OW 9SO-962) TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX 867TIMMINS. ONTARIO CAfiADA P4N 7G7TELEPHONE: f VOS) 2(54-9990

i, f jf c: 9B-0221-RG1

Company: HOMESTAKE MIN.DEV.CO. Project: 5714 SL Attn: J.PIRIE

Dates OCT-03-89 Copy l, HOHESTflKE HIN.KV., TOROKTO, ON1.

2. HOHESTAKE M1N.5EV..C/0 niH-EN LABS.

He hereby certify t he following Geochemical Analysis of 30 ROCK samples submitted OCT-01-89 by J.PIRIE.

SampleNumber

SL28361SL28362SL28363SL28364SL2836S

SL28366SL28367SL2B368SL28369SL28370

SL2B371SL2S372SL28373SL28374SL28373

SL28376SL28501SL28502SL28503SL28504

SL28505SL28506SL28507SL28508SL28509

SL28510SL28511SL28512SL285.13SL28514

AU-F1REPPB

326224

26

22157584

53263

273

302

21289545 r*2 "

3

1755552

230

Certified

~EN LABORATORIES

EN LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS - AS.'-;AVERS . ANAlJt'STS *

VANCOUVER OFFICE:70S WEST 15TH STREET NORTH VANCOUVER. B.C. CANADA V7M 1T2 TELEPHONE (604) 980-5814 OR (604) 688-4524 TELEX: VIA U.S.A 7601067 . FAX (604) 980-9621

TIMMINS OFFICE:33 EAST IROQUOIS ROAD P.O. BOX 887TIMMINS. ONTARIO CANADA P4N 707TELEPHONE: (70S) 264-9996

9B-0221-RG2

Company: HOMESTAKE MIN.DEV.CO.Project: 5714 SLAttm J.PIRIE

Date: OCT-03-89Copy i. HQMESTAKE N1N.DEV,, TORONTO, OHT.

2. HONESTAKE NIN,DEV.,C;0 lf!N-EN LABS,

He hereby certify the following Geochemical Analysis of 30 ROCK samples submitted OCT-01-89 by J,PIRIE.

SampleNumber

SL28515SL28516SL28517SL28518SL28319

SL23520SL2854BSL28549SL2B5i2SL28563

SL285645L2S565SL28566SL28567SL28568

SL285S9SL2B570SL28571SL28572SL28573

SL29725SL29726SL29727SL29761SL29762

SL29763SL29764SL29765SL29766SL29767

AU-F1REPPB

172715221* 0

229

660 '5118

402

555 ;705 ,97 "

148914

15712

94868 -

922

214

102452

Certified by

MINDEN LABORATORIES

ITT yVIlN *EN LABORATORIES

•3Pf!CIALlSTS IN MINERAL ENVIRONMENTSClIGMISTS ' ASSAV GRS - ANALYSTG .

VANCOUVER OFFICE:T05 WEST 16TH STREETNORTH VANCOUVER, B.C. CANADA V/M 1T2TELEPHONE (604) 930-6614 OR (604) 933-4524TELEX: VIA O.S.A. 7601067 * FAX (604) 930-9621

TIMMINS OFFICE:33 EAST IROQUOIS ROAD P.O BOX 837TIMMINS. ONTARIO CANADA P4N 707TELEPHONE: (7051

r 9B-0222-RA1

Company! HOMESTAKE MIN.DEV.CO..•;t s 5714 SL

-in ...i s J.PIRIECopy 1.

2.

Date; OCT- 04 -8S HOMESTftKE HIN.DEV.CO., TSRUS1C, -,; HOHESTftKE fIJOEV.CQ,, C/3 M! •n'; -,?3.

hereby t4?rti:fy the following Assay of 30 ROCK samples hMd SEP-29-89 by D. MCIVOR.

ftU G/TQNNE

AU02 /TON

* .18 -005r. ' .15 .004WrL . .. - .13 ,OCCWF- " L ' * 13.32 .38Ûô,-:- .20 ,006

WR2853' ' 1.79 .052\ WR2P1- - 7.30 .213

• ; 2S: . 4.69 ,137. '2850U- 5.49 .160UR28539- 4.23 .123

WR18i40' 21.45 .626WRi854i- 1.01 .029WR285-" ' .74 .022WS2g 4 6.92 .202WR28b44' 4,81 .140

WR28545 ' .22 006WR78546- ' ?.57 .075Wf'."23247 . .12 .004WK3327? J :.09 .090WR33273 ' 7.60- .222

WR33274 . -21 - .006WR33275* 1.64 .048WR33276 ' .17 .005WR3327"* 2.74 .080WK3327B * 2.26 .066

WR33279. 4.42 .129yP332BO . 5.13 .150WK332&1 * 11.11 ,324WR33282 - ".18 .093

^ * 26 066

Certified by

MIN' EN LABORATORIES J

lil

aasa)

LABORATORIES

SPECIALISTS IN MIKi AL ENVIRONMENTSCHEMISTS . AfiSAYtH;." ANALYSTS '

VANCOUVER OFFICE:705 WEST 15TH STREET NOftTH VANCOUVER, B.C. CANADA V7M 1T2 TELEPHONE (604) 980-5814 OR (604) 988-4524 TELEX: VIA USA 760106? * FAX (604) 980-9621

TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX 8G7TIMMINS, ONTARIO CANADA P4N 707TELEPHONE: ( 7Q&) 26

t: J f J 12*31 9B-0222-RA2

Company ; HOMES-TAKE- WIN ,DEV .CO.Project: S714 SLAttn: J.PIRIE

Date: OCT-04-83Copy 1. NDflESTAKE HIN.DEV.CO., TORONTO. W.

2. HOMESTAKE HJN.DEV.CO., C/0 Mi: : , ; ;;.

V^ herc-by certify t he following Assay of 16 ROCK samples •submitted SEP-29-89 by D.MCIVOR,

WR33299 .

AU GXTONNE

AU DZ "ON

Wh, j:cKi *WR332B6 ,WR33287 .WR33288 .

WRS3289 -WR33290 -WR33291 -WR33292 -KIK.J3293 - .

KR33294 'WR33295-WR3321'1 '. 'WR33297 'WR33298 -

, /y3. LO

. ^.'5'.41

.26: . 353.90.51

1.31

2.645.691.422.914.85

* 'w'** w*

.102

.007

. 099

.008

.093

.114

.015

.038

.077

.166

.041

.085

.141

14.58 .425

Certified by.f/

MIN"EN LABORATORIES

r w m m m w

• EN LABORATORIES

SPECIALISTS IN MINERAL EMVIRONMENTSCHEMISTS . ASSAY^PS ' ANALYSTS '

7C'SWFST 15TH STREET NORTH VANCOUVER B.C. CANADA V7M 1T2 TELEPHONE (604) 960-5814 OR (604) 063-4524 TELEX: VIA USA 760106? * FAX (604) 980-9C21

TIMMINS OFFICE:3? EAST IROQUOIS ROADP.O. BOX 887TIMMINS. ONTARIO CANADA P4N 7G7TELEPHONE: (70S) 264-9996

9B-0240-RG1

Company; HOMESTAKE MIN.DEV.CO.Projatftj SAGANAGA LAKEAttn: J.PIRIE

Date: OCT-14-89 Copy 1. HOHESTAKE MIN.SEV.CO., TORONTO, ONT,

2. HDKESTAKE HIK.DEV.CO,, C/0 HIN-EN LABS,

He hereby certify the following Geochemical Analysis of 30 ROCK submitted OCT-08-39 by D.MCIVOR.

SampleNumber

SL2B377SL28378SL28379SL26380SL28381

SL28382SL29333SL283S4SL2838SSL28386

5123387SL2S3B8SL28389SL2B390SL23391

5L28392SL23393SL28394SL28395SL28396

SL23397SL2839SSL28399SL28400SL2B401

SL28402SL2B403SL28404SL28405SL28450

AU-FIREPPB

32241

61

211934

28IS129

20

324

3731

"7 \,'

2382

22

1894!5

Certified by

J-^NMIN-EN LABORATORIES

O C T -14-89 S HI T 15:44 6S4 980 9621 P. 02

SPECIALISTS IN MINERAL ENVIRONMENTS' ANALYSTS *

TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX SC7TIMVINS, ONTARIO CANADA PIN 707TELEPHONE: (705) S64-9096

" .1*7 e* /y j 0*5? l C s* "t- i f Jt o # t; e- 9B-0240-RG2

Company: HOMESTAKE MIN.DEV.CO.Project: SAGANAGA LAKEAttn: J.PIRIE

Date: OCT-14-89Copy l, HOHESTAKE MIK.DEV.CO., TORONTO, OUT.

2, HOHESTAKE M1OEV.CO., C/0 MIN-EN LABS.

He hereby certify the following Geochemical Analysis of 30 ROCK samples submitted OCT-08-89 by D.MCIVOR,

SampleNumber

SL28451SL2S452SL23453SL.2S454SL28455

SL2S456SL2B457SL28458SL23459SL26460

BL28461SL2B462SL28463SL28464SL28465

SL28466SL28467SL28468SL23469SL.2B470

SL28471SL2B472SL2B473SL28474SL2B47S

SL28476SL28477SL28473SL28479SL264QO

AU-F1REPPB

31322

61

2425Bl

64533

873110f,jt

22

12426i

f V

450./•vi.

12

MIN-TN LABORATORIES

OC T-l 4-8 9 SAT 15:44 604 988 9621 P. 03

'^ '* ** ' f y /

EN LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS - ASSAVERS - ANALYSTS * GSOCHtMlSTg

70S WEST 1STH STREET NORTH VANCOUVER, B C. CANADA V7M 1T2 TELEPHONE (60d) eeo-6814 OR (.604) 988-4524 TELEX: VIA U .S A. 7601067 . FAX (604) 980-9621

TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX SS7TIMMINS, ONTARIO CANADA ?MN 707TELEPHONE: (705) 264-3956

-nt i. ere?/ P)r*,st Z vf 2. 9B-0240-RG3

Company? HOMESTAKE MIN.DEV.CO.Project} SAGANAGA LAKEAttn: 0.PIRIE

Date: OC1-14-89 Copy 1. HOME3TAKE HiOEV.CO,, TORONTO, DNT.

2. HQ.1ESTAKE HIOEV.CO., C/0 N3N-EN LABS.

We hereby certify the following Geochemical Analysis of 30 ROCK samples submitted OCT-08-89 by D.MCIVOR.

SampleNumber

SL28431SL28432SL28483SL28484SL2S4B5

SL28486SL284S7SL28488SL284S9SL28490

SL28491SL28492SL28493SL28494SL28495

SL2B496SL23497SL28521SL28522SL28523

SL28524SL28525SL29728SL29788SL29789

SL29790SL29791SL29792SL29793SL29794

AU-FIREPPB

2332

179011

1341243

71221

435

453

24

7374

82l6

465

Certified by.

MINDEN LABORATORIES

GCT-14-89 SAT 15:45 604 9S0 9621 P. 94

LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS - A.NALVST3 *

TELEX: VIA USA. 7601067 * FAX (6O4 l 9W)-S621

TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O. BOX Bfi7TIMMINS. ONTARIO CANADA P4N 707TELEPHONE: (70S) 2fc4-999B

f X 9B-0255-RG1

Date: OCT-24-89 Copy 1. H.K.D.C., TORONTO, OKI.

2. H.rU.C,, C/0 BIN-EN LABS.

hereby certify t he following Geochemical Analysis of 30 ROCK samples submitted OCT-20-89 by D.MCIVOR.

