RPT ON EXPLORATION ACTIVITIES ON THE CDKW-RICKARD PROP · 2017. 1. 17. · 42a16sw0009 2 17283 rickard 010 report on exploration activities on the cdkw-rickard property rickard township,

42A16SW0009 2 17283 RICKARD 010

REPORT ON EXPLORATION ACTIVITIESON THE CDKW-RICKARD PROPERTY

RICKARD TOWNSHIP, DISTRICT OF COCHRANE, ONT. LARDER LAKE MINING DIVISION

FOR RJK EXPLORATIONS INC.

l 1 2A

S. J. Carmichael Kirkland Lake, Ontario

QApril, 1997

42A16SW00092 17283 RICKARD

Table of Contents

01OC

Page

Introduction..... . . .......... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . lProperty Location, Access and Topography................ . . .... 2Land Tenure and Ownership......... . ....... . . . . . . . . . . . . . . . . . . . . 3Previous Work.. . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Regional Geology. . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

1996 Exploration Program

1) Introduction.. . . . . . . .2) Geological Mapping...3) Total Field Magnetics4} Diamond Drilling......

Summary and Recommendations

LIST OF FIGURES

Figure l - General Location PlanFigure 2 - Claim Location PlanFigure 3 - Regional Geology

779

10

12

following page I ]2

Drawing No. l

Drawing No. 2

Drawing No. 3Drawing No. 4Drawing No. 5

LIST OF PLANS (Back Pocket)

- Total Field magnetics Survey Scale 1:2500

- Surface Geology and Drill Hole Location Plan Scale 1:2500

- Drill Hole Section R96-1, 1:500- Drill Hole Section R96-2, 1:500- Drill Hole Section R96-3, 1:500

LIST OF APPENDICES

Appendix l - Certificate of QualificationsAppendix 2 - Sources of InformationAppendix 3 - Drill Logs and Assay Certificates

lREPORT ON EXPLORATION ACTIVITIES

ON THE CDKW-RICKARD PROPERTYRICKARD TOWNSHIP, DISTRICT OF COCHRANE, ONT.

LARDER LAKE MINING DIVISIONFOR

RJK EXPLORATIONS INC.

INTRODUCTION

The CDKW Rickard property comprises fourteen contiguous staked

mining claims with a total area of approximately 432 Ha located in

the central portion of Rickard Township, approximately 13

kilometres east of Iroquois Falls and 24 kilometres north of

Matheson.

Gold was first discovered on patented claim 18405 in 1916 and

shaft sinking began in 1918 by The Mining Corporation of Canada.

Diamond drilling as well as underground development continued

until 1937 on the shaft claim (Twindyke). The adjoining claims to

the east were drilled by Riczone Mines Ltd. as late as 1953. The

property remained dormant until 1995 when the mineral rights

reverted back to the Crown because of tax payments and was staked

on June l, 1995 by the CDKW syndicate. The property was then

optioned to RJK Explorations and an exploration program comprising

griding, total field magnetics, induced polarization surveys and

prospecting/geological mapping began in late 1995. Three diamond

drill holes were then completed in 1996 totalling 643.3 metres. The

following report describes these activities, excluding the I.P.

survey which will be submitted for assessment credits at a later

date.

T^- BUKaOCK 1 ' .^ HOBUTZHU , t HOSfWORTHY u i^'^ "••

^ .XS/wityrt .. ' ' '---^0' '/in' 1 '' .

rfb.ink./.Y-, 'r* , A-,./ ,* ," ..o ' \" l -' rr *X\ r-H/. - ~.n / 'wi-rt**iw* j - ,r : ' ^

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lAMPlUGf, 300iXAiNFRECllEVILlE STOUGHTOM

~. i LAMPIU,-r^-i/^ —J"**!1

GREATER LENORA RESOURCES CORP

RICKARD TWP. PROJECT

FIGURE l - GENERAL LOCATION PLAN SCALE 1: 600 000

PROPERTY LOCATION ACCESS AND TOPOGRAPHY

The CDKW Rickard property may be accessed by two methods. The

first, which was used for staking, was by boat down the Abitibi

River from the Twin Falls generating dam located seven kilometres

east of Iroquois Falls. The boat ride, which takes approximately 20

minutes, accesses patented claim 24544. A trail leads form the

river to the Twindyke Shaft a distance of 400 metres.

The second and more practical access is by road from Matheson

through Carr and Wilkie Townships (Shallow River Access Road) into

Rickard Township. This is a recently completed logging road, still

being extended at this time and allows float access to within three

kilometres of the Twindyke shaft. A trail suitable for ATV and

skidder leads from the logging road to the Twindyke Shaft.

The claims are generally of flat relief covered by Pleistocene

clay deposits. Overburden depths appear to be shallow, on average

10-15 metres except north of the baseline where the depth of clay

increases north to the Abitibi River. Deep ravines north of the

baseline indicate overburden depth in excess of 25 metres. The

property was logged in the early 1900's with the only standing

growth comprising large mature poplar with a heavy undergrowth of

alders. The water supply for diamond drilling is from a pond and

creek located on claim 1206043. Casings from the 1996 drill program

were left in the ground at the request of the surface rights

holders as a possible source of potable water for their hunt camps

located on claim 1205846.

LAND TENURE AND OWNERSHIP

The CDKW property comprises fourteen contiguous staked mining

claims of 27 units with an area of 432 Ha. (figure 2) The claims

are held by 5. Carmichael, R. Whelan, M. Dyment and J. Kidston. The

staked claims cover the mining rights only and notification of work

must be given to the various surface rights holders. Such

notification was given during the summer of 1995. The list of

claims comprising the property are given in the following table:

Claim Number Recorded Date # Units Assessment Recorded Assessment Obligations

JulyJulyJuneJuneJuneJuneJuneJuneJuneJuneJuneJuneJulyJune

77888888888878

19951995199519951995199519951905199519951995199519951995

22

1l2411134221

SOSO50SOSOSOsosososososesoso

000000000000CO00000000000000

5800.00 5800.00 5400.00 5400.00 5800.00 SI,600. 5400.00 5400.00 5400.00 51,200. 51,600. 5800.00 5800.00 5400.00

by July 7by July 7by June 8by June 8by June 8

00 by Juneby June 8by June 8by June 8

00 by June00 by Juneby June 8by July 7by June 8

. 19971997199719971997

3, 1997199719971997

8, 19978, 1997199719971997

Total exploration expenditures of $10,800.00 must be applied

by June 8, 1997 in order to maintain the property in good standing.

The Abitibi-De-Troyes Provincial Park includes the mineral

rights under the Abitibi River which affects claim 1205846.

PREVIOUS WORK

The Twindyke mine was discovered by loggers in July of 1916

H206528

--4--

IIQ50741185876

ci

xo^

4 *FIGURE 2 - CLAIM LOCATION PLAN

SCALE l"si74 MILE

THE INFORMATION THAT APPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS SOURCES, AND ACCURACY IS NOT

MINING

SCALE: I-IK~ : r; l*-. f\ -** j f f, f j

Li^rW J i i SsJ:\i

TYPE OF DQC'JMEN'

PATENT, St1 F c ACE A M

.SURFACE RIG-

, MINiNG RlGH~

LEASE. SURFACE i M!f.

" ,SURFACE RIG-T " , s* IN IN; PiG'-~s

LICENCE OF CCC'JPA':;

ORDER-IN-CCuNCiL ..

RESERVATION ____..

CANCELLED ___....

SAND St GRAVEL — —

Licence of Occupat: be'.ow contour levei shores of the Abif

Flood rights along

400' Surface Rig

all Lok 5s and F

U ;GH;VA V A-.c POUT EC'ÊR RQ^DS

"^ ^ A l L, 3

S'JRVE V ED L'NES

TOWNSHIPS, EASE .

LOTS. MINING C ^~^-'

UNSURVEYEO LINES

LOT ..INES

PARCEL BOUNDAR^

MINING CLAIMS ETC

RAILWAY AND RIGHT C

UTILITY ÎNES

NON'ÊREN'-MAL " -?-

FLCODING OR ~ . DO-- '

SUBDIVISION OF C3f/-

RESEPVVT OK'S

ORIGINAL SHORELlr. T

MARSH OP. MUSKEG

""" ^ **r-C3, t

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4

near the northwest corner of patented claim 18405. Spectacular gold

samples were reported, one of which is reported to be located at

the Royal Ontario Museum. A full description of the property as

well as photographs of gold samples may be found in the Twenty-

Eighth Annual report of the Bureau of Mines of Ontario, 1918, Part

2, The Abitibi Night Hawk Gold Area. In 1918 the Mining Corporation

of Canada Limited completed 2,000' of diamond drilling and sunk an

inclined shaft to the 100-foot level. This was followed by 700' of

drifting and crosscutting on the 100-foot level. Underground work

on the 100-foot level supplemented by the surface drilling

indicated only very low gold values below a depth of 40 feet.

