technical & logistical rpt akweskwa gold proj · 1+00 s o+sc s 0+00 0+50 n 1*00 n 1+5&n...

TANDEM G EOPHYSICS INC.

i 7887

TECHNICAL AND LOGISTICAL REPORT

EASTMAIN RESOURCES INC.RR #1

Orangeville Ontario

PROJECT: AKWESKWA GOLD PROJECT Timmins, Ontario

SURVEY: Induced Polarization

42A04NW0073 2.17887 KENOGAMING 010

TANDEM GEOPHYSICS INC


EASTMAIN RESOURCES INC.RR #1

Orangeville Ontario

PROJECT: AKWESKWA GOLD PROJECT Timmins, Ontario




PROJECT: Asweskwa Project, Timmins, Ontario.


DATE: September 22 to October 18 1995

TRANSPORTATION: l/ The crew and equipment were mobilized toTimmins, Ontario with a truck.

2/ The grid was accessed daily by 40 minute drive by truck from Timmins.

ACCOMMODATION:

CREW:

Motel in Timmins

Ron Mertens Belwood, Ontario.

Dave Gouthro Frenchvale, N.S.

Jack MacNeil Bedford, N.S.

Kevin MacKenzie Sydney, N.S.

Chris MacDonald Sydney, N.S.

EQUIPMENT: l/ Phoenix IP-V4 multi-channel I.P. receiver 2/ Phoenix IPT-1 I.P. transmitter 37 3.0 kva motor generator 4/ Electrodes used were both stainless steel rods

and aluminium foil. 5/ Communication was by 5 watt Motorola hand held

transceivers

SURVEY PARAMETERS:

INDUCED POLARIZATION:

l/ Dipole separation: 25 m.2/ "n" = l to 63/ Number of kilometres surveyed: 27.375 km.4/ Phase: 1.0 hz.

Re,

ertens



PROJECT: Asweskwa Project, Timmins, Ontario.


DATE: September 22 to October 18 1995

TRANSPORTATION: l/ The crew and equipment were mobilized toTimmins, Ontario with a truck.

2/ The grid was accessed daily by 40 minute drive by truck from Timmins.

ACCOMMODATION:

CREW:

Motel in Timmins

Ron Mertens Belwood, Ontario.

Dave Gouthro Frenchvale, N.S.

Jack MacNeil Bedford, N.S.

Kevin MacKenzie Sydney, N.S.

Chris MacDonald Sydney, N.S.

EQUIPMENT: l/ Phoenix IP-V4 multi-channel I.P. receiver 2/ Phoenix IPT-1 I.P. transmitter 3 7 3.0 kva motor generator 4/ Electrodes used were both stainless steel rods

and aluminium foil. 5/ Communication was by 5 watt Motorola hand held

transceivers

SURVEY PARAMETERS:

INDUCED POLARIZATION:

l/ Dipole separation: 25 m.2/ "n" = l to 63/ Number of kilometres surveyed: 27.375 km.4/ Phase: 1.0 hz.

Re,

MF60-,

30.

[P RES4H 5000-.

oJ uJ

2500-

RES IP.-5COO ..40

-2SOO J20

•+50 S 4*50 •4*00 S 3*50 S 3*00 S *5C 5 2+00 S 1+50'S 1+00 5 Q+5C S OtOO 0+50 N 1+00 N 1+SJN 2+00 N 2+50 N 3+QQ N 3*50 N

t: l tar 4742 9S4S l* l* l* 2m I* l* l* UK 1737 12B2 912 752 SB 464 412757 m 874 954 11B1 1300 1506

240 230 203——-138- 233 7 423 , SIB

1387 1362 l 7542435 I90B 16B9 l2* 2* \ UK

flltar

o= l_ *-\

n- j

0 = 4

1261 1056 1236 13B6 '7287- ^* UJ3 1273 1204^ -^2786 ^-"357^ 2771

5+50 S 5-00 S 4+50 S 4+00 S 3*50 S 3+00 S 2-50 S 2+00 S 1*50 S 1+00 S o+sc s 0*00 0+50 N 1*00 N 1+50 N 2OO N 2+50 N 3+00 N 3*50 N

f.'ltsr 5.5 6.3

0= l

8. t 8.5 10 10 11 10 10 3.3 B. S 7.1 6.7 4.7 4.5 4.9 3.8 S.7 t* 8 8.1 10 10 12 12 11 13 14 13 fllter

17 IS 13 13 7.8 8.1

13 7.6 J 12 j 7.5 \ 12 [ J.2/.7 U) 13 7.6

7.7 ' 14 11 ———— 'l0 = 6 7.2^——S.5

5+50S 5*03 S 4+50 S 4*00 S 3*50 S 3*00 5 2+OOS 1*50 S 1+00 S o+sc s 0+00 0+50 N 1*00 N 1+5&N 2-00 N 2*50 N 3+00 3+50,S

t i l ter 1.8 1.9

0=1 2.9

0 = 2

.S . 7 .8 .8 .9 1.3 1.7 2.7 4.; 4.6 13 il 14 16 11 17 18 :S 24 28 26 21 21 14 17 9.9 12 3.8 8.1 filter

rr—- - x "/ —^i \ ^-— — ^x uV /c7 ^-6 ^ • :v---5 --, -

r N

i9 As ^i.S '.S .6 -.8 .5*^-3.8 3.6 4.4 3.4 ^2.7 2.3^ ' .8 ' ' 6.1

4.3 3.1 --S.8 7.8

0 = 4 0 = 5 0 = 6

MF

enUJ

ut o orLao fl eaUJo:UJ

Lo

TOPOGRAPHY

RESISTIVITY

Phase

l m i 11 i r ads)

INTERPRETATION

METAL FACTOR

( Ip/res * 1000)

Line 12 E

Dkpole-Dipole Array

X -p.x a = 25 m

n = l lo 6plot point

F I L tered Prof :les

Resistivity —— —— —— ———

Polarization —————————

Metal Factor ————————-

filter

* * *

Luljdl i l l Illl i l.

Contours -^' 2, 3, 5, 7.5, 10,

Instruments^ PhoenJx Turbo IPV-4 Frequency: l.O hz Operator:

r A

A -Vi

EASTMAIN RESOURCES INC.

INDUCED POLARIZATION SURVEYAKUESKWA GRID.

T[mm I ns , Ontar i o.

Date: Sept \ 1995

Scale: l : 2500

TANDEM GEOPHYSICS INC.