Company: H.M,D,C.Project; 5714 SLAttm J.PIRIE

SampleNumber

SL2S406SL28407SL28408SL28409SL28410

SL28411SL28412SL28413SL28414SL28415

SL28416"SL28417SL28418SL28631SL28632

SL2B633SL28634SL2863SSL2B636BL28637

SL28638SL28639SL28640SL2S641SL28642

SL28643SL29729SL29730SL29731SL29732

AD-FIREPPB

736176674

6076872149

239111

11135

215

20212

970116

611

2786

265

by.

SPECIALISTS IN MINERAL ENVIRONMENTS

TIMMINS OFFICL33 EAST IROQUOIS ROAD P.O. BOX, SS7TIMMINS, ONTARIO CANADA P*IN 767

O'tf^fbf^^

Company jProject jAttn:

We herebysubmitted

SampleNumber

SL29733SL29734SL29735SL29736SL29737

SL29738SL29739SL29740SL29741SL29742

SL29743SL29744SL2974SSL29746SL29747

SL29748SL29749SL297SOSL29795SL29796

SL29797SL29798SL29799SL29800SL29B01

SL29B02SL29803SL29804SL29805SL29806

i. ne ""O (C* * nov-**-' tn-j - *WM.I wv - "fcs^w w -"" -^ ^ CLCrMUNC. \ i\Jv] ftjA--svyv

pjBcr^cr*spJf f)iv*al vs* * Ce^/^^2" f J O ***;^ 9B-025S-RG2

H. M. D, C, Dates OCT-24-893714 SL Copy 1, H.H.D.C., TORONTO, ONT,J. PIRIE 2. H.M.D.C., C/0 XIN-CN LABS,

certify the following Geochemical Analysis of 30 ROCK samplesOCT-20-89 by D, MCIVOR.

ftU-FIREPPB

5404690

9940

1620

2500830108690

20

7454

22558

76

368

12321

372

8838

456976

2162

Certified

MIN-EN LABORATORIES

OCT-24-89 T U E 12:00 604 980 9621 P. 06

EN LABORATORIES

SPECIALISTS IN MINERAL ENVIRONMENTSCHl-MlSTS - ASOYEH8 ' AMAI.YSTS -

70S WEST IftTH STREET ~~NORTH VANCOUVER. BC CANADA V7M 1T2 TELEPHONE 1604) 9SO-5314 OR 1604) S38-4524TELCX VIA u.sA reoioer - FAX i' TIMMINS OFFICE:33 EAST IROQUOIS ROADP.O BOX 667T1MV.INS, ONTARIO CANADA P4N 7G7TELEPHONE: t70S) 264-3986

j?y 9B-0255-RG3

Date: OCT-23-89 Copy 1. 0,0.C., TORONTO, OUT.

2. H.R.D.C., C/0 HIN-EN LABS.

hereby certify the following Geochemical Analysis of 6 ROCK samples submitted OCT-20-89 by D.MCIVOR.

Company t H.M.D.C.Pro5eot t 5714 St,Attnj J.PIRIE

Sample Number

AU-FIRE PPB

SL29807 SL29808 SL29809 SL29810 SL29811

1292l

SL29812 50

*^- St 3EN LABORATORIES

O C T - 2 4 - 8 9 T LI E 12 : 0 O O id Q '5 fi Q (T O 1

EN LABORATORIES ' *

SPECIALISTS IN MINERAL ENVIRONMENTSCHEMISTS. ASSAVEKS' A'-ALYST; i

RTH VANCOUVER. -,.-————. TCLEPHONr lOOrt) 98O-S814 OR (OOa) 668-152* TELEX: VIA U.SA 7001007 t FAX (OOil 060-90? 1

TIMMINS OFFICE:3-3 EAST IROQUOIS ROADP.O. BOX 867TIMMINS, ONTARIO CANADA P-4N 7G7TELEPHONE. (706) 2W-

9B-0255-RA1

Company: H,M,B.C.Project: 5714 SLAttns J.PIRIE

hmreby certify the following submitted OCT-20-89 by D.MCIVOR.

Vfel*

Dates OCT-24-89 Copy 1. H, H J. C,, TORONTO, ON T.

2. H.O.C., C/O NIN-EN LABS.

of 3 ROCK samples

Sample Number

AU AU 6/TONNE OZ/TON

SL29734 SL29737 BL29738

4.811.692.60

.140.049.076

Certified by.

MIN-EN LABORATORIES

OCT-24-89 T LI E 12:01 684 980 9621 P. 98

52B87sweeiei 2.13321 SAGANAGONS LAKE

Ontario900

Ministry ofNorthern Developmentand Mines

Ministere du D6veloppement du Nord et des Mines

June 28, 1990

Mining Lands Section 880 Bay Street, 3rd Floor Toronto, Ontario MSS 1Z8

Tel: (416) 965-4888

Your File: W9004.161 Our File: 2.13221

Mining ReorderMinistry of Northern Development ft Mines435 James Street SouthP. O. Box 5000THUNDER BAY, OntarioP7C 5G6

Dear Sir:

Re: Notice of Intent dated May 29, 1990 for a Geological Survey submitted on Mining Claims TB 1019422 et al in Saganagons Lake Area.

The assessment work credits, as listed with the above mentioned Notice of Intent, have been approved as of the above date.

Please inform the recorded holder of these mining claims and so indicate on your records.

Yours sincepely,

W. R. CowanProvincial Manager, Mining LandsMines S Minerals Division

S:zm d:

cc: Mr. W. D. TiernanMining S Lands Cormussioner Toronto, Ontario

Homestake Mineral Development TIMMINS, Ontario

Resident Geologist THUNDER BAY, Ontario


Technical Assessment Work Credits

Dal*

May 29, 1990

File

2.13221Mining FUcordert Report of Work No.

W9004-161

Recorded Holder

Homestake Mineral Development CompanyTownship or Area

Saganagons Lake AreaType of survey md number of

Assessment days credit per claimGeophysical

Other rtayi

Section 77 (19) See "Mining Claims Assessed" column

Geological 40 day.

Geochemical rfayt

Man days Q Airborne (~1

Special provision Q Ground D

Q Credits have been reduced because of partial coverage of claims.

O Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claim* Assessed

TB 1019425 1019428 to 1066361 1066370 1066430 1078585 1078590 to 1078601 - 1078604 - 1078612 to 1078617 to

439 incl.

599 incl. 602 605

615 incl. 620 incl.

Special credits under tection 77 (16) for the following mining claims

30 days geological - TB 1019424,1019426,1078600,1078611,1078616 20 days geological - TB 1019427,1066360,1078586 10 days geological - TB 1019422,1019440,1078603,1078622

No credits have been allowed for the following mining claims

Q; not sufficiently covered by the survey | | insufficient technical data filed

TB 1019423

The Mining Recorder may reduce the above credits if necessary in order that t he total number of approved assessment d ays recorded on each claim does not exceed (he maximum allowed as follows: Geophysics! - 8O; Gcot&gocal - 40; Geochemical - 4O; Section 77(19) - CO.

' Ministry of Northern Development at\d

Ontario v

( •' Wl

DOCUMENT No. W9004*

t Report of Work ^ . n rig Act (Expenditures, Subsecti0tl 77(j19)V s* S

-.......--•- —- —— -- — ---- -—— —---———— ^-*— i ^ J l—~- f -

__ rf t fllti 6- Ptease type or print.- Refer to Subsection 77(19), the Mining Act for assessment work

requirements and maximum credits allowed under this Subsection.- Technical Reports, maps and proof of expenditures in duplicate

should be submitted to Mining Lands Section, Mineral Development and Lands Branch,

rype of Work Performed Mining Division Township or Area

AREAorded Holder

MiME.ft\u "Dg-WE.lcffME.iqrProspector's Licence No.

•(dress

Box 290, . C?N|TAÔ,Telephone No.

rk Performed By

ne and Address of Author (of Submission) Date When Work wai PerformedFrom:

Day l Mo l Yr.

To: |2 lo 6*1

Day l Mo. | Yr.

the work was performed on Mining Claim(s): jicate no. of days performed on each claim, ee Note No. 1 on reverse side

Mining Claim No. of Days Mining Claim NO. of Days Mining Claim No. of Days Mining Claim No. of Days

ng Claim No. of Days Mining Claim No. ol Days Mining Claim No. of Days Mining Claim No. of Days Mining Claim No. of Days Mining Claim No. of Days

•mg Claim No. ol Days Mining Claim No of Days Mining Claim No. ol Days Mining Claim No. of Days Mining Claim No. of Days Mining Claim No. of Days

iistructionsotal days credits may be distributed at claim lOlder's choice. Enter number of days credits per ;laim in the expenditure days credit column below)._______^___________^___

Calculation of Expenditure Days Credits Total Expenditures______

Total Days Credits

Total Number of Mining Claims Covered by this Report of Work

.ing Claims (List in numerical sequence). If space is insufficient, attach schedules with required informationMining Claim

Prefix

;B•i-

It

"

', '

It

li

Number

101^42.6

\0\ e\420(io\ e\4Ô(01^433,lo 1 *14-34-

lt?^435le?i^436loi^ 4^7*

Expend. Days Cr.

Qo2.02.02.02o2.0Zo2jo

Mining ClaimPrefix

rgu

otal Number of Days Performed

Number

^ f l ^ 4 ©I066B6I

Expend. Days Cr.

20Z?

Mining ClaimPrefix Number

.4,

i ONTARIO or.-O

———— Mr

' (' fJg

Total Number of Days Claimed

2*?

Expend. Days Cr.

-OSiCAl.'•:.'K"f r

' * C

^ffl

. 1 V l:

Mining ClaimPrefix Number

S IJ fi VE Y II

l

fl ———— ' ———(J

D

Expend. Days Cr.

Total Number of Days to be Claimed at a Future Date

silification of Beneficial Interest "See Note No. 2 on reverse sidehereby certify that, at the time the work was performed, the claims covered in this report

jf work were recorded in the current recorded holder's name or held under a beneficial interest jy the current recorded holder.

Date rded Holder or AgenRecorded Ho

^ *^

(Sbnature)

silification Verifying Report of Workhereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexed hereto, having performed the work or witnessed same ring and/or after its completion and the annexed report is true.

ame and Address of Person Certifying

r Office Use Only

/.HJS SECT.'ON

CLAIM NO.


ASSAYING - MANDAY CALCULATIONS

SAMPLE NUMBERS NO. SAMPLES MAN DAYS

101J413loism101941910194201019421101942210194241019425101942610194271019429101943010194351019436

1019(3?