Mining Corp. then requested an extension on the option but was

refused.

In 1923 Rickard Gold Mines Limited was formed consisting of

five patented claims; 18405, 18406, 18407, 19629 and 19630. Little

work was done after this reorganization.

In 1934 Rickard Ramore Mines Limited was formed and between

1934-37 the shaft was deepened to 220', about 1,000' of drifting

and crosscutting on the 100-foot level, 425' of lateral work on the

200-foot level and about 10,000' of diamond drilling by Rickard

Ramore Gold Mines Limited. This drilling further delineated the

shaft mineralization to the east as far as the patented claim

boundary.

In 1938 Twindyke Mines purchased the five patented claims and

optioned five adjoining claims.

Between 1939-42 a winze was sunk from the 200 to 275-foot

WATABEAG ATHO-

7(: r^ - LITH

ProterozoicKeeweenavvan dijbase (not shown!

12 Cobalt Grouo

ArcheanMatachewan diabase (not shown)

Granitic rocks11 Granodiorite. monzonite, quartz monzonite,

syenite 10 Massive to gneissic quartz diorite, tonalite,

trondhjemite

Upper Supergroup9 9a* Timiskaming Grouo, 9b** Destor -

Porcupine Comoiex3 3a.3n. 3 lake River Grouo, 8c*** Blake

River (Upper rm , Tisdale Group)

7 7a, 7 b, Kinojevis Group, le K inoievis Group,(Middle Fm., Tisdale Group)

6 6a Larder Lake Group, 6b Stougnton-Roauemaure Group. 6c Lower Fm., TisdEleGroup

5 5c Porcupine Group

Lower Supergroups4 4a Skead Group, 4b Hunter Mine Group. 4c

Upper Fm.. Deloro Group 3 3a Catherine Group, 3c Middle Fm , Deloro

Group 2 2a Wabewawa Group, 2c Lower Fm., Deloro

Group 1 1a Pacaud tuffs ""

"a refers to Kirkland LaKe Area, south limb of synclinorium (Jensen 1978c. 1979). *b refers to Kirkland Lake Area, north limb of synclinorium [Jensen 1976, 1978bl. c refers to Timmins Area (Pyke 1980) " (Goodwin 1965/.

FIGURE 3 - REGIONAL GEOLOGY(FROM JENSEN AND LANGFORD, 1985)

level with 1,000' of lateral work on the 275-foot level.

Between 1944-53 additional surface drilling by Twindyke Mines

Limited tested the Massive Sulfide Zone located adjacent to the

shaft. This zone outlined a pyrite body 1,000' long, 75' wide to a

depth of 400' averaging 391 sulphur and 3 5% hematite. Apparently

the Texas Gulf Sulphur Company examined the prospect but decided to

explore for sulphide deposits elsewhere. (Like near Timmins!)

Drilling at this time by Riczone Mines Ltd. on the adjacent

claim east of the shaft claim intersected similar mineralization

and veining which was termed the Riczone. Some of this core is

present in a core dump located on the trail south of the baseline

east of 6+OOE. References were made to pits having gold

mineralization on zone located 900 metres south of the Riczone

termed the South Carbonate Zone.

The property then exchanged hands over the years, the last

recorded holders being North Hall Mines. In 1995 the owners decided

to relinquish the mining rights which reverted back to the Crown on

June 1st, 1995. All claims were opened for staking with the

exception of claims 18405 and 23576. A mine hazard was determined

to be present on these two claims. The shaft on claim 18405 is open

and filled with water but could be easily capped. There is no

hazard on claim 23576 and it is not clear why this claim was

withdrawn from staking. The current claim owners have tried to have

the site inspected, but have not succeeded due to government

cutbacks.

REGIONAL GEOLOGY

Rickara Township was mapped by ODM geologist P. Simony in 1963

as part of a regional program including Knox and Kerrs Townships

east of Rickard. Only Knox Township shows appreciable bedrock

exposure. There appears to be only limited bedrock exposure in

Rickard Township, most of which is on the Twindyke property,

mapping by Simony reports that the property is underlain by

Keewatin andesitic lavas cut by north-trending diabase and quartz-

diabase dikes. The Twindyke shaft area is described as following:

"The gold was found in quartz and quartz-carbonate veins that cut altered pillow lava and Keewatin(?) diabase and dip steeply south. Two main veins are recognized in the shaft area. The more northerly vein strikes about east-west and dips 60 ; S. It is about 30 inches wide. The more northerly vein strikes N.75 C'W and dips 60 G S. It consists of a series of stringers in a zone 8 feet wide. The veins were found to unite underground at a point a short distance west of the shaft.They contain disseminated and patchy pyrite, chalcopyrite, galena and molybdenite. The pocket of high gold values is reported to have been composed of coarse gold, bismuth telluride and silver in a crushed-quartz matrix. For distances of 5-10 feet from the vein, the wallrocks are strongly carbonatized to a pale greyish brown rock, regardless of their rock type. The alteration zone in the vicinity of the veins is about 60 feet wide. A series of mineralized east-west shears and veins occurs in a zone 600-1,300 feet south of the shaft. In this zone a strongly pyritized tuff band strikes northwards."

In a regional setting, the Twindyke property may be part of

the Lower Tisdale Group. The stratigraphy in Rickard Township as

compiled by L. Jensen is a little vague in this regard. It appears

that most of Rickard Township is underlain by iron tholeiitic

basalt whereas the Lower Tisdale Group proper comprises komatiitic

sequences with some magnesium-tholeiites. Further to the west and

north of Timmins this particular group of tholeiitic basalts

becomes intercalated with the Kidd Creek rhyolites and thus part of

the Kidd-Munro assemblage. Work is currently being carried out by

the Geological Survey of Canada (C.T. Barrie) with various industry

participation in order to better understand the stratigraphy west

of Lake Abitibi .

1996 EXPLORATION PROGRAM

1) INTRODUCTION

The 1996 exploration program comprised an initial program of

griding, Total Field Magnetics survey, geological mapping and Time

Domain Induced polarization surveys. This work was completed

between October and early December, 1995. Three diamond drill holes

were completed between March and July, 1996. The following is a

list of work completed:

1) Griding.............................. 20.0 km2) Total Field Magnetics................ 18.2 km3) Geological Mapping................... 13.0 km4) Induced Polarization................. 11.2 km5) Diamond Drilling..................... 643.3 metres

2) GEOLOGICAL MAPPING

Geological mapping/prospecting was completed at a scale of

1:2500 by this author from Oct. 31 - Nov. 3, 1995 over the west

portion of the cut grid from lines 2 + OOW to 11+OOE. This was more

8

of a prospecting program aimed at locating previous drill sites,

pits and trenches as well as locating the Riczone east of the

shaft.

Two areas of relatively high outcrop density are present on

the property. The first area is over the southwest portion on claim

1206042, the other area south of the baseline between lines 6 + OOE

ana 10+OOE. The most striking geological features are the parallel

diabase dikes which strike roughly north-south with an average

width of 20 metres. These are massive, fine to medium-grained

highly magnetic dykes intruded into dark green medium-grained

massive iron tholeiitic basalt. Only one outcrop of pillowed basalt

was observed on line 9+OOE, 1+50S. Two samples of the basalt were

taken for whole rock analysis and three for gold assays. The whole

rock analysis plot within the tholeiitic field, either iron or

magnesium rich. The sample locations are as follows:

R95-4 0+00 7 + 50S WR Fe-tholeiiteR95-5 0+90E 4+70S 5097 3 ppb AuR95-7 6+70E 2+15S WR Mg-tholeiiteR95-8 7+30E 1+50S 5099 Nil AuR95-9 8+OOE 1+20S 5100 Nil Au

Field Description

R95-4 Dark green massive diabasic-textured basalt.R95-5 Highly carbonatized and silicified, 41 pyrite.R95-7 Weakly sheared basalt, foliation at 124/84S.R95-8 Riczone. Quartz/carbonate stringers in highly sheared

basalt. 2 *15 pyrite. R95-9 Quartz/carbonate vein in basalt. Nil pyrite.

One major structure was located from the mapping which

represents the Riczone and may be traced with confidence to the

Twindyke shaft. This fault strikes approximately 100 3 dipping near

vertical or slightly to the north and is associated with a strong

schistosity and quartz/carbonate stringers. Three old drill collars

were located near line 8+60E, 0+80S which closely approximates some

of the Riczone Mines drill hole locations. This area was

subsequently tested by RJK Explorations drill holes R96-1 and R96-

3. A second structure was located on line 0+90E, 4+70S comprising

highly carbonatized and silicified basalt. This structure is poorly

exposed on the south side of an outcrop and the width and extent

could not be determined. A grab sample from this location returned

nil gold. There is a weak I.P. response over this shear zone.

Pits supposedly located along the South Carbonate Zone were

not located, however, heavy undergrowth may have obscured these

sites .