GEuSOFT. (tnj 3oti--i. for t ha tjr t h Sciancas. Toronto, Cinidi

iEOSCFT 11 m)

IP MF

2500 .20

5*50 S 5-00 S 4-50 S 3*50 S KG S *505 2+00 S 1*50 S 1*OO S 0*50 S 0+00 0*50 N 1*00 N 1*50 N 2*00 N 2*50 N 3*00 N 3*50 N

f; i l9473 SS3 filta-

S186 61-42 7025 8703 9036

JJK //4U7/ 6352 58BB S40

5-50 S 5-00 S 4*50 S 4*00 S 3*50 5 KO 5 2+505 2+00 S 1+SQ S 1*00 5 0*50 S 0+00 0+50 N 1*00 N 1+50 N 2*00 N 2*50 N 3+00 N 3+50 N

i:\Mf 4.6 6.4 7.8 9.2 10 11 9.8 8.9 7.9 7.2 74 8.57.8 7.3 7.9 6.7 7.3 7.1 7.3 7.3 fUta

i , - l 4.2 v 7.2V 8.7 3-d li.

\ ^S.8 *S*T3 'l 9.5

75 T3.6 f L^\ 9l / ——-^ \

9.3 S.1 5.6 6.1 \

8.4 74 5.3 8.i

i8 ' 6.5 b.6 V9

12 14 13 11 7.9 7.4

l x 8-4 9.3 9.S N 5.1 -as -^6.5^ 1O

S-l 7.8 8.5 n a 36.3 5.8 7.8 9.2 6.1 6.8V 8.8

14 14 14 n

31 \B ' li ^ ' 2.612 l ' 5.3' ' 16 ——— 16

5+50S 5-OOS 4-60 S 4OO S 3*505 3-D r 2*50 S 2+00 S 1*50 S 1*00 S 0*505 0*00 0*50 N 1+00 N 1+50 N 2+00 N 2*50 N 3*00 N 3+50N1.7 1.1 .8 .8 filte-

lilter 1.5 1.5 1,0 1.7 1.3 1.3 l17 20 18 26 24 18 10 9.7 16 9.3 8.1 6.3

1.2 1.2 2.3 3.3 4.4 5.5 7.6

n = 4

n = 5

n = 6

-30

Oo: CL.alJU QC UJ

JO

TOPOGRAPHY

RESISTIVITY

Phasel m i 11 ir ads J

INTERPRETATION

METAL FACTOR

lIp/res * 1000)

L Ine 10 E

D;pole-Q;pole Array

plot point

d = 25 m

n ' l lo 6

F I l tered Prof l

Resistivity —— — —— ——

Polar l z a t Ion —————————


es

filter

* *

LogarIthmic Contours l' i, 2, 3, 5, 7.5, 10...

Instruments^ Phoenix Turbo IPV-4

Frequency: l.O hz Operator:


INDUCED POLARIZATION SURVEY

AKWESKWA GRID,Timmins . Ontario.

Date: Sept \ 1995

Scale: l : 2500


•^ T3r thfi tar t tt Scto "or or to,

'•* i P RE5•î -w-, SOOO-,

-500.

PESA.50B

IP

.ISM

Jj

5+50 S 5+00 S 4-50 S 4-OO S 3*50 S 3+00 S 2*50 3 2+00 S IrSO S 1+00 5 0+50 S 0+OQ 0*50 N ItQO N 1*50 N

l ; l ta~ 2* 2* ZK 2V 19( 99M 74JO 6616 6011 4860 2SS 235 3138 3O73 1 9ED 4Z2B SISB 5334 MD Sil filter

V^ SV *ZTO

"St \ IM^"*1*^ 23M

5*00 S 4*50 S 4-00 5 3*00 S *50 S 2*00 S 1*50 5 1*O3 S 0*50 S 0*00 0*50 N 1+00 N 1*50 N

f: l t-r 9.3 9.9 9.2 9.3 9.8 7.9 7.S 6.7 7.2 7.3 B. 6 9.6

8.4- x 4. 3 ^^ S. 4 5.2 v 8.4 S.&/ /"^ ^

6 S.212/8.4 9.8 l 4 ,8

It- S. l X 1 2

8.8 \ 7.9 L 8.8

14 9.9 9.4 7. l 7.2 9.4

12 13 14 19 19

12 l 9 ————IB IS

~ 12 10 9.7 14

21^ 9.3 8.1 ' 12

\ 8.4 8.8 .^ 12 10-^.^12_^ 7 - s 20 y 12 li

L8J 8.9 7 li/ 9-3, 13 \ii /B ^^1* f^^^

fa 1 3 ^'l 7 /^ 17 J T) ^ -~. ~-

12 13 x /"23J ( 10 /IT/ 29 [ 3 l

5*003 4*90 S 3*035 2*503 2+00 S 1+50 S 0+00 0*50N 1+00 N 1-+50N

Klter .4 .5 2,5 1.9 17 2.9 2.8 3.4

T ^^v2X^7\\1 2y ^^^P^ (T^^<

r"" -' -ty^14^ \ Ti^ . 1 'Â/'

c ccQ.

cclu

Lo

TOPOGRAPHY

RESISTIVITY

Phase(mill Zrads)

INTERPRETATION

METAL FACTOR

lIp/res * 1000)

:050FT l IB.' ôt i^ji . for the Ejr th Sciancas. Toronto, Cjiid

Line 8 E

Dipole-Dlpole Array

a = ZD m

n * l to 6plot poini

F I Itered Prof Iles

Resistivity — — — - Polarization ——————-

filter


Logar i thm i cContours } ' L - 5 ' 2' 3- 5- 7- 5 '

Instruments^ Phoenix Turbo 1PV-4 Frequency: l.O hz Operator:

b . -Pi vu-


INDUCED POLARIZATION SURVEYAKWESKUA GRID.

Timmins , Ontario.

Date: Sept \ 1995

Scale: l : 2500


MF iP RES6C- 40-, 9DOO-.

RES IP.-9000

20-

L,^ Uj

2500-\ ^2500

JO LO

2*00 S 1+COS j+50 5 OtO) 0*50 N 1+00 N 1+5Q N

llliar 541 SS BU 725 731 963 1016 1297 14S4 27SB 2KB 21S1 flltw

2*00 S 1+50 5 l-tflOS 0*50 S 0*00 0*50 N 1-tOO N 1*50 N

flit**-

o:; l

0=2

0=3

0=4

0 = 5 0 = 6

1.7 3.2 4 .1

io 10 \^f ,^" u 1 2\ l Ss^ ___16 -- 13 ' 7.3 -^ IS ———— IS

MFr-60

UJ

-J

li.Lo

2*00 S 1+50 S 1+005 0*00 0*50 N 1*00 N 1*50 N

f.'ller

n= l

0=2

0=3

0=4

0=5

0 = 6

2.9 7.2 8.3 7.8 13 20 W 13 9.9 6.7 5.3 3.4 3.2 2.7 11 5.7 filte

" \\ *\

./•/-/^ ^.v14 r^!7 16 V2\ N

r, N is \ Y-\aX ^ i-// ^i vNa . a )^^\\\rri/ 2.9

TOPOGRAfHY

RESISTIVITY

Phase(mill ir adsJ

INTERPRETATION

METAL FACTOR

tip/res * 10001

L Ine 2 E

Qupole-0i pole Array

p l o 1 po I n 1

-,-a s /S ra

0=1 to 6

F: l tered Prof l U s

Resistivity — — — ——PolarCzatlon —————————Metal Factor ————————-

filter

Logarithmic Contours L5 ' 2- 3- 5' 7' 5 - 1 0 -

Instrumeots^ Phoenix Turbo IPV-4

Frequency^ 1.0 hz Opera t or -



AKWESKWA GRID, T I mm Ens , Qntar io.