101943810(6308106(30910(6341106635010663511066360

10663611066370

106(421106642710679011067902107858210785831078585107S586107858910785921078594307859610785991078600107860210786041078612107861510786K10786171078(181078628

29807 29808 29809 298102979929798297(4 297(5297(333256 33257 3325833268 3326933255 33256 3325929786 29787 29797297(6 297(7 29768 29769 297853326233260 332(12971929695 29696 29716 29717 29718 29720 29721 29722 297232972429(97 29698 29699 29700 29701 29702 29703 29704 2970529706 29707 29708 29709 29710 29711 29712 29713 2971429715 29729 29730 29731 29732 29733 29734 29735 2973629737 29738 29739 29740 29741 29742 29743 29744 3326333264 33265 33266 33267332702847528470 28471 28472 2847329796297952849429770 29771 29772 29773 29774 29775 29776 29777 2980029801 29802 29803 29804 29805 2980( 2981229692 29694 29725 2972628631 28632 28(33 28634 28635 28(36 28(37 28638 2863928640 28641 28(42 28643 29728 29746 2974? 29748 297492841128400284(7 28468 284692849829791 29792 2979329779 29780 29781 29782 29783 29784 29788 2978929(89 29690 29691 296932977828409 28410 28412 28413 25751 2975229(88 2969129686 29(87297532972? 2976229760 2976128365 28366 2836? 2975928361 28362 2836328351 2835828352 283542835328355 28356 28357 28358 283592836428556

4112132335121

10

40114111

164

18113138416221I243221511

2.73.68.(8

1.37.(8

2.051.372.052.053.42.68

1.37

6.83

27.33.68.68

2.73.68.68.68

10.932.73

12.30.68.(8

2.05.68

2.055.472.73.68

4.101.371.3?.68

1.371.372.732.051.37LSI.68

3.42.(t.68

1071630 mtl i .es1078633x^*28557 28558 28559 28560 4 2.T31078635 ( W28555 l .68107^3" 33118 33119 28550 3 2.051071(38 33116 l .(81078639 28553 33107 33108 3 2.051078640 33107 28554 l .681078646 33105 l .681078(47 33105 33106 33109 3 2.051078(48 28552 33115 2 1.371078649 33113 33114 33117 33120 4 2.731078650 28551 l .681078652 33101 33102 33103 33112 4 2.731078(53 28526 l .6!1078654 28529 l .681078655 28528 l .681078659 33104 33110 33111 3 2.051078671 28489 28490 28491 28492 28493 28495 t 4.101078(72 2847( 28478 28479 28482 2849( 28497 6 4.101080103 29811 l .681081795 29755 29756 29767 3 2.05108179( 28371 28372 28373 2837( 28377 28378 28379 28380 28381

28382 28383 28384 28385 2!38( 28387 28388 28389 2839028391 28392 28393 28394 28395 2839( 28397 28398 2839928450 28451 28452 28453 28454 28455 28456 28457 28(5828459 28460 28461 284(4 284(5 2846628501 28502 28503 28504 28505 28506 28507 28508 2850928510 28511 28512 28513 28514 28515 28516 28517 2851828519 28520 28521 28522 28523 28524 28525 2854933170 33171 70 47.83

1081797 28494 l .68

TOTALS 304 207

CO

oro

co. ô '^

ro

l l l l l l l l l l l l l l

l l

Ontario


2.13221

Geophysical-Geological-Geochemical Technical Data Statement

File.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

Type of Survey(s) ,

Township or Area

Claim Holder(s)

A&t-A.

Survey Company i\oM EfefAt

Author of Report

tAddress of Author 0^

Covering Dates of Survey

Total Miles of Line Cut

O\(linecutting to office)

4, 2LS Kll

l?

S

SPECIAL PROVISIONS CREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.

ENTER 20 days for each additional survey using same grid.

Geophysical~ Electromagnetic.

DAYS per claim

-Radiometric-Other ———Geological.

Geochemical.

4o

AIRBORNE CREDITS (Special provision credits do not apply to airborne turveyi)

Magnetometer. .Electromagnetic. . Radiometric(enter days per claim)

HATF.; APglu 01, l^rlo SIGNATURE:AiTtnor of Report or Agent

Res. Geol.. .Qualifications.

Previous Surveys File No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

(prefix) (number)

.s

TOTAL CLAIMS.

837 (85112)

GEOPHYSICAL TECHNICAL DATA

G-HQVJ^P ?i!HYJ'!yjL" ^ more than one survey, specify data for each type of survey

INDUCED POLARIZATION

PFSTSTTVTTY GRAVITY ELECTROMAGNETIC MAGNETIC

Number of Stations . Number of Readings

Station interval Line sparing

Profile srale

Contour interval

Instrument

Arrnrary — Srale constant

Diurnal correction method

Base Station rherk-in interval (hours)

Rase Station loration and value

Instrument

Coil configuration .

Coil separation .

Arrnrary

Method: C! Fixed transmitter Q Shoot back O I n lineFrequency

(specify V.L.F. station)

Parameters measured

Instrument

Srale ronstant

Corrections made

Base station value and location

Elevation accuracy

Instrument

Method D Time Domain D Frequency Domain

Parameters — On time Frequency-Off time Range.,,

— TVlay time

, — Integration time

Power

Electrode array. ,. ,.,

Electrode spacing ———————————————————————————————————————————————

Type of electrode

1

1

1B

1

1d Parallel line

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 I

\SK], F POTENTIALInstrument

Survey Method ..

Corrertions marie

RA1)]OMKTR1G

Instrument

Values measured

Rnerpy winrlows (levels)

Heiaht nf instrumentO

Size of detector

Overburden

Range

Background Count

(type, depth - include outcrop map)

OTHERS (SEISMIC, DRILL WELL LOGGING ETC.)

Type of survey

Instrument

Arrurary.

Parameters measurer!

Additional information (for understanding results)

AIRBORNE SIIRVEYS

Type of survey(s)Instrument(s) . —

(specify for each Arrurary

(specify for each Airrraft used

Sensor altitude. .Navipatinn and flight path rernvery method

Airrraft altiturle

Miles flown over total area

type of survey)

type of survey)

Line Sparing

Over rlaims only

GEOCHEMICAL SURVEY -

Numbers of claims from which samples taken

Total Niimher of Samples

Type of Sample(Nature of Material)

Average Sample Weight,O I O

Method of Collection

Soil Horizon SampledHorizon DevelopmentSample Depth

Terrain

Drainage DevelopmentEstimated Range of Overridden Thirkness

SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)

Mesh size of fraction used for analysis

General.

PROCEDURE RECORD jf

ANALYTICAL METHODSValues expressed in: per cent C~l

p. p. m. CD p. p. b. D

Cu, Pb, Zn, Ni, Co, Ag, Mo, As.-(circle)

Others,

Field Analysis (. tests)

Extraction Method

Analytical Method

Reagents Used.

Field Laboratory AnalysisNo. ( tests)

Extraction Method

Analytical Method^

Reagents Used

Commercial Lahoratory ( tests)

Name of Lahoratory

Evtraction Method

Analytical Method

Reagents Used

General

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1


MINING CLAIMS TRAVERSED

(ALL CLAIMS HAVE "TB" PREFIX)

101942210194231019424101942510194261019427101942810194291019430101943110194321019433101943410194351019436101943710194381019439101944010663601066361106637010664281066430107858510785861078590107859110785921078593107859410785951078596107859710785981078599107860010786011078602107860310786041078605


10786111078612107861310786141078615107861610786171078618107861910786201078622

TOTAL: 53 CLAIMS

oo.cjn? OAOq;; oq') }f oiii ]..)f? j i(i.i.)

os*?.') LI.! ' suo t ').v3ono /î.n? OAHI( no^ pi'noqs j.uq ' i: o o/o ut *A[^.(O'(':i uo ['i P;) c f c IQU ."JAfo.oo.i [Lf'A noA ut()i{;A mo,(f

{.L "E .-top IO:J.^[ fil.tlUCH ':"D r[)-l:rt P':'lif -{-t()rt IIJ ':: 'l- •n^(rl'-^l

ion jo sMu? oî^?1! suofit?it(?fif?^; oi{ \ ut. sm c f? i'o ID (In o.t fi K1 uo 'jo Jit'} t pu odx rt [ t?;) t }A [ f?u t-? put? fin [(1(lt-?i.u i i?o t fio [oofi [o ':t(ir::.j,( oq -\ fiu 17. t .ion.ii.iin:; '.-r), ôdo .t ' o').^,) i i.'^'U' ul- ' uoso [:)U-:' pu t j -*ss?Oi;,i

,( t v?N^N ' Mo c 11,i ut c c ' 'J. JO f) b t 'fi t M'lv

OX L -::;'iH ' o i: x i? }U() ' c i \n.o .f. o.ij

.(oo f.i[ p-f p I,L '' MJ '^r:'U U'.iii

UO t |OO;:,' ':IpU C" [ fill pi [ :.|

'Yrt't -L') c -(.'iOA : XV. -Ioirjo -//K -so/, "ii'i.fj

9 M/, •Mt'.J OIMVJ.MO 'iJ

ON urn mi M^NTHOU(3 G ^ X OH 'O1 d

•(J,!,1 1 '00 .(.Nl'lHdO'U'IM'KI 'IVMMNLW i'OiV.Lb'

NOI101S SHNV1 9N1Mm oo M'i'1-1

Powell Lake- G-5499I?00'

48 0 22'30'^—. i——.

jrHl

'~ ~ ~*"~ ~ ~i ~~ -* — — -"~~~ ~~ ~

—— ?i \ \II3B327 i l V^ — - l- --- - -r- J

_---L.,.

1 i 'i *, x' ra ! TB/ JJ/TB)

, . . \. 'J ^ l''"

Sogonagon -^ww* TXX X Vi KWJBi^flOSJB

' 7 . , . . - , l—— -^•n -— —

- ." 'iv-'O1 --,""'00 - 0 ~ "-^ { "--v-j

10786'5 A ^06(002 j 1076626 ~-

•----1- —. -.^l- -..Â,,, 'V '""y l'" //^V/ i^ */ /o :sy, V^1019420 l 1019421 l lOigâX^S T \

IB ~ Ne 71 IB"/ ^ '/?-T, v*y ^,o,'i(?6 ' y JL^f- ; '"-c^•Y^^**^'^4^'l*^^^-*™JpH^4J*^*MtSl8.:^ 7 ',.,,^ -^TfTB/- TB y T8 .

107*687 ( I078MJ |078S*4 l J y*---— ------r— —--to 87

8887. 'iOM*.*, I.. Ci y .08^

' "l l *^ ' ^ J 1078^9^ 1078698 | 1078694

GROUD

l 10784*7 I078S*8 J I078S99

\J \ - l 107*6 107*001 Ll078tOO

.; 10786221 I07862/ i .o/RlS

460 22'30'

b k

200 Granite Lake

d)^CO

-C O)V-OE

AP1A1 WITHDRAWN f ROM

S R — SURFACE r;ionTS lv4 M VININC KIO

Orom l*o O*t* u*,H t4.tr. ^ l^,

-41/7. 91/8/79 8M4Mk (18

Flooding

03

S ?" S f l00 ^ 0 r! o m J

13 c? g? '

Flooding rights rdstrved to contour 8^ 1437 on lands bordering on .Saganaga Lafca.

HIGHWAY Ai'fj

r-Ali

l OT.UNSUH . t î l D t iNtS

LOT LINE., PARCEL BOUND A- t MINING Ci AIMS s"

- ' c, PAftCfcl.S

NON Pt RtNMlAi. Si "- AM '

FLOODING OR FLOODING KiGHTt

SUBDIVISION ORcOMPobirt PLANRFSER'. A-'

ORIGINAL

MARSH OR MuSKfcG

MINESTRAVf B'l MONUMfcM

DISPOSITION OF CROWN LANDS

IYPI.Q F DOCUMENTPATENT SURFACE 8. M INING RIGHTS

SURFACE RIGHTS ONL,YMINING RlGHTSONLY ..

LEASE SURFACE S MINING RlGHTb

SURFACE RlGHTSONLY ... ..

MINING RIGHTS ONtY.-^.v ..

LICENCE OF OCCUPATION .........

ORDER-IN COUNCIL .... . ....,. . ,\

RESERVATION . ..

CANCELLED .,,.,.,.. .

SAND S GRAVEL . ^.... ... ....