3) TOTAL FIELD MAGNETICS

Total field magnetics readings were taken at 12.5 metre

intervals both along the baseline and cross lines. A Scintrex/EDA

OMNI-4 Proton Precession Magnetometer was used along with a

Scintrex MP-3 constant-reading Base Station for diurnal

corrections. Reading were taken by Pierre Gervais from Services

Exploration with contouring completed by S. J. Carmichael

Consultants. The corrected data was then contoured at 25 nT

interval and plotted at a scale of 1:2500 so as to directly overlay

the geological mapping.

The most prevalent features from the survey are a series of

north-south trending aiabase dikes with west flanking dipole

10

magnetic lows. The large magnetic anomaly between lines 1+OOE and

2+OOW from 3 + OOS to 6+OOS appears to be caused by a either a small

gabbroic intrusive and/or at least two parallel diabase dikes. The

overall magnetic response i s h igh, ^8,000 nT suggesting that iron

tholeiitic basalts underlay most of the property. Due to the strong

response from the diabase dikes, the survey was unable to define

trends associated with either faulting or volcanic/sedimentary

stratigraphy.

4) DIAMOND DRILLING

Three diamond drill holes were completed for a total length of

643.3 metres. Drill R96-1 tested the Riczone from which previous

drilling by Riczone Mines returned assays as high as .41 oz/ton

with an associated I.P. response. Drill hole R96-2 tested an I.P.

anomaly south of the shaft which reported assays as high as 1.37

oz/ton over 10'. The third hole tested the Riczone east of the

initial hole R96-1, also with an associated weak I.P. response.

The location cf the three holes are given in the following

table:

DD# LAT. LONG. DIP AZIMUTH DEPTH

R96-1 2+75S 7 + 75E -45 0 352 0 289.0mR96-2 6-r75S 0 + 00 -50 0 340 0 184.8mR96-3 2+25S 10+OOE -45 0 340 0 169.5m

SUMMARY LOG AND RESULTS

R96-1

i02.oC - 104.30 Breccia Zone (Riczone:104.30 - 113.81 Quartz- Veined Basalt113.31 - 118.35 Foliated Pillowed Basalt118.35 - 118.75 Graphitic Fault118.75 - 119.30 Foliated Basalt119.30 - 120.12 Graphitic Fault120.12 - 165.30 Carbonatlzed Basalt165.30 - 166.52 Chert and Siltstone166.52 - 169.21 Chert169.21 - 175.30 Chert and Siltstone175. 30 - '-31. 7 1 Chert181. "l - 187.96 Felsic Tuff or Sediment187. ;6 - 192.01 Chert192.31 - 196.04 Graphitic Shale and Chert196.J4 - 209.54 Carbonatlzed Basalt209.54 - 274 . 85 Basalt274.85 - 278.84 Carbonatlzed Basalt278.84 - 289.02 Basalt289.C2 End of Hole

R96-1 intersected the Riczone at a depth of 102.80 metres

which comprises a highly brecciated, silicified and hematized

basalt. The pyrite content was very low, generally X-2% coarse

euhedral grains. The best assay was 127 ppb Au over 0.64 metres.

Further down the hole an interflow sedimentary horizon was

intersected comprising chert, cherty siltstone and what appears to

be a felsic tuff unit. Sulfide mineralization is generally absent

and only trace gold mineralization was intersected. The core axis

angles indicate that the sediments are either cross-cutting the

drill hole direction or may be dipping at a shallow angle to the

north.

R96-2

0.00 - 3.05 Casing3.05 - 10.52 Basalt10.52 - 124.18 Diorite124.18 - 130.13 Silicified Intrusive130. 13 - 140.18 Basalt140.13 - 144.62 Mineralized Zone il.P. Anomaly;144.62 - 184.76 Basalt134.76 End of Hole

R96-2 tested an I.P. Anomaly possibly associated with the

Lower Carbonate Horizon. A highly brecciated, silicified and

12

hematized unit was intersected from 140.18 - 144.62 metres, similar

to the zone intersected in R96-1. Pyrite content was again low,

generally trace to 2 ^ p yrite. Only trace gold values were returned.

R96-3

0.00 - 5.23 Casing5.23 - 120.00 Basalt120.30 - 136.64 Carbonatized Basalt136.64 - 138.30 Mineralized Zone138.30 - 140.07 Silicified Basalt140.07 - 169.53 Basalt159.53 End of Hole

R96-3 tested a weak I.P. anomaly along the Riczone trend 225

metres east of R96-1. The Riczone may have been intersected from

136.64 - 138.30 metres, but is quite unlike the zone intersected in

R96-1. The zone, as intersected in R96-2 appears to comprise a

pyritic interflow sediment mineralized with up to 301 semi-massive

pyrite. The best assay from this section was 223 ppb Au over a core

length of 1.00 metres.

SUMMARY AND RECOMMENDATIONS

Although drilling by RJK Explorations verified the existence

of at least two alteration zones on the Twindyke property, the

total lack of gold mineralization indicates that the previous

operators may have been less than honest in the reporting of their

drill hole assays.

It seems quite likely that some high-grade gold mineralization

was present at the shaft but does not appear to carry beyond the

immediate underground workings. The Riczone does exist as a strong

13

deformation zone with associated silicification, carbonatization

and hematization, ali of which are important ore-forming processes.

Earlier engineering reports refer to a shallow rake of

mineralization to the east from the shaft and the RJK drilling may

have been too shallow to intersect significant sulfide

mineralization and associated gold mineralization. It is therefore

possible that deeper drilling, at least 300 metres below surface,

could intersect gold mineralization.

In addition, there are many I. P. targets which should be

tested by additional drilling. The most important is a weak anomaly

extending from line 9+OOE to 14+OOE, open to the east between 8+OOS

and 9+50S. This anomaly may represent part of the South Carbonate

Zone which was reported to have surface gold mineralization in

pits. Although these pits were not located during the mapping,

detailed prospecting along the trend of this I. P. anomaly may

locate these pits.

,/, FGAC

14

APPENDIX l

CERTIFICATE OF QUALIFICATIONS

I, Stewart J. Carmichael, of the Town of Kirkland Lake, in the

District of Timiskaming, in the Province of Ontario, Canada, do

hereby certify that:

1) I am a consulting geologist with address 42 Rand Avenue East,

Kirkland Lake, Ont. P2N 1X1.

2) l am a graduate of McMaster University, Hamilton, Ontario,

having received the degree of Bachelor of Science, Geology from

the Faculty of Science in 1982. I have since in the field of

mineral exploration continuously since graduation.

3) I am a Fellow of the Geological Association of Canada.

4) I hold a 34 ii interest in the CDKW-Rickard property.

Dated this ^- day of April, 1997

Stewart J. Carmichael, B. Se., FGAC

15

APPENDIX B

Sources of Information

Barrie, C.T.1996; Project Unit 96-00. The Kidd-Munro Extension Project;

in Summary of Field Work and Other Activities, Ontario Geological Survey, Miscellaneous Paper 166, p.9.

Ferguson, S.A, Groen, H.A. and Haynes, R.1971: Gold Deposits of Ontario, Part 1: Districts of Algoma,

Cochrane, Kenora, Rainy River and Thunder BayOntario Geological Survey, Mineral Resources Circular18, p. 86

Jensen, L.S.1985: Geology and Petrogenesis of the Archean Abitibi Belt,

in the Kirkland Lake Area, Ontario; Ontario Geological Survey, Miscellaneous Paper 123, 130p. and maps

Simony, P.S.1965: Rickard, Knox and Kerrs Townships. Ontario Department

of Mines, Geological Report No. 37, map 2073

Kirkland Lake Resident Geologist Office Assessment Files

KL-2740 Twindyke MiningKL-2365 Rickard GMLRiczone Mines Ltd.

13

APPENDIX C

DRILL LOGS AND ASSAY CERTIFICATES

R.J.K. EXPLORATIONS - RICKARD PROJECT

Co-ords -275.0 N

Azimuth: 340.0

775.0 E

Dip: -45 . O

Elevation 1000.0

Length: 289.0

DIAMOND DRILL RECORD

HOLE NO.:

Page: l

R96-1

Property:

Purpose:

Drilled by.

Date Started:

RICKARD

Test IP Anomaly

Heath k Sherwood

March 11, 1996

Date Completed: March 20, 1996

Logged by: S.J. Carmichael, March 28, 1996

Core Size: BQ

Claim Number: 1206041, 1206037

Longitude 7+75E

Latitude 2+75S Dip Tests

from to

(m) (m)

78.0 340.0 -44.0

118.6 340.0 -50.0

245.7 340.0 -42.0

282.0 340.0 -41.0

-Description- Sample from to Length AU Au-2

No. (m) (m) (m) PPB gms/tonne

.00 5.49 CASING

5.49 102.80 BASALT

Medium to dark green fine-grained basalt.

Non-magnetic. Weakly fractured with l-2% quartz + -

R.J.K. EXPLORATIONS - RICKARD PROJECT Page: 2

HOLE NO.: R96-1

from to

(m) (m)

-Description-

calcite stringers. Weakly carbonatized.