Date: Sepl \ 1995

Scale: l : 2500


MF60-,

30

IP RES

\ RES IP

601 78* 951 1088 12ffl I2U 19BD 2425 2716 BBS 4066 5134 64SS 4WJ

rat MSB 221314K ^ /4713 N S332132 ^-148 ^ 246^- SB 373 332 J*U-^ ^lyo , Ml x -yl

OS l ;tD "848^ -l

2419 r 3342 N 7118 f 3351

8104 X 6073x^ 34*2402 BO i 557

3741 S 99) 68B4 7 2H751320 IfilSX 12*3

1S74 UK -^ 212*^ 1514 -" 2960 ^ 728

2-KP N 2*50 3*OON 3*50 N 4-00 N 4*50 N 5+OON 5+50 N 5*00 N 6*50 N 7+00 N 7+50 N 8*00 N

a Kita-

0*00 0-3 N 1-00 N 1*50 N 2*00 N 2*5DN 3*OOM 3*50 N 4*00 N 4*60 N 5*00 N 5*50 N 5*00 N 6*50 N 7+00 N 7+50 N 6*00 N

filter 7.5 7.3 7.76.2 8.9 4.8 4.2 4.S4.1 0.8 S. l 8.3 5.S 7.1

-30—— *^'*'s'' 9' s* 1 /^ V '5^-^Aa'

ZB^Z-- 19 , u , 3 /j ^7. 6-——~^\.9\ ^//syi'^\ 1.1 ^\Z.Sf t \l S V 3D

SCKflfT (tn) Soft w jr. /or tho Ejrth Sclancas. ToTonto.

MF J60

U. Occ

JO 1-Q LU QC LLJ

JQ

TOPOGRAPHY

RESISTIVITY

Phase(milliradsJ

INTERPRETATION

FACTOR

tip/res * 1000)

Line l E

Dipole-DIpole Array

p l o l po ; n t

a = 25 o,

n = l to 6

FC l tered Prof I

Resistivity —— — * —— ——Polar i zat i on —————————Metal Factor ———————— -

s

filter

Logan i thin i c Contours ..5, 2, 3. 5, 7.5, 10,.

Insirumentsl PhoenJx Turbo IPV-4 Frequency! 1.0 hz Open a tor:


INDUCED POLARIZATION SURVEYAKWESKWA GRID,

Timmins . Qniario.

Date: Sept \ 1995

Scale: l : 2500


2+50 2+00 1+BQ 1+00 0+50 CM3O 0+50 1+00 !r50 2-00 2+50 3+00 3+50 4,03 4r50 S+GO 5*50 6+OQ St SO 7-.OQ 7+5Q

i.. ter 1423

r,^ l ™

r^2r.; 3

r-4

r^5

r-6

878 B4 1701 2737 2136 3O7 3481 2380 5173 SZ54 513) *OS SK 2323 2130 IS) 122) 137S 1578 ISO IBM ZE3 2199 S3 2730 4SS2 : 5466 S3*) seas sws

6911 S"S) n= 339 A 2337^ 3406 f. G7S

62*6 J *09*V 7IS r=4542 t ,M14 \ VSL

f 2B3* 2320 24CB 4138 3664 \ 2422 2684

13BS 1012 ' I8B ' 3BS7 3L6E——- M60 4CDI 3372- 1SS3 ' *BO *PSSP 6S40 9M

1+00 OSO O+OO 0+50 1+GO 1-50

13 9.5 10 9.3 8.4 6-9 IS

__^_______ 3+50 4*00Li 1.2 7.S 7.1 7.4 6.9 5.5 4.8 4

--2 43

21 ^12 i , 4 a ^ 1.9^ ya.4 , 5.6

7.S S.7 7.K 9L3 at J 6.2 5-1 3.S 3.7 3.6 ^—^ ^^ . ^^^

29 19 ^- 14 \ 9.3 J 1 2^\ ^

5+00 | 5+50 ^ 6+OO 6*30 7+00 7+a3.4 4.3 5.3 5-8 10 11 9.3 9L1 8.4 S.8 S.3 6.6 6.4 S. l liltcr

6.3 x*.3 4-9 3 2.2 -^ 4 ^-5.3^^^2.4 \ V U ~~\2 \ *- 6 7-j——~ 7 ) 6 S- 1 i s \^ 9' 2

.5 6.3 l l-3\ 5.1 \2.l——— 2 l S.1 \ 1 X /S.8. l l* '^X\.6 ( 8.S j S.3 T 5.8 ^J.

^~~7.* 5.1 3.1 4.2 \ 2 J- 1 ^^ V S^'^sS 8-*V 1S ID \. 7'5 '— y—~~~ 7^ i 3 '*' 1—-~

,\ 6.2 ,1 M 3.7 Jfjdjfa/^ , 4x ^ ^ 7.^3 V .1/^2

/fl., 8 M\ 3.3 5 j^// "7 V————*-9-x^3P ^" x U) X5.9) 7.8 Vl.j f y/

4.3 3.3 ^6.3

9.7————8.9... ^p LO ffi

' 1 1 l] 12 ^^- IS li 7.9 8.4 ' S.4———S.6

0=1

0 = 2

.5.1 S.8 0 = 3

/S.6 0 = 4

4.8 0 = 5

ft i 6

2+50 2+00 1+50 1+00 0+50 0+00 0+50 1+00 1*50 2*O) 3+50 4+Cti 4^60 5+00 7+00 7+50

•liter 14 21 27 22 20 21 70 O 29 20 9.B 5.6 5.8 4.2 3.S 2.8 Z-S 3.3 tS 5 11 7.7 7.2 5.6 4.6 2.9 2.S 2.8 3.5 2.6 4.S 4.4 2.9 2.4 1.9 1.2 l

5.5- 3-9^-— 3J 5.1 ÂJj^-lS v 7.7 5.9 , 1,2 I .S 1 .7—- U3 t .7 v 1.7 is

2.s^.îT?v. 2.6v 4-*^/^-*) \ 4 \ B- 3 ) 3'*V -vJL ^7 J l 1 " "" ' 3 -s^^^î-z ^ =l(^ 1.8 1.8 3.1 /Th 3, ( 2.7* 4.6 4.6 "N. 12, /I.I J .9 .8 ju) .1? v l ^\\ X X^^l M \ ^\ l/ I A^ (——

18 a.7 , S.. v

10 7.6 ~_ 6.5

29 ' SO ' 46 ^ ^ IS '22 —— 21 ™— 39 - ^x-'2.8 2.3 " 4.6 4.S——— S 8 ———-7.5

en

TOPOGRAPHY

RESISTIVITY(ahmji)

Phase(mill irads)

INTERPRETATION

METPi. FACTOR Up/res * 1000)

Line 00

Qlpole-Dlpole Array

[±L~?*. s x /\ /

\ S -.-,^ ' a = 25

plot pointn = l to 6

F:l tered Prof lles

Resistivity —— — —-~Polarization —————————Metal Factor ———————*—

filter

Logar i thm ic Contours ' 1 - 5 - 2 ' 3 - 5. 7-5, 10.