SYMBOL

(6 (f)

NOTE MINING HIONTS IN PARCELS PATENTtD PMtpf TO MAY 61913 VESTED i* ORIGINAL PA TEM tt ev-Tnf PUBUICLANDS ACT US O 1970 CMAP 300 SEC *3 SUBSEC l

SCALE l INCH * 40 CHAINS

C u oo JOoC 4OOO 6000

o ?ooTHt ^

1000 ' l K.MI

2000 (2 KM l

AREA

SAGANAGONS | LAKE

M N R ADMINISTRATIVE DISTRICT

ATIKOKAN/THUNDER BAY jMINING DIVISION - [

THUNDER BAY !LAND TITLES/ REGISTRY DIVISION . ;

RAINY RIVER/THUNDER BAY. . -i

Mir.istryofNatural

ResourcesÔntario

Di'.DECEMBER. 1981

H ymb(r

G-555 j

l

t

O MO

METR&S f l

HOMESTAKE

MINERAL DEVELOPMENT COMPANY


SOUTH BLOCK

CLAIM LOCATION OVERLAY

FOR AIRBORNE GEOPHYSICAL MAPS

DRAWN DATE

REVISED

FILE CODE

52B/7 MAP70F7

2.13221

52M7SMMI Z 13221 SAGANAGONS LAKE 210

62B47SW994I 2.13221 SAQANAQONS LAKE 220

O lOA fe. *o tooHIT MS|: IO.OOO

to IM*

HOMESTAKE N O M * t li

MINERAL DEVELOPMENT COMPANYSAGANAGA LAKE PROPERTY

NORTH BLOCK

CLAIMS LOCATION OVERLAY

FOR AIRBORNE GEOPHYSICAL MAPS

DRAWN DATE

REVISED

FILE CODE

52B/7 MAP 50F6

2.13m

....V,./*. *-\t -* I.r.. XT- 'c J... l

^•*"^^— prom rroc 5ti;.somt cjr\ scoit^~f Vrttori ilw dioi

*..-..*-\ xn~ ,.- j** **K-ci^\. t-*i' li.1*!, t.* '.* li. re-e... k

•A ^Pi" also aVonq WtQ*, coorsfcCViUtc, -- -~ f. t^c*

frtir, Ok sr.a .'Or ^Crf* vrv .c~a\Mi fr\(W

Cf'-: tC*r* v?i

*lt* - AUUV.11C * v .*W . . ... l.l'l., 10-"**''- 1 T , *^V\ xi.-1-fc 4.ttp*. 4V *v, i o e

.! ti" iiil^c y t^rr- ir. j J<lr 'r 1' f -~ ' fry*v- '

f *r crri 9o-Ô-w*! vlÔ

- C-.*.fi T t* - *.— ^ ^.^ —••/•-X*C***. k-H*t *iirvL***., X*-•' "

jvjj aafc .tr Py 4 i"3 in ^*aU rock 5fi

TflLC -**u - -A Rfci~ ^ . ~.^ -*^. . - . c v*\ v~.vwx-^ i* x 4 4 i-*i.~.-)2*i.W4. ,-fcT. -i*lt.-'i, 4*7-

,^. ,l II i. *.iv, , *-- - f.* V' \ *"1 - , a -^JRKflk-UJ V&'

r.O*\-nnaii 7 XX

AX qru^ *3 eVotK, "mass t Vol. -V ^ SK rna.

fi l*!*? 2^*4ftTa. VX/* wWV

i îi4 - ' * —j ** *-*- *—^vv l**- S' *-^——, ^ r- V **O , 4 i.^. l~\îl^' Col- f*, - l-' *

mod **r fa/bcwi vi,Cub ?u

13 — \ ' ^r "V* -

ion (^5-401^ 207. IdiU.as^to'-ttJwlptao.tOlci,*.*. pKtn Coftrst to^-ftfnrrt. -^Vl.-^Vi. pcif .-fcr. —^-^-^^^—

^•troc st* ^(cri JO4t) w Somt SK A\or.i (f - i SiiCMSOn CrXK. au/" -^ ,

Irorrv ciâ. xc'rt na sir. ^tyit. (.oi*orr,a^"*)i

ciou i\.i vrvroâr -T. d.,as Cot/

^ a'. VuW1- w*icja.v* vmaivj.

r xft -,

TNT Cnae" u l^ *OOA andx y-| T c -s -V -.^ t^—,.,

" ^^ f \ c'^.T ' ** *" V * '

rvwt** 5*r Vale ^r. alt urt ma* .v

.v(. 9k -y.ii .r\obW.b5-*TnyNmmDand5 V r

s) rTOLC-Cm.SC.wis~ irn sort , COrt Oi

T,A A. li" A'C- 6 'i X ss qru m ea ne v'ts i.v)- Fj . H

\A\ ccx*'*! fo ma r R (crud. ''^ rai.prtd Ccxrc Ws\cmQ(tl 5-ir p AT

TALC cH*.o*iTe S-V*IST (.tx. *i - t** J.Xy

•rbBOO** oW ftrotToAu f0\ ~W 'iO*p W-TO*E ( roV-WiiX^Vz -Jnlte

C moo. Pt •Ja'A y ' W fWK Carb U

rixr*vii*- , jpnj f. Os I'ViomfcS \o 5 y. -,

Pot. D ViASftLT 4 ^ .y v , ——.

T f V .^^ *1" \i,fc'. v - 4. ,,' l*' '*J-G*6ft*0 fa ,*u.rHl* a r *.lo motSS nffn-

""iÛ. Cflne**ATt -GlafttTC

f -^^""""A Vas4 bW WnaVJjPV l CiiAoVirecc vcvUfS rJnV—-J

HOVIESTAKE l

C3 C'.fiif'1. POSTS (Locirrec ftJS'

DEVELOPMENT COMPANY

NORTH SHOWING AREA

GEOLOGY

2. 13831A PILLOWS UWITH ToP

(.VE.KTVCPL ,OtpO 5 10 IS iO

(.SO

(Y\erOVOV.CAN\CSZ. cLSlC. TO

2ft RvwOUTE.FILE CODE

! 2.13221 SAGANAGONS LAIC

l"7 ] ^KflfJuf Uwoif't ''f Nif

[/.f.J GM*'( f^t'i^ 7 fiLH

"l*

[lo

iloa]

N

O loo )oo 3oo

I'lO 000

HOMESTAKE c.,^,*., MINERAL DEVELOPMENT COMPANY

SAGANAGA LAKE PROPERTY NORTH BLOCK

RECONNAISSANCE GEOLOGICAL MAPPING

DRAWN

SJMDATE

NOV.89FILE CODE

52 B/7 MAP 4OF6

..—.... .1 ii**iii i H H i w i H iS2B07SW0M1 2.13221 SAGANAGONS LAKE

2/13881HOMESTAKE

N. MINERAL DE VELOPMElH, COMPANY

SAGANAGA LAKE

NORTH BLOCK

MAPPINfe

SEE MAP 1 OF 3 FOR LEGEND

Ng/yBxJtWt l

4fWW* WMMf*"

f 0-7*6 3}

LAKE aso

r

U

-fi-,.-.îd,

art v/e J-roJ (*w' be.*)

l:2000

. 13.881H o M wj i k i:HOMESTAKE



NORTH BLOCKSOUTH-WEST PORTION


DRAWNSJM

MAP 20F6DATE

NOV.80REVISED

FILE CODE

52 B/7 2 Of 3SEE MAP 1 of 3 FOR LEGEND

, ^ *d li W**. CITS ™

X

' e O J**

f ftMfUukltf iuu^ Fetart &JUJ

'** y—i*J "nfu /'*^,** J*'i t f fi*, )U "*

e"V' r^x/' '""'

'•u* 4,.

1'ieJ lexJ(. ricL . ^T 1 '* ,

(ippb)

m%1'OjTf. O,'~

Of 3

1 bf 3

r, ~ ^— — ^—— —v-^-w..u a-.uj.uj y^T\; *^t* tja J 7 J

u~^

a isaai SAGANAGONS LAKE 260

.

U-__^ JO^---. J*"

V_—' , - vft J - s

7 O 7^ 2

-4. (L,

/

"3 .

looc

•JleA-

a -.e. * ^ a '. f.

VK- 2 S-'

( 7.

/O 7 fl

*4' ,-T,M- r s-

a-.

-r—

JL

?*-*

\ /I.- *0'

-*--Url

/O? ^5" 7

*^ M* -*. *-^ ^ "Vo. * -^ r A. *-a v *t * ',

/

l t-, ^m/'i '* A *'*u- . - ^~l' ' e,"X*^*c '•" f

C* M -*4'

x;W)

o* w *"*-

O aJ'Vc. \ V

x

SXii. cs

To )ftre.k.Mi.bi*re.

Lfij f^

M*4(JeTlTE.

HOMESTAKE



NORTH BLOCKSOUTH-EAST PORTION


DRAWN SJM

DATE NOV.89

REVISED

FILE CODE

52 B/7 1 of 3

2.13221

S2B*7SVM*1 2.1322) SAGANAGONS LAKE 270

Q^^CT*

iX. *™ ^ ** *\ H* V*\Y—^ x ***—\C V**V*-s \^ l *Ci-\

M* l*tf ,l*/' F* -t*'*rx:v* w*r fKyK:* -r^T-t-y, ri**HMc* *f. " ip/

)4 101. ..Ji -. I\r.. v 2' ^***^ l *'-* Ti. - *y* ylfj t 1*/, r*. k**i, V t,i.

W Aki- V.V V*-\Ylt-* m kX , ky f.S- *-tS| ' -***'*l ***M. v w*H*l. v ** 'îr.''-\-*\. 7 ^ L^*^ ^" X4

/''vySA

7 .- ;

7 -- -

fASAlT- w* yn-*^ *i (. I.- i. **X. , w.^ —*.-v ,* ** X* 11- fJW4r* **l . tt ritx', T i.\. , lA-iv. i*;...( vi -r* \

ÎT"^-—— ' I\*H

) ~-4T"

b ^ . ***f V*4A . *i-i1-/. c. ft.,~4.(t 4 ci t.^n. '

fcppi

* oy*c/ ' /^K

•Af ALT X MB IAJAL1 -W* ••^•••* ^^ kOkk^.

* Y .WVi,'**' **vTiA. cX..* V-i-Vf

M* nirtn.il ' *SvA^ tt l

^ X J ' UL7ftA.Mkrii.- V-^xx^^--''\ , t^no^ W.^ i-/. ~.s7.. -riK

AwkAîz frnuftj A* 9*vvivki(U(40V vo. 4".* ,*I V'Vl * v .l* c*** U*V ) . l -/. v . 4 H .C.*.1-fO^. t.W ^. A. l. 'f \ .\t kV*^* ^-C*.~ il 4 ^.^4 . l-IV.v?jsrT u* ^-v-^ A a^b1

| l onttit

lift-T. wk *r* -4..

... . —— , M k* A rtu.(

W K. k.W\ - !.l U tt. U. ut* fvtf J-4.Y.

^^* w* t-\^

ll+OOs—

LU Oo

III IIIIXI II l*....... .. -.-^ .52B87sweaei 3.13221 SAGANAGONS LAKE 280

LECEA* l

FELSIC TO

6A.,) INTE RMCOlATf. it) Ft LSI C

l VIRUS W E.

5A, DIORITE TO

MA

TO INTtHA\EWAf t3 A RAS ALT TO

O

•t

iC

T.)