13.11 14.33 Weakly carbonatized, trace pyrite. Weak

foliation at 32 deg to C.A.

15.61 17.38 Slightly bleached, weakly carbonatized

with 1 \ quartz stringers. Trace pyrite.

22.32 23.17 Quartz veins from 22.32-22.41m,

22 . 50-22 . 65m. \ \ pyrite throughout.

23.93 24.54 1 0* quartz veins, trace pyrite.

38.41 39.63 Weakly carbonatized and bleached. 2 \

quartz stringers. Trace pyrite.

42.99 43.90 As above.

43.90 44.82 Silicified/quartz flooded with 8*1; fine

pyrite from 44.21-55.51m. Trace pyrite

remainder of section.

44.82 46.19 Possible tuffaceous volcanics. Foliation

at 20 deg to C.A.

54.05 Flow contact, possible pillow selvage.

Basalt becoming lighter grey in color,

increasingly carbonatized.

77.74 78.05 Shear, 20*1; quartz/calcite stringers. Dip

10 deg to C.A.

100.30 101.22 Moderately fractured basalt, S'fc quartz

stringers, l 1!; pyrite.

101.22 102.13 As above.

102.13 102.8O As above.

Sample from to Length AU Au-2


5276 13.11 14.33 1.22 7 nil

5277 15.61 17.38 1.77 3 nil

5278 22.32 23.17 .85 2 nil

5279 23.93 24.54 .61 nil nil

5280 38.41 39.63 1.22 nil nil

5281 42.99 43.90 .91 nil nil

5282 43.90 44.82 .92 nil nil

5283 44.82 46.19 1.37 nil nil

5284 100.30 101.22 .92 nil nil

5285 101.22 102.13 .91 nil nil

5286 102.13 102.80 .67 31 tr


HOLE NO.: R96-1

from

(m)

to

(m)



102.80 104.30 BRECCIA ZONE

Highly brecciated and silicified/albitized basalt.

Coarse angular buff albitized fragments up to lcm in

size .

Groundmass comprises dark purple hematite. ID-15%

quartz flooding and stringers. Pyrite content is low,

l-2% coarse pyrite.

102.80 103.66 As above.

103.66 104.30 As above, 4-51 pyrite from

104.12-104.33m.

5287 102.80 103.66 .86 91 tr

5288 103.66 104.30 .64 127 .13

104.30 113.81 QUARTZ VEINED BASALT

Highly fractured medium-green fine-grained basalt

with 201 gash fractures and stringers. 11 pyrite

throughout.

104.30 105.49 As above.

105.49 106.10 As above.

106.10 107.01 Brecciated with

silicification/albitization from

106.40-107.Olm. Similar to unit at

102.80m. 11 pyrite.

107.01 107.84 Fractured basalt, healed fault breccia

5289 104.30 105.49

5290 105.49 106.10

5291 106.10 107.01

1.19

.61

.91

3 nil

5 nil

108 .11

5292 107.01 107.62 .61 14 tr


HOLE NO.: R96-l

from

(m)

to

(m)



at 107.80m.

107.84 108.84 Fractured basalt, ID-15% quartz

stringers. Trace pyrite.

108.84 110.06 As above.

110.06 111.28 As above.

111.28 112.50 As above.

112.50 113.26 As above.

113.26 113.81 Highly silicified. 90% quartz with 8%

disseminated pyrite.

5293 107.62 108.84 1.22

5294 108.84 110.06

5295 110.06 111.28

5296 111.28 112.50

5297 112.50 113.26

5298 113.26 113.81

nil

1.

1 .

1

.22

.22

.22

.76

.55

3

2

3

5

26

nil

nil

nil

nil

tr

113.81 118.35 FOLIATED PILLOWED BASALT

Light green/grey foliated pillowed basalt. Moderately

fractured with 10% quartz veins along foliation.

Foliation at 30 deg to C.A. 1 -2* euhedral pyrite in

quartz veins.

113.81 114.94 As above.

114.94 116.46 As above.

116.46 117.68 2t quartz stringers, 1-2*^ pyrite.

117.68 118.35 As above.

5299 113.81 114.94 1.13 nil nil

5300 114.94 116.46 1.52 nil nil

5301 116.46 117.68 1.22 3 nil

5302 117.68 118.35 .67 3 nil

118.35 118.75 FAULT

Gravel core comprising graphitic sediments and

volcanics. S ^ coarse pyrite.


HOLE NO.: R96-1

from to

(m) (m)

-Description- Sample

No.

from to

(m) (m)

Length

(m)

AU

PPB

Au-2

gms/tonne

118.75 119.30 FOLIATED BASALT

Dark grey purple/green foliated volcanics. Foliation

along the C.A. 1-2*?; very fine pyrite.

5303 118.75 119.30 .55 nil

119.30 120.12 FAULT

Gravel core comprising quartz and graphitic gouge.

Dip along the C.A.

5304 119.30 120.12 .82 10 tr

120.12 165.30 CARBONATIZED BASALT

Light grey fine-grained carbonatized basalt. Almost

intermediate in appearance. Speckled throughout with

5% very fine leucoxene. Weakly fractured with 4 *

quartz stringers and veins. Nil to trace pyrite.

126.83 128.35 As above, check sample.

128.35 129.88 As above.

132.62 134.15 As above.

181.71 152.74 Check sample.

157.32 158.84 Quartz vein/flooded from

157.77-157.93m. S-10% pyrite.

163.41 164.63 5 * quartz stringers, trace pyrite.

5305 126.83 128.35 1.52 3 nil

5306 128.35 129.88 1.53 nil nil

5307 132.62 134.15 1.53 nil nil

5308 151.22 152.74 1.52 nil nil

5309 157.32 158.84 1.52 nil nil

5310 163.41 164.63 1.22 nil nil


HOLE NO.: R96-1

from

(m)

to

(m)



164.63 165.30 As above, becoming very fine-grained.

Tops down-hole.

5311 164.63 165.30 .67 29 tr

165.30 166.52 CHERT AND SILTSTONE

Interbedded light grey chert and darker grey

siltstone to greywacke. Siltstone sections approach

graphitic composition over short intervals. Core axis

angle is generally poor, low angle.

165.30 166.52 Dark grey fractured chert and

siltstone. S-10% fine and

coarse-grained euhedral pyrite.

5312 165.30 166.52 1.22 56 tr

166.52 169.21 CHERT

Light creamy chert. Trace pyrite. Foliation at 20 deg

to C.A.

166.52 167.99 As above.

167.99 169.21 As above.

5313 166.52 167.99 1.47 5 nil

5314 167.99 169.21 1.22 7 nil

169.21 175.30 CHERT AND SILTSTONE

Interbedded chert and cherty siltstone.

169.21 170.18 Siltstone and cherty siltstone.

pyrite.

5315 169.21 170.18 .97 nil nil


HOLE NO.: R96-1

from

(m)

to

(m)

Description- Sample from to Length AU Au-2


170.18 171.71 As above, increasingly cherty down

section. Trace pyrite.

171.71 173.17 Coarse wacke or felsic tuff. Trace-1%

pyrite.

173.17 174.54 As above.

174.54 175.30 Silicious carbonaceous chert and shale

with 2% pyrite. Foliation at 35 deg to

C. A.

5316 170.18 171.71 1.53 2 nil

5317 171.71 173.17 1.46 2 nil

5318 173.17 174.54 1.37 nil nil

5319 174.54 175.30 .76 13 tr

175.30 181.71 CHERT

178.35 179.42 As above, 4-5*?; fine pyrite from

178.96-179.42m.

5320 178.35 179.42 1.07 9 nil

181.71 187.96 FELSIC TUFF OR SEDIMENT

Light grey/green silicious tuff or sediment. Upper

contact at 14 deg to C.A.

181.71 183.23 Tuff, 1 -2* pyrite.

186.59 187.96 Becoming increasingly silicious.

Trace-1% pyrite. ~2.\ quartz stringers.

5321 181.71 183.23 1.52 nil nil

5322 186.59 187.96 1.37 nil nil

187.96 192.01 CHERT

187.96 189.33 As above, trace pyrite. 5323 187.96 189.33 1.37 nil nil


HOLE NO.: R96-1

from to

(m) (m)

-Description- Sample

No.

from

(m)

to

(m)

Length

(m)

AU

PPB

Au-2

gms/tonne

189.33 190.85 As above.

190.85 192.01 As above, 4% coarse pyrite.

5324 189.33 190.85 1.52 nil nil

5325 190.85 192.01 1.16 nil nil

192.01 196.04 GRAPHITIC SHALE AND CHERT

Dark grey silicious chert and graphitic shale, e-10%

euhedral pyrite and fine diddeminations. Bedding at

18 deg to C.A.

192.01 193.29 As above, 8*1; pyrite.

193.29 194.51 As above, ID'S; pyrite.