Instruments: Phoenl* Turbo IPV-4 Frequency: 1.0 hz Openator:

EASTMAIN RESOURCES INC,

INDUCED POLARIZATION SURVEYAKWESKWA GRID,

Ttmmlns . Ontar vo.

Date: Sept \ 1995

Scale: l : 2500

TANDEM GEOPHYSICS INCiEOSOFT tlm) So i t-ar i for tha Earth Sosncas. Toronto,

MF 50-

[P RES41,, 90GO-.

2500 J.

RES IP^5000 ^40

L2SOO

5*50 S 3*00 5 2*50 S 2*CCiS1-OON 1*50 N 2*00 N *5C s 3*00 N 3*50 N 4.00 N 4*50 N 5*00 N 5+5Q N 6*00 N 6*93 N—— ———— ———— —— —

f; its9SZ2 9BU S37 E613 4230 3484 3*7 3*3 *I76 3*9*2 1817 B43 3CB3 36292653 2262 2*6 2168 1

2357 21*J OB3

Z33D 7 7818 ' 25*1 3" ** '

3*50 S 3*00 S 2*50 S 2+00 S 1*50 S 1*00 S 0*50 S 0-3J 5*50 N 5*00 N 5*50 Nl) 7.3 S.7 5.1 S.6 8.1 .0 8.6 7.7 8.1 9.3 9.9 12 IB 12 9.3 S.1 7 f:ltar

6.6 6 n - l

O 7 *.2 ) S.4 l \ 13 12 8.H 5.2 \ 8.L ,.-6.

15 i 3 - 3.7 7.9\ 5.B 6.6 14,5 X X , 17 18

7.9 5.4 5.5V /!8 16 18

.:.-. ; i o. i 3.3 S.-7 4.1 8.7 3.* S.' 17 18 17 IB

7.5 6.1 -^ 16 IS 17 15 17

MF

a Lo Lfl

3 fllte2.* 1 -8 2.2 2.3 2.' S.3 4,3 6.8 7.1 3.3 3.1 2.5li 12 23ft. 4.4 7.4 7.6 7.7 9.8

Ul^ x IBi/ 5.9 y 4.2 . 6.7

B.* 17^-—— W 12 \ 7.71.3^^2.6 4.1

[30

b. O"

Q UJo:

TOPOGRAPHY

RESISTIVITYt ohm—in l

Phase

t nil 11 i r ads)

INTERPRETATION

METAL FACTOR

Up/res * 1000)

Line l W

Dipole-DIpole Array

\ X a ' 2 S "plot po i n t

0=1 to 6

F;l tered Prof lies

Resistivity —————Polar i zai i on —————————Meial Factor ————————-

f M ter

Logar ; thm i c Contours -5. 2, 3. 5, 7.5, 10,

Instruments: Phoenix Turbo IPV-4 Frequency: l.0 hz Oper a t or:

IP


INDUCED POLARIZATION SURVEY AKWESKWA GRID.

Timmins . Ontario.

Date: Sept \ 1995

Scale-' l : 2500

TANDEM GEOPHYSICS INCGEOSOFT (t m l i-rt-.r "fr- ths E*r th Scleocas, Toronto,

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n^ 4

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3-OO 5 2*50 3 l-JO 0*50 S (MD 1*50 N 2*00 N 2.-50 N 3*CDN 3*50 N 4*00 N 4*50 N 5rOD N 5*50 N

i; l UT an

S141 ^ J* ' 2Jtfi^ Stel *

3-3 3 3-00 S 2*50 5 2*00 S USD 5 !-D S 0*50 S (Mn 0-53 N 1*OO M 1+50 N 2*00 N 2*50 N 3* SON •UOO N 4-50 N 5*00 N 5*50 N

10 13 IS ZZ {liter

I.* ' ' * 13 x 8J '7.1-- 7.3 -^^ 13 13 ^ I B x J*

S-OOS 2*603 2*003 1-50 S ;-30 S (WO CK5JN l*OO H 1*50 N 2*00 N 2*50 N 3*03N 3-60 N 4*00 N 4*-50 N 5*00 N 5*5DN

4.4 7.3 19 19 l* 10 8.9 4.J U 5.2 8.3 t7

MF

o

eny

Qg UJ

TOPOGRAPHY

RESISTIVITY

Phase

(mill ir ads l

INTERPRETATION

MfTAL FACTOR

t . p/res *

L Ine 3 U

Oipole-Olpole Array

V nplot poin t

= 25 m

l to 6

F;l tered Prof:les

Resistivity — — — -Polar Izat Ion ———————

Metal Factor ——————

f l

Lagar i thmicConcurs t- 1-5. 2, 3, 5, 7.5, 10,

Instruments' Phoenix Turbo IPV-4Frequency^ 1.0 hzOperator: ;

"\ipvV\A i *" S



AKUIESKWA GRID.Tvmmvns , Ontario.