B D

G?Ci AIM PO-iT tUOCATF.D,

outcrop

R04.D/TRML

CHECK

91 R EI t. HE* P-VI.LOVJS

/fAULT

x/- SL 1B390

o ay S"o 75

HOMESTAKE


SAGANAGA LAKE PROPERTYLINES 2E TO 12E

GEOLOGY AND ROCK GEOCHEMISTRY

DRAWN b B

DATE

REVISED

FILE CODE

52.08/OV MAP10F7

2.13881

L .5Q/ -X /Z? ^ N,

f^^7*T\, i Q n*-"****-*** \ "V*U e Wtb* fuA for baMtt I'S faniiuM'*k ^rib^ -afttrv tabric an 1*5

PAnd pawon w*4 / Qfw on *IH. *.1?l

i / n llauit art

-i r 111* r*"C uMt w S-

* ml .'tt f b

.. H b 8ASAtr-6*t*aa O nt n Szt *endir * 90 V C u /rt '/ft .H

on fnctunl dirt qfU* fS'loWU CtU

ne bufnMle.DpinK4ftu) t JL''fi *llltDxlTColoU/ Dfnorf It ti.NJD-MML.T

^ brmwnrtk oAxw t!ft corto alw ,tift blut jrw** f li

ut. /run

C l*fc î Mnnj*(* Q Ht •* vvTK bMc of piltow bMiH

filial o eft t Ht

?i now BASALT contact /a 06'p(l|ow4 tUnjilt ^ 4*- — •inrUin^ \ fo Innaf atz

^ l y. ftntu*. t Mt *vni*ik

qU t CfllciU Kflktt \finiv^

1 ~-~(,ll /fc,

brsuni* tfvar. to Aoti *wm wfe e f*H MU* ftUf < lt* ** * 7

WMIT *U tlKiuw ^t*. V uatu \ O */. l -totalTc *t*tJi'M ^ \*/. 7 trul of euluM) efrM. to

tviA *^ ^ i**' cVi*rt*c. co^rttKl ^ Mn. *;t

fôlttnJ pillaut kluMi.5 T3bTtbl *f pure,

-Ifttriblut uy* /. Jon fflLOt. f fi tAte

rf t Clot*(Ok dlttnxk Hut f! M WMc' *"*i'

pule yiv. m^(*i*l injin* l " m Va im**lv i^ *vfe.J f ft *f-i~r.* < ** altrvi fr^tu

\ MI mnnic/ xtr 7ko S.ruw m

pok. grtrn UM u* ; ofum* y^ an fort- Tjr Rlloo* ro^t ft- 5*n m 4(a. /ruundcd

i* flu. ffz bkk* fi* pill** contorts (UliMM taxt). JU ft vufl^ ort*rt prtJonmndi ftiw **nc ik nw He lltinn* / Ht 9(*ii Alô olixM f

M orit VttO -f y/; 7*- ''WC? ptk arow-Jt- Uuc. rt* ^ "f LfM-drn. i K- -^J-^•ftutff/*/ fa w.****

WSftr*"y .*. l ^

contatf (M/ 200V- A*o fot-y bKit H to ew*Hflr -sf. f contact t!^**! aJt

(ft CMH*Hcr^ K JMni^/x v 1 ^\ c 2-f:

/ci- - .(WC MM L y l fourô. t|wu*lc4 **pt C -iiki irun tr,,, i^ft l

JLJfi. JM 3s,

ar^n triM Wi pic *-u^ "lo./f.

utm .f'

\" ' ^~\

•tK 1*i*ai— l ft MtM -~j/ 1* rat - /-J

rt

b~(r-p^t onw. jTMj H* 4 - - l fi. AltlAÎ XAoaK

m y *Mip en L-/4d-rlf *su* f M

i io7pfcc,~ -XMD

•P OKt. ~5t-\/If/

l dart. ar**x\ f/i

Se,. SB,, VA*AL.T- aâo

OtCdTt ^f ,ntn a i*4K ^ ^P-*

r^L^

v* x ** wAUO (UK. Mm a pen Hut tl~,. -rs VlMnt ,, arun fjr di-i fy contoM r*n^t

*UotaVl'.**-) ^ f y 1*1^*1

r4*1** *"* "~r)** ""l f *j*^b *

MM yun (tfl (p oMoT^ avc*Z*-

O/

l* btac jvun tt k*v~ frt b jr**n i* *W1c jno

lo (0k *mMwuc.

arca^ *TX( Wrt t " bwuw d Me/ 'blut

<HHe vUv- i-t ' au* itdt

uriu'uiK

U'GEND

2.13221

HOMESTAKE


SAGANAGA LAKE PROPERTYLINES 13E TO 25E


DATE NOV IMt

MAP2OF7

2.13881 SAQANAQONS LAKE 290

>

J5+OT f 2 + 77IM (6KA8)QTZ fe oARB -'VAUf l/e/w

l c.~. ~ rdt k,l - /o 1" ft i*'* *t~ * ( v- , t t Htbl w*4.l~ rt " S*-"..**, v..kA,4.w , C-M-*"- VtJ, *4 Wi.llf.ifc ~ 4V* pt,;/.*-* 1.-JJ ^4" -I-. 4 44--,.,.-l Zo*"- *v. /f" .v.1 r*- t*'** py Owf'l

/J V5

ZlL 0 | 32.400 f o* its (6i?A*Bill v/fIN VNiTH PfdlTf Hfl.t.0 (&OO ppb Au)

A .v. wile v,k tt ^4,1 "tl~, w, It- t-., t L I —— H,J tkl Se*— V M A.-- Ut~,*.4 tt r- ^r.AAf l kr ., ji-p

\-\ / t l* i 4c,.~ wJt ol.-ki-kn/ t, l 'C* Se' k.l. I-. VIM ' nv-V *l-,*. f -. clt. t-k.d,.i . f

*" "t- -

l c/i-AR Hlt.t.o\W BASAl-T ^ , -/* 4. b/. —.A. .j^r . w, Vk

.A. v ~v IfiiU't.- Jt W**tf /o •'so-"' , K! r/- f' r t i t iii

,, ~,c So,..-, j,.,,- iv/,* ,j f rt* wi ci. eAl- It A* * 7-** vv^cif. itfl

fLow BANUf-O I'AtiTC riLtouycu HuKNftLEN^t" BAsAt lDk jr., , ^, 4 U bt M M.kt,/* ^ iS"" l "— ci c.~ j'.^f0'""' h,b '

S,"— L tVtf.J b'kAd'i .4 ' r r) p flL* M.i.' ep cMl ck'ft ".4^ S ci, .A, IB*, i-j p i HH-* 7

rf*., Mf M *'n* rntkrMMd tj,! V|M.. '-'•t— îJt fi-

b* F l. x

, l- 3-—Ne^ -v.liuj.nl 4.t, IStHv^We, *, M^t./i t/^Û.(ra

X/ Z- - J* 7 .Li* 4o i,.-, d.k .~*. ^4. ^J. b•*® x - iff " *ftl l n~* -* to*-, J| ""'*~1

K ai-f*-*, .A/* 4.. vr C.A. Ar.l ia~.A

'V rvi |nb.0785^*0. / 078S-87 ; (O785"8fa

fti, / O785f l

ASSiMt HofcNBtEwDe BA*AtT (H8 BAM —^ X.5^ i-n- 4. ve~ -t--k it speiMtd -* t. ^

wk.+l ..AV*'- tclllMM Jp-JJ vo^l Ko'-SU-dl f*, p lu. t~ 1-'"' No,, r,^"C.(Mhj,*i*e PBM bit?, "f p.'!,., dtve'iy.-t

x U/-H-A ^, 4. jk, it w tv, bio-c-".7 10'" , 2—— J*-, Vb i-vploc. ~c..4.

^ lA-ii^nt-tn H..K ipti. SK. o. rt c, 4^^ .a,, J.,.,,,,,HoftN(i±.CKib6 BI^-ÂLT ^ &ABB,

yltujc O.V V"fvK Surt1***. *DtcklM 55"- ô"V•m*,/fi ls*c*kl VWw*} rv-.O*

N.*,,^ ,l \S~~~~.. tlAclff l

A\^yfe^\\, */.-, y....d

.. cki n..-..' t4-fUk.d,ii,.-

r**î w " o l"y ~ xilSSpJ-'ftS'i ri V I-*"T 1-* u i*-Hft? to. S-o".c L.| 7 ' W.1K 'wyk. b/T*-M.^ ^-,c. T/ i^^^ ' - - , \ f * il^-[fc l '-"i b rfirrv.-*!'*1 T' (î..4t 7 ' bwK.14- '

/'^^

^ x y i rPILLOVV ANDEblTf (P Anyj jf 'l/ 4- l S'ty, 4 j,-k..,*d, -. 40 14 j/ty (c,l~,..,t -k tt y ,

fd'Ca/cA.f bf tt^*.4c.hrti — 4^ K A 41 t r c 4* Nk ckl 5*0 c — 4. l -v. p

,,V./.. ,.,... .H., kbta.r-~' *k"-;i- n/ S., 4.~k,fc,.,.k...44. ,\t.~ ~ Jt. 4^-1-^.f \i1 -'— t^j-rl.^, \

A v 7 p-'.fr" 1 .\ x/ r1 ' 1 '*-*' A feAbAL rnD/u- i f—

^n- ,,t. b'^-- l '". t^~ bl.ck, ,*l^.tt '. l k, KV. nV* l

..,t f, C^b.,1^ - f l,..4,kBl- 4K.^. . \|

. . , j .j^ r i K. . x/l Acv, * rt/..l C f'~ S r.,-** d 19 *** XT* l "—t ^^

-. a t L. rt .n Wk-l.. a-\.vf*'".*'A4 'r w - -/yT-,-",.4*... j'.* ,., ~*y- W r- iVr

,^^ SHrAKSD CAtCite Ati*"- P.tt.bll 4^.ii tcil'kwt

j, S ', f,l 54,..- M- t...i b,!, ,

l l N,,, 4.

rt, If,-" ci o-" - --Ât, t"* *Ss. PI*- S'- -' " wku' " ^*S35) ;r''n

J^ "\ --Elt^KcJ-ivtÂW •V.X^r* *(~-l -4-'* n*L"\ ^ rN*f ~S ' T

c". ^p.*-.... s*T~'^

jo*-, 1,1 ^ ..,ki.ctiW, -4k *'f y -Jbr*w^ 38, /u*^t^t- 'h* :

Ac,f,i j**U W. cJocit h^.^^. T/- JC \ *- .X V"

'

VAUTf \Or.,.^, 4. xk W L.

tt/l^ 1 vk.f. -v* '" 'l"lJs'*^ z i^^ V ., J t k" i ipin. p*w.it 14 cflkN tt i 1.1 '-kô /o-k*41r ',.'v ' .1

l*", 2 4~— .ti pki..t io'",^-*-!— suhk.KÎ pi.) ,,kcc.i /*'w .l-^Mlw 14***'M "k,., ô*,,lt^-,4 lZ~t" J~c^l r

-'"-" ,.K.4t c.'. 4. lei ~k4tr j 0^(1— .l- ft 07f /

ckl .Hk- kb X . -

//^r^-*Vxi r'krjr. o ^r'6. 8V' J^ x r,^^..-. î 4. 14

Ikti C.lc.lf Mod 4kt Klt.ckld

J ja ' *O V --^. .

CjTAolUlii.T JHf/lREO PCCAUft ANb CALCHf *-T [t ppb AUcm 'l~".l-S ——— l(x pkc.M .O*1, ^ J™,- 4.,k,hfU'.IÎM .Ohf^.v

/.-y c,f- u ,.ly\kek^cl /S** *t/. * w t-kl ". ~'4,,, J--lc.~• i4,^4 l J ft c^k, (u*" talc.'x u/k.ff t\M I'ki m t *f,,.lu~*AJ, plix.n '' Cy r- i-™ - "t 5).' 4. W 4- p, ,r ^,

IE R CAtZlTf A4.T H* BA4A1T

'"' ""Tki.A.IX"'.* t*AitiCA PYRiTf HfffATiTt AtT 6tAi-K

/WITH QTZ iTrtl/voei?^ IftoAT&RAS)Or ..-..l k.*4 '~.k stro-.ly "bnu-./rid by ,All,t*- pt/^.lrt Silt. .14 D.^,.r,i.,4l, ^..tl .1 *.lic* - /f -2.*- l,t-^.4H*If* ^/, — J M py'S.ê p^.4t .4 b.uUr k^t if-iy n^ 4,,4^.d -.^ , pJ.b.bly /.^-A.~4 f,.^, btM.u T--,fl ——jl.f. v

rto w* t- v n.^. V*"".! \ ^

^X.^ •Vik.M'*! V -

5L .Z9'

Mail rt. ^"t^. 4kxJ. btd Dam -~^ll,, dk rtc^ ckl., 4ic.—^" "\ Z0** 0.1 l -.'"' *"** ^ /tkvl, bi.lt "- Ik IT" d * ft H*~ i .j/iilx ^H^kly .j.'n"'--'

-. *~,, C..C.U

/ Eada^N i 2— Kb -pt, \

7 fjl..k S4™., -—-X , J _

ift . 1^ 7 orz êiNt'b CMitit ^^M 5ft, f.." /"i- J(m^ /"tciV .f c.ki

(Ok^-^lr ^~~~^~ lJ t^ W k c.It'll

*Jf blCMI-K.d r*{,lc U/ÛALf kit- ^P ™ '"'* V

fur i*w f'v v^*Mrkfck N* M/kll'lrcJi, iw 0*,~, rf ii .