194.51 196.04 Mixed chert or felsic tuff. 4-5*1 pyrite.

5326 192.01 193.29 1.28 41 tr

5327 193.29 194.51 1.22 43 tr

5328 194.51 196.04 1.53 14 tr


Medium grey fine-grained carbonatized basalt.

Continuation of unit above sediments.

196.04 197.26 As above, check sample. Trace pyrite.

200.30 201.52 10% quartz veins and stringers. 1-2*?;

pyrite.

203.66 204.73 Quartz vein/flooded from

203.93-204.73m. 2 -4* disseminated

pyrite in vein.

5329 196.04 197.26 1.22 5 nil

5330 200.30 201.52 1.22 5 nil

5331 203.66 204.73 1.07 2 nil

209.54 274.85 BASALT


HOLE NO.: R96-1

from to

(m) (m)



Gradational change from grey carbonatized basalt to

dark green medium-grained chloritic basalt.

226.52 Becoming weakly porphyritic. 1*3;

feldspar phenocrysts up to 3mm in size.

245.73 End of original hole, deepened to

289. 02m.

261.10 262.04 Moderately fractured basalt. 20'?; quartz

veins and flooding. B-8% pyrite.

5332 261.10 262.04 .94 nil


Basalt becoming lighter grey in color. Weakly

carbonatized.

275.61 276.83 As above, 4% quartz veins, trace pyrite.

276.83 277.74 As above.

277.74 278.84 Quartz vein from 277.99-278.llm. Trace

pyrite .

5333 275.61 276.83 1.22 2 nil

5334 276.83 277.74 .91 3 nil

5335 277.74 278.84 1.10 nil nil

278.84 289.02 BASALT

289.02 End of hole.

Casing Left.

Core stored at Kasner gravel pit, Kenogami.

R. J. K. EXPLORATIONS - RICKARD PROJECT

Co-ords -675.O N

Azimuth: 340.0

Dip: -50.0

Elevation 1000.0

Length: 184.1

. O E


HOLE NO.:

Page: l

R96-2

Property:

Purpose:

Drilled by:

Date Started:

Rickard

Test I.P. Anomaly

Heath and Sherwood

June 9 1996

Date Completed: July 12 1996

Logged by: S. Carmichael, July 30 1996

Core Size: BQ

Claim Number: 1206042

Longitude 0+00 W

Latitude 6+75 S Dip Tests

from

(m)

to

(m)



.00 3.05 CASING

3.05 10.52 BASALT

Dark green fine to medium-grained basalt. Generally

massive with phases of weak silicification+quartz

R. J. K. EXPLORATIONS - RICKARD PROJECT Page: 2

HOLE NO.: R96-2

from to

1 (m) (m)

-Description- Sample from to Length

No. (m) (m) (m)

AU Au-2

PPB gms/tonne

veins.

3.05 4.00 As above, 2% quartz stringers. It; pyrite

throughout, trace chalcopyrite.

5.00 6.00 Silicified with quartz veining from

5.50-5.65m. \ \ f ine pyrite.

6.00 7.16 Silicified basalt, 10 !k quartz stringers,

trace to \\ pyrite.

7.60 10.52 Becoming diabasic in texture. May be part

of lower intrusive.

5467 3.05 4.00 .95 nil nil

5468 5.00 6.00 1.00 14 tr

5469 6.00 7.16 1.16 nil nil

10.52 124.18 MAFIC INTRUSIVE

Coarse grained gabbroic textured intrusive.

Non-magnetic, possibly dioritic with phases of finer

grained mafic syenite. Ca-plagioclese phenocrysts up

to 5mm in size.

15.86 17.64 Fine-grained mafic syenitic phase.

32.32 33.20 Weakly silicified/baked fine-grained

phase. Trace pyrite.

41.60 45.60 Fine-grained phase.

42.00 42.60 Silicified/epidotized with 2 \ pyrite from

42.00-42.28m.

63.45 64.50 Carbonatized altered fine-grained phase.

Trace pyrite.

64.50 65.85 As above, becoming coarser-grained.

5470 32.32 33.20 .88 nil nil

5471 42.00 42.60 .60 29 tr

5472 63.45 64.50 1.05 nil nil

5473 64.50 65.85 1.35 nil nil


HOLE NO.: R96-2

from

(m)

to

(m)



82.26 83.00 Silicified/baked zenolith(?) trace pyrite.

114.00 114.22 Fine grained diabase dike. Moderately

magnetic. Sharp upper and lower

contacts.

5474 82.26 83 . 00 . 74 nil nil

124.18 130.13 ALTERATION ZONE

Buff weakly to moderately silicified intrusive. Relic

feldspar phenocrysts present throughout. Phenocrysts

have been altered to green sericite or mariposite.

2-4^ quartz stringers and veins throughout. Generally

trace pyrite throughout except as noted.

124.18 125.00 Intrusive, alteration increasing down

section.

125.00 126.00 Altered intrusive, quartz vein from

125.34-125.42m, Healed fault, foliation

at 62 deg to GA. Trace pyrite.

126.00 127.00 Highly silicified, 2 \ f ine euhedral

pyrite .

127.00 127.38 As above.

127.38 128.00 Silicified and brecciated from

127 .50-127.77m. S-4% fine pyrite.

128.00 129.00 Weakly silicified, trace pyrite.

129.00 130.13 Moderately silicifed, trace pyrite.

5475 124.18 125.00 .82 2 nil

5476 125.00 126.00 1.00 nil nil

5477 126.00 127.00 1.00 31 tr

5478 127.00 127.38 .38 173 .17

5479 127.38 128.00 .62 38 tr

5480 128.00 129.00 1.00 3 nil

5481 129.00 130.13 1.13 nil nil


HOLE NO.: R96-2

from to

(m) (m)

Description- Sample from to Length AU Au-2


130.13 140.18 BASALT

Dark green fine-grained basalt. Becoming

medium-grained down section. Moderately fractured

throughout with 4 ^ quartz/calcite stringers -f--

epidote stringers.

139.02 140.18 As above, check sample. 5482 139.02 140.18 1.16 nil nil

140.18 144.62 MINERALIZED ZONE

Dark grey/purple moderately to highly brecciated and

silicified. 10*1; quartz/calcite stringers throughout.

Sulfide content described below.

140.18 140.70 Highly breciated and silicified,

possible healed fault from 140.18

140.40m with 4-5*3; pyrite.

140.70 141.30 Dark purple moderately silicifieed with

1\ pyrite.

141.30 142.07 As above, becoming less hematized.

Trace pyrite.

142.07 143.10 Moderately fractured weakly silicified.

Trace pyrite.

143.10 144.00 As above silicified from

143.10-143.40m, trace to 11 pyrite.

144.00 144.62 As above, 1-21 erratic pyrite.

5483 140.18 140.70 .52 70 tr

5484 140.70 141.30 .60 nil nil

5485 141.30 142.07 .77 12 tr

5486 142.07 143.10 1.03 2 nil

5487 143.10 144.00 .90 nil nil

5488 144.00 144.62 .62 nil nil


HOLE NO.: R96-2

from to

(m) (m)



144.62 184.76 BASALT

Dark green moderately fractured fine grained basalt.

Weakly magnetic to 149.70m. 10 !k quartz/epidote veins

and stringers.

146.00 146.62 Silicified/hematized from 146.15 146.34

with 4-5% pyrite.

150.20 150.40 Diabase dike.

151.66 152.50 Moderately fractured basalt. Trace

pyrite.

152.50 153.50 Increasing fractured, 5% pyrite.

153.50 154.07 Moderately silicified, 4 * pyrite.

154.07 155.00 Weakly fractured and silicified. Trace

pyrite.

177.44 178.66 Highly fractured and silicified, 20!?;

quartz stringers, 2% pyrite throughout.

178.66 179.30 As above.

184.76 END OF HOLE.

Casing Pulled.

Core stored at Kenogami.

5489 146.00 146.62 .62 nil nil

5490 151.66 152.50 .84 nil nil

5491 152.50 153.50 1.00 nil nil

5492 153.50 154.07 .57 nil nil

5493 154.07 155.00 .93 nil nil

5494 177.44 178.66 1.22 3 nil

5495 178.66 179.30 .64 nil nil

R.J.K. EXPLORATIONS - RICKARD PROJECTCo-ords -225.0 N

Azimuth: 340.0

1000.0 E

Dip: -45. O

Elevation 1000.0

Length: 169.5


HOLE NO.:

Page: l

R96-3

Property:

Purpose:

Drilled by:

Date Started:

Rickard

Test I.P. Anomaly

Heath and Sherwood

July 12, 1996

Date Completed: July 14, 1996

Logged by: S. Carmichael August 30, 1996

Core Size: BQ

Claim Number: 1206037

Longitude 10+00 E

Latitude 2+25 S Dip Tests

from

(m)

to

(m)



.00 5.23 CASING

5.23 120.00 BASALT

Medium green fine-grained massive basalt. Weakly

fractured with 4 fk quartz -f- calcite veins.