Date: Sept \ 1995

Scale: l : 2500


MF 60-,

30-

IP RES l411 5000

2500

RES IP MF

-20

JO

0*50 S (WO 0*50 1-.00 N 1*50 N 2*00 N 2-1-50 N 3*00 N 3*50 N 4*03 N 4*50 N 5*00 N 5*50 N 6*00 N 6*50 N 7*00 N 7*50 N a*oo N 8*50 N

6*77 UK lin 3312 3024 1919 212E 386 303. i w UK 936 238 i 274S ZM9 2135 2792 3166 493 3743 3723 3614 3599 3472 33B 2733 3SD 3IBB

0*50 S ooo 0*50 N 1*00 N 1*53 N 2*00 N 2+50 N 3*OON 3*60 N 4*03 N 4+5G N 5*OON 5*50 N 6+00 N 7*00 N 7*50 N 8*0) N 8*50 N

filter 10 a la a.3 7.5 s.a 6.2 7.8 8.7 8.3 10 9-S 7.1 7.1 8.1 J.9 11 IS 11 8.5 B.2 7.1 S. l S.9 6.3 7.1 8.6 13 16 fllU

\ •r-J-vViy'i

13 12 ——-3.7- ^ 3.1- ^-8.1 s 4.7 3.2 4.9

19 17 IB1.8 /- 1 y J1 y s- l" '7

l 3.1 ' '\\ ^38 IB 'IJ

n^5

0 = 6

cwo 0*50 N 1*00 N 1*50 N 2*00 N 2*60 N 3*OON 3*50 N 4*00 N •H5C N 5*OON 5*50 N 6*00 N &-50N 7*00 N 7*90 N 8*OU N 8*50 N

filter 31

0=1

12 0.2 6.6 6.3 5.8 6.9 7.7 5.5 7.8 5.3 3.6 2.5 :.6 1.3 1.2 1.2 2.2 3.1 4.* 5.6 4.8 4,4 S.8 6.6 8.1 5.5 6.8 filter

16 ^ 8.4-^""^ IS 11 13~^ 3.7 ' 2.6

Lo

IT) UJ

Lu O

Q UJQ:UJ-JLL

TOPOGRAPHY

RESISTIVITYlohmji)

Phase

(mill iradsi

INTERPRETATION

METAL FACTOR

lip/res * 1000)

Line 5 W

Dipole-DCpole Array

plot point

—p.a s 25 m

n = t to 6

Fi l tered Prof i les

Resistivity — — — ——Polari z a i ion —————————


filter*

* *

Logar i thru icContours l ' 1 ' 5 ' 2- 3- 5' 7- 5 - 1 0 '

Instruments: Phoenix Turbo IPV-4 Frequency I l.Q hz Operator :

be 4



AKUIESKWA GRID.Timmins , Ontario.

Date: Sept \ 1995

Scale: l : 2500


iEOSOFT (l til So i l -if i.- for ths Earth Sciaticas. Toronta,

MF IPBO-,

304

0.1 Q

9577 232 3X2 Ml 1040 726 547 438 412 421 439 4SB

m } r\\ mjsto'f V* M

*W l 9171

•IfflV x 724 8733UJ 414^ 6)952431926 1478

l Z4^al 4bi/^ *ai'\ ara ,, aa , as f *o/ 1134

1807 324S v 62B8 X 23X1 2387 ' 791S 0224 ABO

RES IPCOO 40

-2500 -20

fl Lo

2SS 26K flltar

4W -^** /5L^ "9* 0=1

V - *L^* - 2?*X *K 3BK n -3

C^V '- l ew n - -1

0 = 6

4*50 N 5-X N 5*50 N &+00 N &-5C N 7+00 N 7+50 N a+oo N 8+50 S 9+00 N 9+50 N2.1 2.7 3.7 4.9 5.7 3.27.4 72 i. 3 5.5 4.8 5.2 4.9 4.7 3.3 4.6 3.511 9.1 8.7 8.5 9.1 9.8 3.3

6.9 7.5 10 14 IS11* 8.1 -^-7,3—— 7.7^-

8.s/ n n -. ; ,^\ 'tVV^ \ 7f " ' *- *- 8 \^ . N^M^^Ji ^ .4 .,-trx .:4.6 ^y 13 10——-8.8 u X 24

12 —8.7 89/ 13' '23

10 7.1 S.6 ^- 4.3-^ 15 8.3

4.1 3.7 4.8 3.3 2.37-8 7.3 7.4 5.2 4.9 SJ18 18 K IS 13 H

r/X^^JV^V/^".

fi- ii-s f o." ths Ejr th Sclancac, Toronio, a.n

m

enLU

LLo ccLao Q-

Q LU CZ LU

TOPOGRAPHY

(ohm-Di)

0,Phase(mill irads)

INTERPRETATION

METAL FACTOR

Cp/res * 10DO)

L une 7 W

D ;pole-D;pole Array

plot point

F t l t er ed Profiles

Resistivity — — — ——Polarization ——————————Metal Factor ————————-

= 25 m 1 to 6

filter*

* ** * j*

Logar I thin leCootours L '-S- 2. 3, 5, 7.5, 10,

Instruments: Phoeolx Turbo IPV-4 Frequency: 1.0 hz Operator :

TP


INDUCED POLARIZATION SURVEYAKUESKUIA GRID.

Timmins . Ontario.

Date: Sept \ 1995

Scale: 1 : 2500


rCPOGRAPHY

FcSISTIVITYis* tat m 93Z4 ara f a tar1SD1 L76B 2D9 312 281833? 3ffl7 3SB1Q6Q UB1 22*1

5*50 S t 5*00 5 t 4.-SO S

678 7G7 1042 136 1351 32E3

1IB s X6 IB. , 1*7 \Zf. ^3*

Id' 1XSBI \rart r-X X* 'H

\ 6775 \ 277 ^ 1414

^ /\ *\ ^"X TN' V0* C'r" - J^iN V- S^B \zfeN,V

Z13S l 1877 f 271 X1721V 2473 4080 ' ZS2

2fc/ '683 x 1228

6.1 46 V9 t.2 1.1 4.3 S. 3 &.S 7.S 9.9 S. 3 9. B 10 9.4 9.3 9.: :..terS.B 6.7 6.6 7.5 8.2

1.3 4.6V 5.! 7,5 \ 11

\ 6. 6 ( -.: 0=3i ir \ \ ' \ ' x. ~16 Xjl l 16 15 l '.'^ :-;) ' -3.1

3.9 6.9 6.7 5.1 6.6

4.8-^^5.6 ' fP^ 8.7

8.2 6.5 S-2 4.7 4.2 4.7 5.212 6.5 5.1 O 4 3.8 5-6 3.: 5-2

20 ^ 14 ^ 7.3 5.3, 3.95.8 v - \*j l 5-5

S.B J 4.S 3.6 1: , 16 9.3 l 3.3 l—VN? 5.7 ( 4.6 3.1S 2.3 ..6

' 7.3 7.3J.7 3.4 ' S.S - 5.S ' 18

Phase(mill ir ads)

•N

:.3

/ U

^

^

8*00 N 8*50 N 9*OON 9*50 N

1 -' -8 - 7 ' 7 '-2 IJ l' 1 f :he- METAL FACTOR

i.1^^3 --.7 s .6 i ^2^i.s 0=1 Cp/res * 1000J

'/^""-M x-a c~-^^--^v^ty V2 ^ 2^ / ^ i ' \^^^ 1

^.4 .3 ^ .B \^, .6 ^^.8^/^1.6 k^l.3 0 = 3

) N 4 .4 ^^.5 .7 .6 ~".7\ M.7 0=4l X^ ^^ x-^ V- ^7 .5 .3 .4 \ .8 x -S .7 0 = 5

~~ ~~ — ^ x \^\3 ^ . 6 ~- .4 .5^-8^.6 0 = 6



AKUESKUA GRID.T tmm ins , Ontar l o.