RASALt firvf/^. T. ari ckl'Z.n.1

LK*I -k mc,yt4.il-ui ^t*. u, ^k. u/e.k f.tKtt.^b ii.tu-* n,,o/-û O.it^, Vu.% r^ fc e( r-vN *4-c^ /x i A^ ctL'v. 4r.c4-'*4~.tK^ ell n- Vkj se.-,* pfc.ilil 4. J t rm J i.- J ttpy ^, 4"f~ /t*. S** f ,t. lf'*l Cy rf 4k^ O Jcôf/* rl.t*'- ^t c^^b o-\ /Ch^ r*\*,'.4

ftJZ. WfIN n(ftuegietfur~ vi.AVtV 6.

m'lky D'&RIT.CNMkSl w 4k .ri*..Cll^ki, ~|i *"V

X 9"**,-*-. "007 -^ "*'-t. i A- ns.'' m A J I * - , V___- -— Bt-ACK BASALT- &AIJ8CO

Rl&t-k ,^, 4. ^\ P i .r ]3 Kt" o"* * -* -. î.n..4r.. M.^ ...l \ *t— a -*n.-Cp /"M.vn.. J | l ceW:^ /^T -iiy~*~-rfflSHtl, U lV.^.X^7 "

'2 -r4er1ATITt CALCiT,; EPlDol f^17 Or**-s ~i" ij-v,*v (/ * YVZ* ** r ^rrfv.r ^ hi VWk-t '- ft*. -*l " 1" ''l ^V ,0k*. t.^______ ' ' \ V lin if mi 111. o*;)^. ;

""j.1 /^\I1 *' c 20i- BAiAUTw.-/*-1 -Xj- iii. p** -aoiîdi tit-i. r't if 11 r y i-i Bil__ 2tm.-JW"l*-^*U-?4r.

TO'", l™, m biTVlt .TTilli H^ *l . T^VV.f- -^ L

rr- ss.-^CV^P^''--** -Jir - *.i.i. N.——-^ 7 v5**M.T*M*A,f s,^ X^ \ l* ft CA vk/f f* b WW- N l \ * 7 .?1^ M ^pCtvklt.l 0.11.^^ ——^ ^\

(*^.b *4 4U U^ 9^ Cic/t ai *\ttfi 4 c.lfd cVtSa~.pl* ,^ 7,"* .l/ vr vv ^-.4.x .1 \ff — Jc^. w elt I'f***/ l u Jo^.-^..(ly /3yr l- icd u,.ll^wtk *f block, fr-^f .ri.i-\*J ^..Atjt- .jUvtU w Ik ^LO 1" rntJlt '6 1" rfrtl ^l-l~— tubhfd'll n,S4r,,,, t u i c .4e S" k fî.iiVc i "'t r ^--, p.Kkit 4 tol*U"

X -r*5/ "A*ALT Dk .r,.~, -~ Vi5' ' )O r-* ^14 b'~- f'l Vo~'ki f \ \ ^

, ^ Pioîr/t Ills n4riA,c }-t.l j-n-^ d f.~ k+fcll .t /alw

Firket'.rtki .HI, u IAII,L- AND?iiTe - BASALT - Pittoêo -

'"l Grrr-v -4- H .^ff, wy 4i. .My b''. ——, .^d 14 art F.". ^.,.ul JV~ctt 4"-.~ '14 *. io 1** tkl i..i.l

S.r.1^, -, *. ^

V^'n-M L&,

ALT SLACK. 3A4AtT- v Ik m n.' rtd^tk Ckl~~-.4

bl.ck 4- cvk It 4/o t tkl r d M 4 k t4,.n -,.l It /O*' .1-2——— kb r,

L ^1bS7 on- KSPAR VEIN CM**1) (.nppb Au)

- Ik. w p A k -t*, yecl

J— * 1*1 pk.îv 14*- i *~- 4-V,ktdÛ ?l- ,;.*r-., "I^H v, /-fcl TN., r ^^,,c4t

AM66*''c-^^* ~^ cv'teA.A-rf t t ^- ^Y' brk-M F.AI. cOÂ/Jfy--* ^-x^Ô

'k .td wk m*. Lwc^-i o/:.Mie* T' /t*ilt|

t.vCkllv plH.-vfcd 5OC-.K

l M, p, Ilk^t" flTZ fl- ** ' t .-*

4^ bf .i N.-cl A/k.1, V^-U-e ' .f.OIBVcl

/•' l/ 1''^^——**\S ,y . f Aun

.7 , fi "li-.r S HfARtD 8ASALT OH MAFIC? k art*" —— 4' . k|- S— SI/- l~

4 B'.^-, ^ 4k —.I.-., li ..v vi /i1" f,e ^. (Id 40 1*0*" f U l ^4/

r./-*.., ,K ./••-j*"M vi,,, i i ,-Joed i*1* c-Kl

V

^44r.-,.l.-4.r - *k Uyt'td k^pnvk.te B^/t.ki ^4 tl.bt F At cc-u.',-/ Okpnt*-c**e U " ^^ 1...-4&C1^t'.-Hi, ,^.ii.i. ~T4v.p - t ^,"VL,i i4 -.. .lc.ft '

BASALTG'*y , ^^ 4. 1^ A /r F ACC4ri^l, frl NiktVi^nl^..

r.k~. ^/^ .J. ^ "**l y-—^^*** r \ /^-. --

1..",..*! i "

?\SAi-7

'irfcll,*" j" VO-"Ut l'kit plllfw.

Grtl', ~* k yiy — 44. 4* w. b l .-k — x4.lt FA*, ara Aid. '~,-, *,fcw *,.r'i, .C ftb-4 plj Vo 1" ckl Z o*' d,,, 1-2 ——.v-t .4.1* Shl.redo- ^.tv* c. .4..*, c,4klr.i vi

- , , S.-plto IP, JOc^. ,,.ul*r .tt bgaldu- O ppb Au) CUwy, wk,4. ^4, U,.4k 1 7 .,.^t..pk,d, 4y^ 7 rnUv *4*M..* ir •^•/*H, UA 4. /'"•rtr 7 l-J.i. , d.-M'jW. Tr ckl twit*.** l 4*.,pU *.t**^*J— —————f

rlt A.k.. 4-c l^rd k.kv*"l, *" - b. t. -I'kli. k l i ter i". U bt Al ^.

A. V-lpk di ,, t.-.l'y c df Se.' ' '

*" H~..i...kte k - f--^.4 .Tt 4- ju,A4t 14,,.

"W1 1-pb HALO , o U7V i/EIN (

bl.tk W, l-i ——

'S rcBASALT -

4- .,V4t"tflli.kllj'Iw*- ^

SASAi-T 4- 4ASALT G-ABBKoGr**- f ./-u.^,ed , w* 4* ./..A .^d ./-rr^wk,4i vl.Hfd L——l/ra,/

M,**r y of

PorTaue. Tro^ri SQÛ

r tt 4^B~, T ftr*.,Ctl ./-tl^.w/^ l* to--

3S~, -i-l™^, d,.- -*. l. ^.k - DK-I' i"~.iO~

fTreen.tk ^--*y î l. •s..nt T J .Jr., f

F ftcjSPAH arz Poulin

,^k pt ê

NTERl-IEDIATEDk y"~ -* " p

bf ^*. F J/fc n0(J l* a. ..^ 4 t Hwtl C fc,j--,' bt tc'i.ti.kHl - B, a k, (t nM,

BASAi-T Dk t ri'- -" * - • /•fr^ i' l"Ok irlM /S~oklft,. Vb ^.j ui.i i i-LV—— hb

**''"-A^,- Kb P.*kt A-,, i M r.".4r t

PoDC&lZAS) lippbAuj f ~ 4k i-t/*™* !

J

Ci f "i V". ~,J .i.b'.-/l 'Z-^

/TA^T/ x Grrtt~

is-^v"

r.4-.hrJ pin")' filed •-vy

-to.

l r

Z17V2 ... k,, k .^...| -t- .rt- -K to l* p -k -t- ~k.4l li-, -'diandx ^ Vip^ cVt t ck.^ vi/kl, ^*.r,t4^. -i "f -t x K.I -V.i., K a,,j(;.r. -tc ~, Vr.,k T,c.'(A., -,4k r-. l -,.^~ ' -

ISc.~ (k. k b^-d . o< ck.'-mz.'" f —i. J." -^1 -* — -'

i vo , l. -Jl -|J 4. T- , ( ~. d

t k., 4

t&RAS)

LEGEND

J N T P. ui'^ i Y E, Rni K r

fa P6LSIC- TO INTEKMEDIAT6

QUART?- FELDSPAR PORPHYRY,1 INTI?(?MlrPlATe S R o

Tp IKiTfrt.|v|fr.iATg MtTAVOLCAMICS.

SA BASALT TO &ABBRDi-OvA/ IMPLIED)

.1 HOUNBLENDt PoRPHfRiTic VH/fcE

2l?ll Oflci-re TO

l. CHEMICAL 1AMD RELATED

l'*| o K IDE FACIES CCHERT

fill

IRON

,IP.ON41- l-lA&NETiTf-

CLAIM POST

OUTCROP

ROAD, TRAIL &EOHORPHIC

^

CREEK,

010 ÔZo-^*7e

^"X."0--010 70

-*^V* 1*7- 7o

,ojo,bS

FOLIATION IveftTicA/., PIPPIN&!

JOINTIN& cveRTicAt,

PlLLOi-Oi . WlTtV T"oP

VEINIWfr , WITH v/CIW Tfff

(.PLUMOf

2S7I2GEOLOGICAL CONTACT

SAMPLE LOCATION AND SAMPLE.