HOLE NO.: R96-3

from to

(m) (m)



69.04 69.31 Weakly silicified, bleached basalt. 2 0*

quartz veins, Barren.

91.63 93.00 Silicified and epidotized from

92.00-92.70. Possible fault at 92.35m.

Trace pyrite.

98.44 98.63 Quartz vein/flooded. Barren.

102.67 102.82 As above.

5507 91.63 93.00 1.37 15 tr


Medium grey/green finer grained weakly carbonatized basalt. Weakly to moderately fractured with quartz + - calcite veins.

126.02 127.00 As above, 10% quartz veins, trace

pyrite.

128.48 129.65 As above.

133.00 134.45 As above.

134.45 135.00 Moderately foliated and silicified. 11

pyrite.

135.00 135.46 Quartz vein, dark grey highly

fractured. Trace pyrite. Gravel core in

section may represent fault.

135.46 136.64 Dark grey/black very fine-grained

volcanic. 2 \ pyrite throughout.

5508 126.02 127.00 .98 7 nil

5509 128.48 129.65 1.17 7 nil

5510 133.00 134.45 1.45 3 nil

5511 134.45 135.00 .55 2 nil

5512 135.00 135.46 .46 2 nil

5513 135.46 136.64 1.18 5 nil


HOLE NO.: R96-3

from to

(m) (m)



136.64 138.30 MINERALIZED ZONE

Dark green fine-grained interflow unit mineralized

with 301 semi-massive pyrite. Weakly to moderately

silicious with lO'k quartz veins.

136.64 137.64 As above.

137.64 138.30 As above, ID-15% pyrite.

5514 136.64 137.64 1.00 223 .22

5515 137.64 138.30 .66 77 tr

138.30 140.07 SILICIFIED BASALT

Medium grey fine-grained moderately silicified

volcanic. ID-15% quartz stringers. Trace-1% pyrite.

138.30 138.80 As above, foliation at 33 deg to C.A.

138.80 139.41 Diabase dike, upper contact at 32 deg

to C.A.

139.41 140.07 Moderately silicified, \ \ disseminated

pyrite.

5516 138.30 138.80 .50 7 nil

5517 139.41 140.07 .66 3 nil

140.07 169.53 BASALT

Dark green finer-grained basalt. Darker green in

colour than upper volcanics.

149.00 149.30 Felsic Tuff or Sediment Gravel core.

160.00 161.00 Silicious/cherty phase. Trace pyrite.

161.00 162.05 As above, 5t clots of pyrite from

5518 160.00 161.00 1.00 nil nil

5519 161.00 162.05 1.05 nil nil


HOLE NO.: R96-3

from to

(m) (m)



161.60-162.05m.

162.05 163.05 As above, trace pyrite.

163.05 164.14 Weakly hematized. Trace pyrite.

168.76 169.40 101; finely disseminated pyrite.

169.53 END OF HOLE.

Casing Pulled.

Core stored at Kenogami.

5520 162.05 163.05 1.00 nil nil

5521 163.05 164.14 1.09 nil nil

5522 168.76 169.40 .64 4 nil

Swastika LaboratoriesA Division o f TSL/Assayers Inc.

Established^ Assaying - Consulting - Representation

Geochemical Analysis Certificate

Company: RJK EXPLORATION INCProject:Ann: G. Kasner

We hereby certify the following Geochemical Analysis of 46 Core samples submitted APR-02-96 by .

Page l of 2

6W-1262-RG1

Date: APR-12-96

Sample Number5229 5247 5248 5269 5273

5276 5277 5278 5279 52805281 5282 5283 5284 5285

5301 5302 5303 5304 53055306 5307 5308 5309 5310

5311 5312 5313 5314 5315

Au PPB

3 NilNil

3 217 32

Nil Nil

Nil NilNil Nil Nil

3 3 7

10 3

Nil Nil Nil Nil Nil

2941 5 7

Nil

Au Check PPB

22

-

3

-

-

51

One assay ton portion used.

Certified by

P.O. Box 10, Swastika, Ontario POK 1TO Telephone (705)642-3244 FAX (705)642-3300

Swastika LaboratoriesA Division o f TSL/Assaycrs I nc.

Assaying - Consulting - RepresentationEstablished 1928

Geochemical Analysis CertificateCompany: RJK EXPLORATION INCProject:Ann: G. Kasner


Page 2 of 2

6W-1262-RG1

Date: APR-12-96

Sample Number53165317 5318 5319 53205321 5322 5323 5324 53255326 5327 5328 5329 53305331

Au PPB

2 2

Nil 14 9

Nil Nil Nil Nil Nil

3943 14 5 5

2

Au Check PPB

12

-

43

3


Certified by

P.O. Box 10, Swastika, Ontario POK 1TO Telephone (705) 642-3244 FAX (705)642-3300 \

Swastika LaboratoriesA Division of TSL/Assayors Inc.

Assaying - Consulting - RepresentationEstablished 1928

Geochemical Analysis CertificateCompany: RJK EXPLORATION INCProject:Ann: G. Kasner


6W-1261-RG1

Date: APR-04-96

Sample Number5286 5287 5288 5289 52905291 5292 5293 5294 5295

5296 5297 5298 5299 5300

Au PPB31 91 125

3 5

105 142 3 2

3 5

26Nil Nil

Au Check PPB

129

110

21


Certified by

P.O. Box 10, Swastika, Ontario POK 1TO Telephone (705)642-3244 FAX (705)642-3300'

Swastika LaboratoriesA Division of TSL/Assayors Inc.

Assaying - Consulting - RepresentationEstablished 1928Geochemical Analysis Certificate 6W-1522-RG1Company: RJK EXPLORATION LTD Date: MAY-01-96Project:Atm: G. Kasner


Sample Au Au Check Number PPB PPB5332 •"•""' ------------------ -- -- --------- ------- ----

5333 25334 35335 Nil


Certified by

P.O. Box 10, Swastika. Ontario POK 1TO Telephone (705 ) 642-3244 FAX (705)642-3300

Established 1928

Geochemical Analysis Certificate

Swastilca LaboratoriesA Division of TSL/Assayers Inc.

Assaying - Consulting - Representation

Company:Project:Ann:

GREATER LENORA RESOURCES CORPRickard

6W-2862-RG1

Date: AUG-09-96

We hereby certify the following Geochemical Analysis of 29 Core samples submitted AUG-06-96 by .

Sample Number5467 5468 5469 5470 54715472 5473 5474 5475 54765477 5478 5479 5480 54815482 5483 5484 5485 54865487 5488 5489 5490 54915492 5493 5494 5495

Au PPBNil14

Nil Nil 29

Nil Nil Nil

2 Nil31 168 38 3

NilNil 70

Nil 12 2

Nil5

Nil Nil NilNil Nil

3 Nil

Au Check PPB

17

-

173

14

Nil

-


Certified by_

P.O. Box 10, Swastika, Ontario POK 1TO Telephone (705) 642-3244 FAX (705) 642-330(1

08-26-96 11: [34] 81

Swastika LaboratoriesA DlviMon of TSL/AKttycr* Inc.

Assaying - Consulting . Kepresental.ionEstablished 1928

Assay Certificatecompany: GREATER LENORA RESOURCES CORFProject:Ann: S. Carmichael

We hereby certify the following Assay of 16 Core samples submitted AUG-22-96 by .

6W-3168-RA1

Date: AUG-26-96

Sample Number5507 5508 5509 5510 55115512 5513 5514 5515 55165517 5518 5519 5520 55215522

Au PPB15 7 7 3 52 5

223 77 73

Nil Nil NilNil

S

Au Check PPB

2

81

-

2


Certified by

P.O. Box 10, Swastika, Ontario POK l TO Telephone (705)642-3244 FAX (705)642-3300

GREATER LENORA RESOURCES CORP.

ATTH: 8 . CMWICHKM.

PKOJ: K ICMUtO

^U-4371-RCI

TSL/A6SAYER laboratories

1270 rEvsten DRIVE. VHIT 3 maaissAuan.orrMuo L4U-1A4

PHOHt 1 1 (905)602-8236 FM (: (905)206-0513

I.C.A.P. TOTAL OXIDE ANALYSIS

Lithium Het*Bor*t* fusion

mrorr MO.P*g* Ho.

rile no.Pat*

l of l

KV17RAHOV-17-1995

SAHPtE l 31O2 M203 f*203 C.o HgO

t * t * t

K20 T102

X t

HnO P205 B*

* * pp*

1-95-1 SO.81 13.S7 IS.M 7.03 4.72 4.46 0.40 1.45 0.26 0.12 120

48.89 14.78 IS.34 12.20 3.79 1.49 0.24 1.27 0.34 0.10 70

45.36 12.20 17.99 6.6ft S. 64 1-22 0-04 1.49 0.38 0.14 7O

Zr

PP*

90

70

90

Y

PP"

30

30

34

Se

PP"

44

48

41

IR)

< 3D

( 30

< 30

te

PP*

< l

< l

c l

Nl

AS

110

7O

Cr

PP*

235

320

2OO

Cu

P*"

30

15

45

V

ppa

360

365

360

Co

IS

so40

In

PI*

Bb LO:*

85 *O.OS 1.38100.4

80 40.05 1.61100.4

100 ^.05 9.39100.i

SIGNED :

Established 1928

A D ivision of TSL/Assayers I nc.Assaying - Consulting . Representation

Geochemical Analysis CertificateCompany. GREATER LENORA RESOURCES CORPProject: RickardAnn: S. CarmichaelWe hereby certify the following Geochemical Analysis of 9 Rock samples submitted NOV-09-95 by .