Date: Sept \ 1995

Scale: 1 : 2500


L E n e 9 U

Dipole-dipole

plat po i n t

F l l tered Prof i l

Resistivity — — — ——Polarization —————————Metal Factor ————————-

25 m io 6

es

f T l ter

* *

Logar i tbm i cContours '- i- 5 - 2. 3, 5, 7.5, 10,

Instruments" Phoeoix Turbo [PV-4 Frequency: 1.0 hz Oper a t or:

V"

l'

——-—j,,,.,, ^ for the E!arth Sclancas, Toronto

RES IP.5000 .40 Line 11 W

Dipole-Dlpole Array

TOPOGRAPHY F J ltered Prof J

Resistivity —————

Polar iza t ion Metal FactorUK 811 552 SB* S3 : 86B 1133 1290 USB 18DC 21*6 2-68 276 2541 21*9 1806 1G29 12S7 BM 920 744 716 SB* 616 837 872 IS32 1933 2216 2321 2000 1652 HIS ISO 1177 1(78 952 9*4 n 974 10*4 1243 2332 3*37 5917 73712131 2179 2B3* 1759 1366 1270 984 3344 3Q96 237] 2246 2129 S793 UK 12K 1ST. 23K 27K 25K RESISTIVITY

lohm —[n)84*-— 1103 1396^ 16S2 -~2ZB \ 1014 ; 1715 i 1361 \ i^! re

7(8 728 *P\\. f159 yS*3" V

750-———'tt f 1 496 l SBD8 ^ x\^ Logar i thru i c Contours ^' 2' 3 ' - 5' 7- 5 ' 1 0 '

* "B144 7358——^47S ) 7133J^slSS -KTO^-'.-SR——i

1364 r 1829^-^ 2J72V 1*25 121 1346 13741 1125 1100 129 S 1752 284L *563 4278

Instruments! Phoenix Turbo IPV-4 Frequency! 1.0 hr Operator:

SB5D 4967 N2S22 '33*O •fl 1210 '1606 1814 ^ 219B -1935 ^ 3E6B402* *475 ' Xll ' 772- 87* - I2E 418

is 14 n io 10 9.4 a. s 7.6 8.B S.2 11 13 18 21 18 16 14 12 8.7 6.8 5.6 8.2 8.7 8.5 8.4 3.3 9.7 11 Phase

(mill irads)5.5 ^- 8.7 N 7 ___.7.5-———7.7 B.3

9.5 8.7 8.6 l 6.4 V 8.8 8.S 8.5 ijy a 20 \ n 12 13 n 8.4 9.1 a7. 6.B 8.1

y s r /*'to 85 ' 44 c^^8 7.4 8.3 ^7.3.

7.6 6.1 ' 9.1 ''s.B -^12

INTERPRETATION

EASTMAIN RESOURCES INC

INDUCED POLARIZATION SURVEY AKWESKWA GRID,

2+90 S 2*00 S 1+50 S—i———i————i———i———i—lin 111 tM 1C 105 114 165 183 155 15* 80 3D 13 7.2 3.8 2.8 62 84 100 31 17 8.8 8.7 5.S 6.8 7.S 7.5 3.8 3.8 3.1 2.7 3.3inter 5.2 8.7 12 It 4.6 S. B 4.7 4.6 3.2 1.7 1.5 1.1 METAL FACTOR

tip/res * 1000)" 4.4 4.8 4.6 4.9 \ 14 14 v IB

6———TsV B \|T(mm Ens , Ontar lo.

Date: Sept \ 199514 i .6.3 5.2 6.4

Scale: l : 2500

TANDEM GEOPHYSICS INCGEOSOFT (tn) Soft ..ara for tha Earth Sclencas, Toronto.

Resistivity ——____ —— Po l a r i za t ,'on Metal FactorRESISTIVITY

(ohm j) ljljft- ^

1484 J 857 , y 3W 738 474 434 42, f 35 m

so a/ at/a*

TO-———7S- *" 885

14S2 -J,j:4.___1484 y 857 584 /30 *S 4BI

\ V^?x;xv "^-^ ^S, * ?-ate \ fa ' to\64c .' in *i s^v •JBJ'

3" 402 343 S

Logan i thmic Contours 1.5, 2, 3, 5, 7.5, JQ,

Instruments.' Phoenix Turbo IPV-4 Frequency! l.Q hz Oper a t or:

,5*50N_____6*00 N

7 '-3 6.9 7.S

y ; 11 12

"f/%7

INTERPRETATION


INDUCED POLARIZATION SURVEYMETAL FACTOR

Up/res * 1000) AKWESKWA GRID,T Emm Ins . Ontar l o.

i* l* IS17 ^? 2*

Date: Sepi \ 1995

Scale: l : 2500l 64 60 70

TANDEM GEOPHYSICS INC-—3- {u.jri {or t ha Ejrth Sciancas. l^onto, Cjn^da

LIne 15 W

D L'pole-Dipole Array

x a s 25 m n = l lo 6

TOPOGRAPHY F[ l t er ed Pro f l les

Resistivity — — — Polar I za t ion Metal Factor736 542 426 3* 272 235 243 22* 191 fater

375 353 339 317 191 l67 \ W 23B ^--' UB ri z l

N4 332 ( 238 \ IS 177^ 220/T 1S2 0 = 2

iss

419 353 "290———23^ 2^\ 168 O^

383 349 376 330\ 200 0 = 5

518 331 *2 *21 273 0 = 6

Logar i thmicContours L 1-5. 2. 3. 5. 7.5. 10,

34 V BS 1031 M649

A'———KH IOBB 'Instruments^ Phoenix Turbo tPV Frequency^ 1.0 hz Oper a t or:

1630 ^ 2*74 22B7 22*^ 1411

^S-3^ /W^3//-^Ji\w ^L—^ /tft ^^6.5 6.3 5.6 5.2 4.6 3.8 4.1 5.4 5.9 11 liar

9.3 S.7 7.4 7.1 7.8 8.4

84 aa a.8 a.4 8.9

7.3\ 6.1 7,4^ 6.2 6.6 J 4.2 3.97.9 7.6 7.8 B.3\ IS

z - -' -"x *iX ; l , \ 7 J^^- 4.6^-2.1 ^ 5.5 1

i6-^ 70____7. l x 12

INTERPRETATIONEASTMAIN RESOURCES INC.