SL- ZIT^-Y CHtUTr M(\t,l"^Ti ir BEAKIW&Dk a'l^ In "l 't 1 '"^ -. 4. .^y 4- buff c.l^^ Apkn I--H./cj" Ck,,ly Cruilt , l 'D '—— Vk tk U..IJ,-. Mk^*'.( —— *k *-

flew - l kt *~v c-Ûv Moflt'tl.'y *o i4^.-Jly vr,..^. 4. l ' pyF.I, /O nc/V/lflJy

SI.-Z11S* CrttrtlV seDiUfNT c ft 8)G^fl-Mtk \ rt*j *- Ik wk rf-fyf.-,! bft-cti -,. wjt (ttb^lt w..4kt4/--*T,, l*~.2.. 4\*t H.H C.-., d.l f,..V.4 IMo, ^^ Ck**,, o f,peu, Mi ' Z",, (^ d,i ,jy J-'"4t' f- ck. 4V..4.-.1 , /i l —— , l c. 4*,,. ( '

(Zo ,,pb Au)

pb a -l

Au")

12Z

i-HLORUf ^K If itfnr-'

J tppffc-êl .-./l i,*r,^ rfH ckl 'u*-o,',

.r T ./V.C

MHONf TlTt - Li4tW. -Tl^

yntll ^tv,dlfll wrf.4k. /-^^.Â /*it bc*A.'s .^4 rfd ic.^pf/ ba^clc, C.JP tp l co-, y/.clt lpti*"* w-V, -,.^ L kl b.Ad* y*" A^^pA .4 d.k. py

l J 3 S r 2 c/c i w^ Jt rûtt 't "-k l*- 4,'" 4^ r t tf^ f ^, ^'b. obr/c,},./

So 1" .4 t.,,..ll i l-Zc^ w rt* ~h 4. *"d j/t u, 4k. /o-- i-.ry 4" -H. -,t , l.t.i'y up 4. "*e"-'K,w^lcJl c^^d. bl^-Jt i '" -4 tl p,| -r- tk*' 1

cktr* b*, .It at Z-S ™—

(tk.t, rf r •?'"14, 4. ri ..^1i-,

- CHfeflT-roUIIAT/ow (*llAg^

Dk .ret-. 4. bi"k - ^ t. "-r jny Â/r 4- li v"^^"i.' *~~t4'.A'v b. -did ..Ml^-fXC F * l-*n*U , . Im.tl n~*ij ./t * ' ~ *k*Kil.kV H*— i,l II , 2*""ck? ,ZV*U* ;,4..-- ,.rt- i" -••J** p, One-'-, •x* k*0cm ik^klK,.^ ^ bn.U 4- jukb/.nlb.iklt

(SSBppb/lu)

(7U ppb

WfAm-f SWtrtRfD cd 4. .pk^.tt ,,cr . d..-, i-ktd'.!1 ,jU , ~ ^ 4, ^k (r H^dy.t^c. Cfclc-**

Mu.ovnu.eo..^•^.1, r bbuord/b.^dtH ,-v .1 -,.t4 * r^ t *.~..^-,*- srj'-t^t*

l at.,V f-., ^, O.^-.IK ^1", . i.- t,.*. U.^t.-J^-J3 S l ^c ^, ~S .t (lit.' '"4 b l c* UMlUt Vk J- l y 1,1 o^k i-*l

" "-

(3 /o pt Au)

ppto

Au)

U Z ppb Au)

l. Z. p p b flu)

MANfciN,, U/AC.C cHto/Ziie MAt/wtriTr frunf C He*T L,b Mui j

xy/d r^

f ui, X l .-. f M @ oiT/jit f.irt l*- l iLi^S Q ait llf t / or

,t/fdl krOj rl^4 -l Ut ^rt.êjWU'*.*

iT/jit f.irt ^ i^,.^ (o .ii/

n. ^"?fc9t tHi.oUi,t. f*! Cffl'.t' Srt'^tfj bttj/mrvT l W? A g) ( 7" ppb Au) yjo** f ,, .,^ -,.u , r ,,,î. a, ly ckio-t.L c^ o^ tkrx-rd ba4.ll,^.^. rrt.-.b.c-./ *o UtW 24*', /-Z ——— J Tf-W b.^t,til

a.tpt^ bov(4*, S~** -/>Ji .f f-.* -l t J jjy p.'^/i*] 10 banai/,^

ou ( MAO (110 Pl,b Au)^l, .fjlt.^ le ckfrrly a*-(,i** Jw... t^ *"4k. /j"*'*1 , ,t/- r.. . **tl

j;,k^K /-fd ^/.t/.. bit.iU rt*4t-k*l *4- ^C.V|0*^ ^'*ffv ^-4 ™/" w di —^ ba-dv V", **'--\', *,.*n.t. to"' ^.t'.ÔX.II'i-'-./V', b*~J. .(f'-, d .4 Vy

3^ At/01 ili-ICA HfMATlT)? UT! rfi-bipaa Pd^'HfH f ( KWA1 O ppb Au)il^—Ul 0/C

M y 4u

l Jk, bt...lp(l,

cl SV ^. V"y ^4-^^.1. C*U l l OtcWt ,^ 4(.~ 14 pa/ft^c. O" 's -el t ot We

Dk.^ d.*t py l- *. l-

Z8HI oTt FeiDiPAR-1.1 I'l, m.U , -* t" -k te f*, /-'" — ' t*J pkt,.* ^ -,.4/r .4 dMMl) p.ct/d , I-"K.- d,.~ TÛspv W,k.|, 'fid p.^ll.- 4 c 'T*' ifc-lvlii v t. l Z**, Z i-~ jt..k~t k i ^ "* ""f f *' d tt- CY3*. 'k.4^11,, ^, filed fr.c4--I. 'l'- p.4ckc.o( pf-^tti.l kc—— .t*

Will f.l /4"-.-.4,'.d

(II ppb

ZDfciZ Pvmrt n l) lbk

. jri.., .1.., IM. b.irli . ,d ^.v.c u-.lk t,. Ojll l.ut c. le., l. '

Si- Z 4fcii O r/ ifiÂiirt f PI or r. f r*.i rf jf in

Bet O- /"c ~ 4. '"

St i17Zt CHfrtT

Ckl S.—flT l 'bo""- tkt^t -4 fy b.-itfki-i e. o z"' 3* fi SL 2t7JO U7T R.IJIJoweo JA^PEU C HI.oO.ne nUtft '.eOiMt^

, lOm ".c- Si|ccl-crl

l St 117}i JAVFCX iHtol?i7r CW,I^ s E H "^ f NT (bft W

SL Z1141 EtoiCIR PuAPHMf CtwiABlF,A, jr,.. n w .ri.. sf..4i 'kl ~-U-'* - *^ 10", '" 7 -~' 0"^ ^ ——

1 S/Lu^.^'j^V-'^^-' 'V/b.d'".! *1*i' ^"tlTife.oV'V'' t?

.li " , Z i B.^, ol/.*. j* -^k ^k a^.-.c. K*^^4 l id t -bk*ti^(

,V*',^ T-- o*. .1 .tj pkf*.. nrtrtll m.HCT. F ^* 4oU ^t'G~. p fJu\firt b I't* ™0flf'*4t- pt'^*

(Z ppb Au)

(b Ppb Au)

(S ppb /M

cv. 4v ^ Ak t *\ M/lv. 4*. .tp k* bk^tlt J.vpf bk"ll^ wk.ly 4^.ldld

k/^l b*êl A,cd ^^y^'y11 fv..cA/v*-vt 2o*'* K. 4. ^4*/-™ y.4 w tt. t-kl

.K/'l.YCÂ. g CVO/S7V

St. il/ol LHfitirt MAontnTf J *tc(* I'rrfiit s&Din*

-V, ,- l t Jf'l --AC! jftSP" ck*^4 /S"" kl S /CA"' ^. t

-. M (c-*,,^l - v" 4 -** 'y ^1 t* /^

Slt-,ciri|;t)

(t.5 ppb Au)

(2 ppb Aul

(l ppb Au)

•f.u ™.^"t,jî'^'ri4.i.L'Tki'îVifî'"-"krL,.i"w(, ki/v i l i'^. -. .j w Q oli/llf

St il/oj SAMDSri CHEflT - M/K.NC r, 7f IRoSUtfCgop fa*. 11 ppb Ac.)

Si. Z't/ii HH&ntlilf

(21&RA8,

H.t4- rk.J. .( f -..lv l.,f^.J -- v4r.*.l, *k..^..| ckl., 4l llc.-1-t-f,. IK*. l~li.4i 4- pi.U tK k c.! SV.~y, — ^-'t li ~ lu " t tl ,i ~ 4. Jo". ,( ,,^,^l f 'i b .,J,.i n, jcfc -,4.i ' t 1 v.. C,li '.- cdr,l'iwlk^0". to.dult, uvd /k"' kl^.4 'f/,.1,.^ ("V—. l.~ 4K V lt rCM ." Uy*

OH-mll , l 1" J tl ,. ( , ../l/ucl. H ^rÂ

Au)

St .U .M^. ).iy ^..4". df.M.1, p.ckfd ~-4" **", 3 4' —— f'" p""-.t i 'd pK|-.* a/Of/k*- .jk.%4 r, ut duf l. i4rt-^ *kl^ Atj .1*4 li'*-,. C..U41 all 0~, CI ——— ,~ rfl tkl - tp* W* 4V ^"y lt-.-5 ~.4*J'

.1 .4. 4*- r, , f " 'y o1 *' "--1 ; — /J.4ckt.

hAu

.^4 - *k 1 Zc- ti-- —— w dt ,li,bidi^ d t, .ci 1 ——— Jo

i) (2o ppb A-)

, , 314. .^, 4. ^k4c ^..Krt tk.^4 ^'.- fc btd .4 If** *"' —

4k ci. 'Lic.l ^f-y wk -1.1 / V" l-(.y 'kl t*.,-,!, il ——— .di 1 P 4 A. p, mK. ^ Ik ikl

Si- 21K.17 QT7 CVRITf VCiW 'W tHERT- CrnrTcT (t(c.8*t{c ôc Ci ppb(JRA*}

Sa-AuKd j io tm ^ df f-'A iJkxi-Hil r-tVy *'i f i v\^'\ lo~,,X.4.d c.kc-4-py S.-^l{ , *J" ,.|ky I-k'V ^li.' w -4k, 44---1 rc-tly 4**i*'**,il**i", - H(~ •"••v , b~4 py.l c. .— •'V** *T4V.T^.,t Â. ,( '.™,,A..ltrf .4- y^- -.k le, ckt,4 ^41, •i-,0™ kl S*k~t i'*" 't-f t"* d"** l''/ cil.A^ loy.'t

|0b flu)

-4- If 4 t .1"- banded )'iy -4- v*h.-.dt .* ~( cki o,,,.ir, /o*" tk.CAAC.|. 'iket'Kt dp(.^ — Itl

Oii Pf*il. uCS*~pM ^c~ tk..* ^ll- ^-T~ 4.

,~, U.k ' b.ll wk li ' Ît 'CÂ w 4V- H.t4 r-.k A.t ^l.dfd ~ *.^,.if -™-td .c, ,. c,klr4 Ikyk- k* If.t4 /i-. -4k vk

- cwtoftiTi: -rtA6~i.-TiTe -

(Kb

Sfr.A.I, b.A.l.il i" l-r—— bik^lt SV.^1, U,*r.i,b'(kkt 1- iKbi lB.~dMi -t. 4t 4- p... p-k okk-4 w.lK 7-, 4'-~ -klb*~cl. , f "* , ^.i~,~ tp M. k b~-.lv Madf.ttly "i.nAtlc,p^b*4iv Jo- - -t "? W. ^'* Âk^. o ,4,\K Zu(( './c. ci~4c,At i'", i /'t- / ^yk-l "^ b'kcl. .k,-. -t

uh V^ ' t*',"' i -— *4l pKi, .t i-""* /afi/k-v r-t c' c. k-,A.d

li ppb Au)

(IppBfll.)

Sa-,,ltd ^c— 4k xj^ ,L.b .4 1- t^^Jt D*A*I.^. b4^.-,sl, ^.o.. .i,( ~,t ^,.J c kl V*""7 ~nf] b

St 2.1754" i HtRT t Hk-ciHiflJ SeoirltNT iHi;ggc.cC^ ^,, y .,4,,,.l, c,l,e...J le** cl^c.,4 ^c..-t . thfk-fd . 1.^ ~i-tt ^ ba-iK of in.- c-k.r4 -, te-k4i i p A k^k .s ~,V* 1 t-~~ faa-cK it 2s"-* tkl .li^—i.M —4k i.ki--i c,* i/.*' c.kl \Alhly mMnl.4.* Typ -c.wl .4 m.t4 ^ /•-kin i~

AM

py

Jk. (olt ., ^..