5W-4371-RG1

Date: NOV-21-95

SampleNumber Au

PPBAu check

PPB50955096509750985099

55216

331

Nil"Nil"

69202

Nil5100R95-1 R95-4 R95-7 Nil

Certified by-

P.O. Box 10, Swastika, Ontario POK 1TO Telephone (705) 642-3244 FAX (705)642-3300

OntarioMinistry ofNorthern Developmentand Mines

Declaration of Assessment Work Performed on Mining LandMining Act, Subsection 65(2) and 66(3), R.S.O. 1990

Transaction Number (office use)

/V/Assessment Files ResearcTflmaging

Personal informatior Mining Act, the infor Questions about th 933 Ramsey Lake F

d 66(3) of the Mining Act. Under section 8 of the work and correspond with the mining land holder.

\ Northern Development and Mines, 6th Floor,

42A16SW0009 2.17283 RICKARD 900Instructions: - For work performed on urown Lanas oeiore recoramg a ciaim, use form 0240.

- Please type or print in ink.

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

Address Telephone Number

OAJ /^

/tO6-2.

Fax Number

Name H Client Number

Address 6*0* R E n E i V E DTelephone Number

S'7

Fax Number

2. Type of work performed: Check (-8/&0

following groups for this declaration.

Geotechnical: prospecting, surveys, assays and work under section 18 (regs)

r-7i Physical: drilling, stripping,L^J trenching and associated assays f~| Rehabilitation

Work Type

/L/sueeuDates Work c Performed From

Global Positioning System

p ^ /SjMoaJ^ ^b/c)//-^- .t

i | to , 95' To 1 i -4 i ^"7Day | Month | Year Day j Month | Year

Data (if available) Township/Area

M or G-Plan Number

W- 577

Office Use

Commodity

Total S Value of Work Claimed j^8,oo8NTS Reference

Mining Division ^̂ ^(^^A^

Resident Geologist District A t xx\^*^^- ̂ *

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

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

-7S St?Address Fax Number

Name Telephone Number

Address Fax Number

Name Telephone Number

Address Fax Number

4. Certification by Recorded Holder or Agent

l, , do hereby certify that l have personal knowledge of the facts set(Print Name)

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

5. Work to be recorded and distributed. the mining land where work was performed, must accompany this form.

Work can only be assigned to claims that are contiguous (adjoining) to at the time work was performed. A map showing the contiguous -3

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

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

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

Value of work applied to this claim.

Value of work assigned to other mining claims.

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

eg TB 7827 16 ha S26, 825 N/A 324,000 S2.825

eg 1234567 12

eg 1234568 S 8, 892 34,000 34,892

2.

2

374-6 ( l

mo Z0QO9,302.

9 C

foooo11 Z12 19105346)

"794000 ^

13j- . 88 2&00

14 34*7 000 S-15

l, . (H.(Print

*t^ M CMrint Full flame)

Column Totals

CM E , do hereby certify that the above work credits are eligible under

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

the claim where the work was done.Signature of Recorded ithorized in Writing

RECEIVED)ate

APR 8 1997ci6. Instructions for cuttmg^bapk credits are not approv ^ ,N1NG lANDSBRANCHSome of the credits claimed in this declaration may be cut back. Please check ( s ) in the boxes below to show how

you wish to prioritize the deletion of credits:

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

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

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

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

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

For Office UReceived Stamp

0241 (02/96)

Approved Date

Approved 7

( fi** Notification Sent

______ f-i^ffApprovedxlpfRecording45y l

y;x^t

Total Value of Credit Approved

Recorder (Signature)

Ontario Ministry ofNorthern Developmentand Mines Statement of Costs for Assessment CreditTransaction Number (office use)

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

^Ministry of^grthem Qayeloome

1 TOP f?, l c 6* ^ *~*

Work Type

*IDlr\HoO~D l^fctUL

A^SftVS

Q&ou. HAPrl5

CoOfiatf&UT-TîLL

IMPORT- ttffPS

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

6^-43 M.to s

7 days

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

Transportation Costs

Food and Lodging Costs

Cost Per Unit of work

^7O. o o

*V/. o c*~2iOO f OG

cÔo 'OO

/OSO. o O

RF(

•••'- A PF

MINING L

Total Value of Assessment Work

Total Cost

-f 5 010.001 1 55 ' 00

/DOO.On

/-ôo -oo

lO S (D -oo

; E i v E D8 1997

ANDS BRANCH __

4^6 1 5".(9O

Calculations of Filing Discounts:

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

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

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

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

Certification verifying costs:

i, L. UtK6 , do hereby certify, that the amounts shown are as accurate as may(please print full name)

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

the accompanying Declaration of Work form as

to make this certification.

(recorded holder, agent, or state company position with signing authority)| am authorized

0212 (02/96)

Ministry ofNorthern Developmentand Mines

May 28, 1997

Roy SpoonerMining Recorder4 Government Road EastKirkland Lake, ONP2N 1A2

Ministere du Developpement du Nord et des Mines Ontario

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

Telephone: Fax:

(705) (705)

670-5853 670-5863

Dear Sir or Madam:

Subject: Transaction Number(s): W9780.00260

Submission Number: 2.17283

StatusApproval

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

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

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

NOTE: This correspondence may affect the status of your mining lands. Please contact the Mining Recorder to determine the available options and the status of your claims.

If you have any questions regarding this correspondence, please contact Bruce Gates by e-mail at [email protected] or by telephone at (705) 670-5856.

Yours sincerely,

ORIGINAL SIGNED BYRon C. GashinskiSenior Manager, Mining Lands SectionMines and Minerals Division

Correspondence ID: 10882

Copy for: Assessment Library

Work Report Assessment Results

Submission Number: 2 .17283

Date Correspondence Sent: M ay 28, 1997 Assessor: B ruce Gates

Transaction NumberW9780.00260 1206029

Section:12 Geological GEOL 14 Geophysical MAG 10 Physical PDRILL

First ClaimNumber Township(s) l A rea(s)

RICKARD

StatusApproval

Approval Date

May 28, 1997

Correspondence to:

Mining Recorder Kirkland Lake, ON

Resident Geologist Kirkland Lake, ON

Assessment Files Library Sudbury, ON

Recorded Holder(s) and/or Agent(s):LESLIE MICHAEL DYMENT Swastika, Ontario

JOCELYNE ANNE KIDSTON SWASTIKA, Ontario

STEWART JAMES CARMICHAEL KIRKLAND LAKE, ONTARIO

ROBIN CLOWATER WHELAN KIRKLAND LAKE, ONTARIO

Page: l

Correspondence ID: 10882

ort

CO

-O

O

f x

8 3^--^-..^r^ . T .

Wesley Twp.

O t J Rf d " f f. —^

I20S4M. ' 0MB — —-*i * —177187 X120^848

24 55 2j 24^53

J ! 185915 ^^6078^HPflfllO l

9SMM- MMM.

I22IS30

o o(M

THE TOWNSHIP OF

P

DISTRICT OF COCHRANE

LARDER LAKE '* MINING DIVISION

SCALE'1-INCH:40 CHAINS!

, SU-'f ACt P 'Gri ^5 3 'H .

. M if-;.\G RIGHTS ^'xL v

LEASE. SJR 7 .--CE i MiN:-- G R:.-

SY!'."JOL

...... O

.,. e

L:CE\CC OF r .?JUPA^iON

RESEPVATIC

CANCELLED

SA ^ Se GRA-.'E

f*v*

TTV

oc

XOCI

876

Wilkie Twp. COPY OF THIS MYLAR ARCHIVED FEB.24/92

Circulated August 23. 1989

THE INFORMATION THAT APPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS SOURCES, AND ACCURACY tS NOT GUARANTEED. THOSE WISHING TO STAKE MIN ING CLAIMS SHOULD CON SULT WITH THE MINING RECORDER, MINISTRY OF NORTHERN DEVELOP MENT AND MINES, FOR AD DITIONAL INFORMATION ON THE STATUS OF THE LANDS SHOWN HEREON

MOTESLicence o f O ccupation N- B674 ccvers tne iond below contour levets 826' S 88l' c!ong theshores of the Abitibi River.

i

Flood rights along shores of Ab.1 bi River- — - -4— - —— - —— - —-400' S'jrfnce Rights Reservation around

all L c K - s end R i v 2 r S.