INDUCED POLARIZATION SURVEY7.4 7.3 8.4 10 13 14 16 It IB IB METAL FACTOR

.'p/res * 1000)AKWESKWA GRID,

TImn vns , Ontarlo.42 SB 307,50 5 . 7!COS .a 2.3 1-6

Date: Sept \ 19956.3 7.6 8-3 9.5

7.* 13 VJI'^^^'X 2' *

/ ,2 13 - " ^ Scale: l : 250014 x ^ 3.1 -2.7 5.3 5.4

TANDEM GEOPHYSICS INCSi^\V"T!*- -6-' **"' *

—,——^i.fi-j.'c lo' the tartn se.

MF i P 3ES411., 5CDO-

RES IP-SOCO .40

If ^ f r VJPV 6 TOPOGRAPHY

RESISTIVITY2163 241B Z248 Z63 2233*40 4S4 3922 3923 2333 1329 235;

f I l ter 48M SF2 5*75 ^vs1003 J012\ \ !*-

931 7 200 15B4 1380———-l

1947 3BD6 3*3

2317 -"17* '1376 12*

4*50 S

5.5 S.4 (.2 B.2 S.S9.8 7.6 6.2 5.2 S.5 S.I14 is is 2*1 l t^r 10 li

8.2- 5.5 7.2 S.S

5.7 7.3 6.* 6.36.4 *.8x 5.S

S.8 7.3 i.; 6.82.7 4.3 \ 6.1 5.6 ) 4.7\ s-'

6.2 6.7 6.B

Phase(mil l irads)

INTERPRETATION

S 8*505 6MD05 7-50 5 7*OD S 6*505 s*oos 5*60 S 5*035 1*50 5 1*00 S 0-5DS OOO 0*50 N 1*00 N __1*SON

7.8 7.1 f ilie

•Ilta- 2.9 3.4 3.8 9.3 8 32 *212 3.2 5-5 4.1 5.3 4.810 S.* 3.7 3-3 3.1 3-5 3-5

-8.5___15——- 7.1 6.7

4.1 3.6 y .1.9-^ IS

1.8 2.4. 5.5 r 3.23.8 l 1 .9 1.61 1-3 '-S

METAL FACTOR

Cp/res * 1000)

Line 17 W

[KpoLe-0 Ipole Array

plot point

F;ltered Prof I les

Resistivity — —— —— ——Polarization —————————Metal Factor ————————-

to 6

filt

Logar i thai le Contours l - . 2, 3, 5, 7.5, 10,

Instruments: Phoenix Turbo IPV-4 Frequency: 1.0 hz Oper a tor:


INDUCED POLARIZATION SURVEY AKWESKUA GRID,

T imm Jns , Ontar l o.

Date: Sept \ 1995

Scale: l : 2500


(lnl Sot i.ji ^ for thft Ear tK Se Cancas, Toronto, C-nidj

RES IP-5000

Line 19 W

^ a ^ 25 ™

w x n = l to 6 plot point

TOPOGRAPHYF;l tered Prof Iles

Resistivity — — — — — Pol ar Czal ion Metal Factor3123 3019 3376 3278 3424 1470 filter RESISTIVITY

(ohmji)

SB TIB 512 479 S!3 485 486

ice ,a l w. ) 35Logar i thm \ c

Contours ' 3 . 5, 7.5, 10,

[nstrument s' Phoenix Turbo IPV-4 frequency: 1.0 hz Oper a t or -"

3B 315 XB 386 *3 *IS 321

13 13 IS l* f H Phase(m 111 i r ads)

17 19 19 IS tt 12

Cltar H " 12 l 6

' i'/ #

INTEF5PRETATIONEASTMAIN RESOURCES INC.

INDUCED POLARIZATION SURVEYMETP4. FACTOR

Cp/res * 1000)AKUESKUA GRID.

T (mm ins . Oni ar lo.f; He- 3LB 4.9 5.1 10

Date: Sept \ 1995

Scale: l : 2500


the Ear th Se loncac. Torono,

MF

30-1

GEOSOFT t: m l

IP RES4!) 5000-,

-5000IP

ADO

L

9*50 S 9fOQ S a+so s &+QQ 5 7+50 S 7*00 S D-53 S &QOS 5+50 S 5+CO S

t; Her ilia 23S 2394 2O3S 1554 1S25 1491 634 1O43 971 97B

4+50 S | 4+00 S | 3+50 S | 3+00 S

89* 7E 654 617 937 547 61* SI* 6*3 722 7^1 691 754 628 SB 443

.260.^ 224 PI 223 i 473 370 364 ^-519 5*6 -tt 594 ^2SS 231

3!3 SB 449 J34 424 282'^ 3S2 437 ^- 309 S71 J 847 \ SB 385 666 *^2W 228

~S48———"51* 5S7 AB 473 —-- 431 329 /SSS 7J2,—•—'7H2 787\ 679 7Q9 ^775 N. 326

[OZB———lOlS^^^f^ 3B5 /7fl6 ^-741—^.^4 ^-^D____4/3 TA 9U

l(B3 1064———i

933 787 774

731—__13BJ3 686/940 725 631 \ 8* 836 910—- J f \

lB7——^1013 83 732 660 638^ 846 K2

675 903 1122 1490 1851 830

C **/^ /"^"^JCB /mm i tsn f -TOT K3tb -SB4 TEE 'lODQ 1EH2 X 23tf IOJ5 1351 0=6

9*503 9*00 5 8-50 S 8*CO S 7+50 5 7+00 S 6*00 5 5+50 5 5+00 S 4+503 4+00 5 3-50 S 3+00 S 2-50 S 2+OD S 1-50 5 1+CO 5 0*50 5

f [ l t.ar 144.2 6.9 9.2 12 12 15 16 13 11 9.8 9.1 8.8 10 14 15 16 12 14 13 f;i

5-2 __ S.7 5.5^ j- —— 4.Z 3.5 4.64.6 \ 5.8 5.9 s 8.8

12 14 IS 1812 7.8 8.S

18 \ \7.9 ^^ 7.1 H W H l*

12 IS 14 14

14 13 14 14 IS 170=6

9*503 9*005 8+SOS WDOS 7+505 7-00 S S-50S 6+OOS 5+5Q S 5t03S 4+50 S 4+00 S 3-50 S 3+00 S 2+50 S 2+00 S 1+50 S 1+CflS 0+50

f! l ter IS 12 12 IS

0=1 11

27 38Z) 14 11 a 8.5 7.2 6.9 f;lte

16 8.1 4.4 1.4 5.5 7.9 13 18 28 22

20 ^^1 43

^-v." \ -JJ -——— -" f f

12 ( S—^— ^ ——— ZO 16 (

MF -90

-30

tnILJ

O

UJ

li.