2"', l -f~-L ~r*t p " k -.K u^k li p. 1-^4, ^J "t c./-k. -^t*J -L-47klA-bL-2.MM BANDeO c.t*egT -MA&IVfTitf -CHLORITE I'rrt

iB-ew PoAilATH*. (.RuRSLf c a. e P (.aAS,') S4'.,.l, /.yerfrf/bnodrd *rpe*nM.ct /-S —— . .14.^4 ^ wk 4/ tJ,^4 . 4k ,kl0^.4t'fc^l ek.i e , 4.1 -^k-4 t-c4k-b*.Mn.^,, ôc-c^tu. . J" f 'C. pyb.-Jt S O ~plt l^.l-l.lU,e, .1-ki.i Vv *t^V ~ VL ^.~ H*t V-. f -, ' li*" i. p'lcCii-.ic.V-*--) ^ - 1-"- *- l' VY c- k - t' - 'k 5Sb^dv tft o!4f. py

c.,|liftT- IfAlTt?

bii-.lt

1140 ppb AU)

Au)

/)u)

pb Au)

(.108 ppb Au)

Au i

A.,. 1)

Iff l-'t.D* 'lv RMTotrTf -1 I feXAl) I.44O ppb Au) S.-...'t .-* To— J '0 <._ ^k-.*. ^..d 4o^— k.^jc ^ aphk,. 4 ,

~ l * l - '. . .1. . .. l . J i , c. . 'l ,v\ ^.

^ .——r— Mlk b*^d^.^ ' —— -

r^f'î.V, TJ ^17.1,,' -,'îti, ,* *"*- ,.n"cik j/tcrtM", ;w*

. , , —rk^+twi i.-k-k) ^1^ i~4i,, .^.1 ^.-t 4W/VU.V...4 M.-,

/f* ^.t i '" f-l-i ——' *ik.W^J ^

Si.-2'7ol CHEttT - MAiilMtTlTe tft"W f**MATil'v IKi'HlltfCA.P MA^ (IIH ppb Aa) |

MA*.*vt ckiVt - n,-t ^ 4k~ 2^^ b.-d4 v^.Vt H*r*l, ckvf l

L- 217/0 SIC.ICA I4EMATI71? At f JT1 Fet&SPAU

• /•.k. f'k^. bu-ldu v. ijcJly 2 "^ +T"— e/t

- . - . ^ i'^ c|.-*t |Jy ^ *'*~}

OZ

.t -k 4. cj..-f - 3 ——

j*" -— i^4fc-|^yl^d ckl

nftc-rfT/rt-- -c-HG-

re .a w ra* /Mr/**/c.l"- , ^'tf.'-'d b.Ajc -.4

*70" dk .-., , Oi-'lc.^, w t,., , ll^4c.l"- , ^'tf.'-'d^..tS"* '-t'^"*- .K CI..* -kt^4y, 1- i ——— . .A4.,

t. 1 I A.^. Ol** ay f l^y** ^ py

Ort^lai^ k, Lkl-^-t stk it/sKta^cil Hx.**U a^d"lfcl-c li. /.tp* ^.i - .kl *.di~t*4

LI 4r,.-M\l, *-A,, f,. ,'tA, l ~,*4-.. ;o"", / l--, ,i/.^ flk^.^ S'"1 fiAt. c,M 'fll.kt'' l - "4-, M.-nÛi, bl.^.ktd .p^t^kAc, S+^. f^re-t. t iJc-tl i** rt^ 4 -^c ci *i* ^),

2.

HOMESTAKE ; ...,Nf — MINERAL DEVELOPMENT COMPANY



UNES 26+OOE TO 38+OOE

DRAWN KJ

DATE NOV/89

FILE CODE

52B/07MAP 30F7

S2B87SWM*! 2.13231 SAGANAQON6 LAKE 300

f

>

, f(0^ IM wLle, Ca,"UI" W **Z KfcA.aiisVfc'E, Col*.4 K,jkl^ inrKxUc .4 affiua.ce, fti^ ruf^ baj*ll.t afp U c.ar(e CUB

, localUj

, U ckl*. M 'rf ttffldn^ . to d .^r.ic

Ifca"M4 Lull afttJV aAfcfttotfs. J J [q .vtM.M fto \ *uW*J 7

Y TlLUMIED A^lDtilTt fo* B

' ______ f TIE U

lTt (aft BLbkCilECI BA&ALr) d.Aâkdo''

NE SVOOKI

LAKE^^rliOlA.. l (

3ft. ôr-'tes^ ^"- O:^ /

âwfJTiiJi^^ /Kll*M* 10 1M U Ja ,. - I4iMJu wkki.llnWfJ, C 3V-* W.-dUSyTo" . v^ /f*^-, w wK.le7H.wcUd, 7S ' )

5L 33257.258,® Kanj.nq wall co,M of ~a. m*fi4.Me, d (OC.IL, c..*oJ(l iSo'/iC-l) MM. of sk t^t.l aw .4 a m.n. So 2o o* uj.J* , c o St. dj.ss ft,, i. a 4q c* k

.aT, ^CZ PPB Au)

, if*dt 4k, IwJ. .t IW) li*U weCA, *u***H*

i.^V'u^ 3^'

/(lAi\Ll to (.A.. ^'Â^^'^^ ; ;^-*L*

. . PlLUMltO.ftAVkLT . l s. ~/ - Oillnlt U Soon *ln *M.0 x

7 N ^ ^

*- Â i^&r'iJn

^. t. Airttiirt tIV*. UllolTW S*l*i

fcf

tfyXPoWUySiTiC RW.tic. W Sillctotl* *3

a.*) ioj. .nan UJst. vP-j J,*? Ty,

-lw,* CJ. *lto, W P*-/ ê , ^^T**lb\ oi*b-e 7 floc*. ' l 7'

l T^ /*fPV ""T-. ilW, 5* qWM,

iT.c BASALT -^vw. dt(^ .X *

j.û teiw to-.j.^S-SRtrSstf . ffirtsF^x *

OMMT v. CAM*O•VV.W*, ih.îlL*,

T^ .AlTSli yf, U^ll

- ftrstar-'Kîo ^

^ \

1*6.*, JW, ' 's , 4 A4AU T. 4A*.*o 37m*a.eU v v.î- *a, *tt-.*:**.*,JkX ^ BAS &APMVJ .ts^ 3-U*. *3U -rj , * X N*^-' /û~-fff yt'^.V'-'t-3A /^ ^*? t.lltd &M* )B IV/4

flLUANSP AMDtSlTt To ,, ft**ALT - vfo, Mtd^ (o oikBASALT TO

OAlBRo ,-fT.iiU.dk

afton maivie, AoA ma^n*nc

X - oK Qf**\, n\oo 6K. ***, •"/•^!_^" ^^.. j .

^sT**PILLOW ID AMDS ST t

'uS lo" 50 c*

'\ - V-5 ^-^ BA*Aa TO CA

-^' Ji^-*^*BA9**3 TS**3 To G(kfiB(to"jfr'vi'îrplj-J

O ^* "Nan.*, Mfq, di *

^VTt -^^-i-M1- 'V A—**fj't Vtr—THCT \

BA4AU TO C.AMRO Xf, w*.wue, air B/AA,JA5AH n l (.

3f*rt.n ^ neJic

'lj,LOti4tp AklDESITl greM.iAa

TIE LIME 5*00 S

nuowev - ,- L"*1"* BASALT-HMStiiMi,^, 8A5A1.T

- - "^ \ -vi**"*'iHx!l -C? 6( l *"SA'3TL.S!S*?***1

,mA . * pwf

LESEWD

Tft US WE KOCKJ

T* CASIto ^ ttNf, t(W, ,Kftlllf ttÛ **\A*lx.

CAM lo- U,t ma . Wo*wt ni. CWOf PoftPUVdlTIc

\\ ^'M W

^^^sj:X /V. - fa, U *\t .4 places,

, - * x AiWfcfciJC ' to \J l fi cfjdti^ W, e izo'

N9^Xti2 FtiosrftK MPMMHM H*40.*q l&oVi/ ^ Cl IA! ^raunJâte. i A.7? ffc~., 15 7 4,^3 4 f \ lOij J pla^ fei lîWril

CUM M POST ( APPRoxl^ÂÊl>,f lUowSD, AM^CtlAUliDAL

BASALT wb, A MM,, IMMK*•l ic

CLAIM UlU/b

Outcrop

T*A1U

GtoMofiPHIC hEATUSE (li /JCMT Of

CREEK ( UilTH W*fcriOM Of FLOW

SLOPS

PILLO\JS WITH TOP DldtcTIoW

BAtALT-vfe.U^ Ji, PJ,

), Miiut . J 6.*, 2*1i pt-

.©irf/V, 2*1. fî (&1 pW(. ** V') ^ ten

, LlklfAR TOPOCRAWIC LOW^v^,'-- 2.13221

O 2o 4o to Merits l. 2oao

80 loo

HOMESTAKE r- : MINERAL DEVELOPMENT COMPANYSAGANAGA LAKE PROPERTY

LINES 39E TO 52EGEOLOGY

AND LITHOGEOCHEMISTRYDRAWN MCIVOR

DATE KloviMMft

FILE CODE

NT* 62B/* MAP4OF7

52B07SWmei 2.13221 SAGANAGONS LAKE 310

n

-D

-P

3ft ^*t.

v l i C3 l ' ^ f ^ v/C^ f^- - v

r S L 2?ecs(Secij

' ^ 'Ir* 4" \30 (ffi:*, s.as-?^. ^ .i-3

1 5 31b u2 S 3li C 3

AXvW"*

"Xx :V :JTlfoo (SO

j.?ro*(i;IfJ-O-l C 3* tS-IOflT?

t 70 9 i. .1*0297=3 Li;

i74b) 2.970* tO (.Z) 29705 10

-^•^

raT^K^rf^c

---P-

-^|A,

b"-* :- j- ...^ ^Jf s

s

t 1 v1 *l

,.. ,'V-3a,

j* -^ -./S !^9 /N

3"' 1

•* ,

-*-w,k*--~,* ; 'rt i i n i

i ^s^tpc3 *ov-'* " - p ^d i. ^ v, J*."

**

^4*;— '-,î^

O-

'AT'-l-'n-' ^ * H '^Jfr, V 1 -. x t-'J* '--..4v - "- .-'x^8^

— — -* ' V- X ^^'xX^

dv\J

-ev*4T i^*t^

y j/3k il,/

^

^, i*-1-*', i*

e Mr

0 V, L IT H

"7 AOC?

i, "to

fcA 5CI/VI2.TZ-

OSCHI-5T

ss TO

C 5

4 A i "TEEMcx-,'T(Sci-5 r

TO

Aj-t PH ,

.. 5ef li i -V, ? (TAEfiî

l A-

•X

/*\

(-rv L DIP A*JD

PL-U. J 1 (-

AUO

s^^

X FAiAi. T

SOO

l 10000

•7 SO IOOO

.13221HOMESTAKE



1:10,000 COMPILATION

DRAWN DM/KJ/SB/ds

DATENOV 89

REVISED.

FILE CODE

52B/07 MAP6OF7

52B07sweeei 2.13221 SAGANAGONS LAKE 320

Documents

l S2B07SW0081 2.13221 SAGANAGONS LAKE 010 · sawsweee. a . l322l SAG A AKE 010C TABLE OF CONTENTS 1. SUMMARY AND RECOMMENDATIONS l 2. INTRODUCTION 2 2.1 Scope of Report 2 2.2 Location