C, T -'c R RO- DS"^-'15

~ 'J R '- E '^ r C "-- - S

TOwr.'SH;?S. 3ASE ^••• LOTS, WiN!\G CLi/.-

LOT LINES . PAHCEL EOUN jAFY VlMNG CLA r '-'S ETC

RAILWAY A^D R'3HT C

UTILITY iSES

SU3DiV!Si-.'; N

fv'ini stry of

Ontario

Na'ura! R^soLi'CSS end Wines

Noverr.ber I? 36No.

r .-

ARCHIVED ON JUNE 01/95 ARCHIVE i'.IA.s'. 6/97

200 N-

100 N-

0

SOU/l l

""BASELINE (070*)

100 S

200 S

58102

58091

58094

58088

58082

58087

58075

58086

5812200 N

5812858126

58105

581005809358089

58087

580891 00 N

58090580875808358076

58065

SalSng00

581145811858120

581145W49

57970

58007

58079

5815658264

58084 58089

^58105

^58113

-580/2100 S

-5806200 S5813758140

5813458120

Sai 09

51113 58097 58092

58098 58092 58088 58085 58084 58076

51231

\ 58342

583^

\5B353v58100

-58072300 S

5B210

T 5.0.400 S

58044

58046

58

58059

58046

5804358045

5804^ O O

58052

58054

58053

58046

58046

5803758033

580277 Q Q

58022

58020

58025

58028

58028

58034

580145801(800

57999

58001 58001 58005

58009 58025 58057 58080 00 S

58108581025810158097580985809

82325821258228

580585803058018

5800958003

5826258234

58212

58202

582225823158247

582395820958194

58138

5814758141

58126

LEGEND

Survey By: P.Gervais, Services Exploration Instrument: Scintrex/EDA OMNI-4

Proton Precession Magnetometer

Base Station: Scintrex Constant Reading Contour Interval: 25 nT

300 S

400 S

500 S

600 S

700 42A16SW0009 2.17283 RICKARD 210'"'1| •'-'•W,, r

:": f

900 S

1000 S

5810758095580785805158035

5580091000 S

o o o o cO O CD O

(

(N r- O *- cN ri

-1 -1 -1 -J ; -J J

i

L CJb o/o o o P o y o o o p ^t ' LO CD r^

|J -i -J -j -i

\ 8 0 0 0\S ooo^^ 0 T- Csl

- : : :/o o o o o o o o I ro TJ- in CD

-J -1 -1 -J

GREATER LE NO RA RESOURCE^ Se R J K EXPLORATIONS

TWIN DYKE PROJECT - RICKARD TWP.

__TOTAL FIELD MAGNETICS SURVEY

SCALE 1:2500Drawn by:

Drawn by:

Date:

Date: Feb., 1997

100 200m

List of Revisions

No. By: Date:

o o o

200 N

100 N

O BASELINE (070')

100 S

200 S

300 S

200 N

100 N

00 S

R96-3 DIP -45' AZ. 340'

C) DEPTH 169

200 S

300 SftP -45' AZ. 352" DEPTH 289.0 m

400 S

500 S

600 S

LOW GROUND340'184.8 rr

700 S

800 S8C/0 S

900 S

1000 S

LEG

V7 AFC VOLCAN CS

ID

a) U ndividedb) F ne Grainedc) Pillowedd) Flow Top Brecciae) Tuffaceousf) Agglomerateg) Diabasic

DIABASE

GABBRO

BO

400 S X

R95-1IG Mag

500 S •070-

600 S

700

Mag

Carb

Py

Cpy

QV

sil

Claim Line

Trail

Outcrop Boundary

Small Out crop/Station

Assay/Who e Rock Sample

Fault

Sch stosity

Magnetic Attraction

Carbonate Alteration

Pyrite

Chalcopyrite

Quartz Vein

Si icified

Pit

Trench

Shaft

Drill Hole

900 SSwamp/Low Grc

RECEIVED^APR 8 1997 l

undMINING LANDS BRANCH

Creek 2.17283R96-3 DIP -45* AZ. 340'

O DEPTH 169.5 m

1996 Diamond Drill Ho e

1000 SGREATER LE NORA RESOURCES

k RJK EXPLORATIONS

TWIN DYKE PROJECT - RICKARD TWP.

SURFACE GEOLOGY/DRILL HOLE LOCATIONS

SCALE 1:2500Drawn by: SC

Drawn by:

Date: Nov. '95

Date: Feb., 1997

O /DO

List of R evisions

No. By: Date:

42A16SWDOQ92.17283 RICKARD 220

co o o

- 1000DRILL HOLE SECTION 0+00

DD R96-2SECTION LOOKING 250*

CLAIM 1206042

co o o P. ANOMALY

900

o o4- JO.

LEGEND

CASE

BAS FPB FOB CAB QTS

FLT

CHS CHR GRS

MAFIC VOLCANICS

BasaltFoliated Pillowed Basalt Foliated Basalt Carbonatized Basalt Quartz—Veined Basalt

FELSIC VOLCANICSFelsic Tuff or Sediment

SEDIMENTS

Chert and SiltstoneChertGraphitic Shale and Chert

ALTERATION/MINERALIZATION/STRUCTURE

BRX Breccia ZoneALT Alteration ZoneMNZ Mineralized ZoneSIL Silicified BasaltFLZ Fault

INTRUSIVES

MIT Mafic Intrusive

All Assays Are Reported In Gms/Tonne Over Core Length (metres)

-1000

900

o coCM

10

SCALE 1 :500

20

i

METRES

40

(f) O O

(n o o + to

RJK EXPLORATIONS DKCW-RICKARD PROJECT

DRILL HOLE SECTION tH-00DDH R96-2

SECTION LOOKING 250"

RICKARD TOWNSHIP DISTRICT OF COCHRANE, ONT. LARDER LAKE MINING DIVISION

2. i y2 83

NTS: 42 A/16

PROJECT: DKCW-RICKARD

DATE: FEB., 1997

SCALE: 1:500

DRAWN BY: S. CARMICHAEL

REVISED:

DRAWING No. 4

00in inRf:

DRILL HOLE SECTION 7+75EDD R96-1

SECTION LOOKING 262* CLAIM 1206041, 1206037

co oo+CM I.R. ANOMALY I.R. ANOMALY

COo o Q)

1) Wa

-QCL -1000

- 1000-45*

900

LEGEND

CASE

BAS FP8 FOB CAB QTS

FIT

CHS CHR GRS

MAFIC VOLCANICS

BasaltFoliated Pillowed Basalt Foliated Basalt Carbonatized Basalt Quartz—Veined Basalt

FELSIC VOLCANICSFelsic Tuff or Sediment

SEDIMENTSChert and SiltstoneChertGraphitic Shale and Chert



INTRUSIVES

MIT Mafic Intrusive

All Assays Are Reported In Gms/Tonne Over Core Length (metres)

900

o -tCM

800

METRES

x

CO Oo+(N

CO O O

RJK EXPLORATIONS INC. DKCW-RICKARD PROJECT

DRILL HOLE SECTION 7 + 75EDDH R96-1

SECTION LOOKING, 262",

RICKARD TOWNSHIP DISTRICT OF COCHRANE, ONT. LARDER LAKE MINING DIVISION

NTS: 42 A/16


DATE: FEB.. 1997

SCALE: 1:500


REVISED:

DRAWING No. 3

- 1000DRILL HOLE SECTION 10+OOE

DD R96-3SECTION LOOKING 250*

CLAIM 1206037

-45'

P. ANOMALYCOoo

900

-1000

LEGEND

CASE Casing

MAFIC VOLCANICS

BAS BasaltFPB Foliated Pillowed Basalt :FOB Foliated BasaltCAB Carbonated BasaltQTS Quartz-Veined Basalt

FELSIC VOLCANICS }~ FLT Felsic Tuff or Sediment

SEDIMENTSCHS Chert and SiltstoneCHR ChertGRS Graphitic Shale and Chert



INTRUSIVES

MIT Mafic Intrusive

All Assays Are Reported In Gms/Tonne Over Core Lenght (metres)

J- j

900

10

SCALE 1:500

20

i

METRES

40

CO O O ± CM

RJK EXPLORATIONS INC. DKCW-RICKARD PROJECT

O10CM

DRILL HOLE SECTION 10+OOEDDH R96-3

SECTION LOOKING 250'

RICKARD TOWNSHIP DISTRICT OF COCHRANE, ONT. LARDER LAKE MINING DIVISION oso:

NTS: 42 A/16


SCALE: 1:500


DATE: FEB.. 1997REVISED:

DRAWING No. 5

Documents

RPT ON EXPLORATION ACTIVITIES ON THE CDKW-RICKARD PROP · 2017. 1. 17. · 42a16sw0009 2 17283 rickard 010 report on exploration activities on the cdkw-rickard property rickard township,