TOPOGRAPHY

Phase

(mill i r ads)

INTERPRETATION

I-ETAL FACTOR

t rp/res * 1000)

Line 2 1 W

Dipole-Dipole Array

x x \ /\ /

V plot point

a = 25 m

n = l to 6

F I l tered Profiles

Resistivity ——— —————

Polarization ——————————

Metal Factor ———————-—-

l i l ter

Logar i tbm i c Contours 5 ' 2' 3 * 5 , 7.5, 10,

Instruments: Phoenix Turbo IPV-4

Frequency: l. O hz Operator:

TP

EASTMAIN RESOURCES INC,


AKWESKWA GRID.Timmins , Ontario.

Date: Sept \ 1995

Scale: l : 2500


for the Esr th Sclancae, Toronto, Canddi

MF 60.,

30,

Qj

IP 40-,

20-

RES5000- RES IP

-9000 -.40

2500- .2500 .20

V

5*505 4*50 S 4+00 S 3+50 S 3.00 S 2+50 S 2+00 S 1*50 S 1+00 S 0*50 S70S 611 654 852 717 781 943 1330 1437 1589 212 flits

440——- S4S ' IOZ7 78B ' 1182 1427

5^)0 S 4*50 5 f *-*0 S ^ ;l lo la Ai

3*50 S 3*00 S 2*50 S t 2*00 S : i* J) JJ -H i/ 2* jj

0=1 9-S

0=2

0=3

0=4

0 = 5

0 = 6

li E3/ y 22

17 20 28

1*50 S__f ___1+00 5 j 0*50 S14 10 7.2 b.B 7.2 /.S t il le

0=1

n = 216 17 16 J 12 1 8.1

IE ^~ IS. 13 14 10 J , 21

^ 21 \ 12 - IS - 12 12

9.2 0 = 3

0 = 5

0 = 6

MFr-60

4t50S 4+00 S 3+50S 3tflO S 2+50 S 2*003 1*50. S 1*005 0+SO Sfilter 23 19

0=3

0=4

0=5

0 = 6

28 20 17 14 17 24 29 38 38 12 8.6 5.7 S.4 O filter

SI ~-~ 41 " 66 -78 50 71

enUJ

O DC

.30 0-Q UJ

UJ

li.

TOPOGRAPHY

RESISTIVITY

Phase(mi 11 ir ads)

INJTERPRETATICN

METAL FACTOR

(fp/res * 1 0003

fOSOFT (tiiJ 3L.11..i - for the Ejr ih Sc^^ncac. Toronlo. C^n^

Line 22 W

D:pole-Dipole Array

-a = iiti in0=1 l o S

plot point

filter

Filtered Profiles

Resistivity — — — ——Polarlzat Ion —————————Metal Factor ————————-

Logar i thm i cContours l ' 1 -5. 2, 3, 5, 7.5. 10,

Instruments: Phoenix Turbo IPV-4 Frequency: l. O hz Operator:

TP



T Emm Ins , On tar to.

Date! Sept \ 1995

Scale: l : 2500


Mr60.,

23 W

D;pole-D;pole Array

JJ

TOPOGRAPHY

3*003 8*50 S 8*00 S 7*50 S 7*005 &1-50 S 6*00 5 5*505 5*00 5 4*50 S 4+00 S 3*50 S 3*005 2*50 S 2*00 S 1*50 S 1*033 C-oO 52QE22Z2920E72CB7239527MZn 7** 3330 2B7D 3011 2730 2805 2302 1B3B 1643 131S 17SB 1SB3 2216

ter 3513 2888 2314 2160 1637 2056 3D* 2121

030 3326 53822073

1117 r 21B9 2171 ZZ81 23B 2738

231 225 V 342 4121

5335- *El 3780 ' 1S93

9*00 S 8*50 S 8*00 S 7*50 S 7*003 6+50 S 6*00 5 5*505 5*00 5 4*50 S 4+00 S 3*505 3*005 2*503 2*00 S 1*50 S 1*00 S 3-50 S28 aa 22 18 It L3 17 IE 12 13 16 13 23

- l

4

5O

8.7 '-2 v 12

j.i)\y 14 .0 i*/ "vxi^L///" i4 i ^j ' * a 2 \j*s' J* X?7 I0 " n H V^L j 61k ill 12 i / a j 18 7 12 13^^1*1 12 7 a ) B^-^"28 x ^ \ 27^-—32 C SI-^^46"N. 62 ^^/^6\ 62 52

S.S^ ] 13 / "™~"— 2D ^X I 2 ! 3/ /^\\. a i l l9 a a———~ B 20/38 46 40 4049 3B 51 30 47

/Vsy?-7J J 18 K '^^ 1 1 14 ' 33 a "X. "7 ' /^-IS S 9 \ \ r" * "N O a * /"^\ 58 \ M 83 ^'20~~-~ 13 — 14 12 16 -^3 S 28 23 -"^1S li—— ^13 ' S 4S 49 36 O-JB 3D 47^56 58

17 filler! ter

•-3:4

'5

:6

lOSOFT ((ml re.: l -- i for the Earth Sciancas, Toronto, C^ni

12 ^ 8.8~

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Phase(mill irad

INTERPRETATION

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(Ip/res * 1OOO)

N/

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F ul t ered Prof i les

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filter

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Instruments' Phoen !-x Turbo IPV-4Frequency! l.O hzOperator:

IP



T vmm ins , Ontarlo.

Date: Sept \ 1995

Scale: L : 2500


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n = 6

Lao o- aSLU

TOPOGRAPHY

RESISTIVITY

Phase(millirada)

INTERPRETATION

METAL FACTC5R

Cp/res * 1000)

Eirlh Sc.'a-cas, Toronto,

L ine 24 W

Dipole-Olpole Array

plot po int

a ^ 2 5 m

n = l to 6

FCltered Prof! l es

Res i s t ;v i t y Polar;zai ion Meial Factor

Logar ; thinic Contours

filter

- 2, 3, 5, 7.5, 10,.

lostruments: PhoenCx Turbo IPV-4 Frequencyl 1.0 hz Operator:

TP


INDUCED POLARIZATION SURVEYAKWESKWA GRID.

T imm Ins . Ontar io.

Date: Sept \ 1995

Scale: l : 2500


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RESISTIVITY

Phase

(mtll(rads)

INTERPRETATION

METAL FACTOR

(Ip/res * 1000J

Line 25 W

Dipole-Olpole Array

N N s a ^ 25 m^ -^ l i r-w n " L to b

plot point

Flllered Profiles

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filter*

* * * * *

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Instruments: Phoenix Turbo IPV-4 Frequencyl 1.0 hz Operator: -

EA'STMAIN RESOURCES INC.

INDUCED POLARIZATION SURVEY AKUESKWA GRID.

Timmins , Ontario.

Date: Sept \ 1995

Scale: l : 2500


5*50 S 5*00 5 4*50 5 4*00 5 3*50 5 3*00 S 2*00 S 1*50 5 1*005 0*50 5i me ins t^so 1 495 1057 710 as wi 1077 1377 I9S2 2606 31,-S 2BO4 3333 40B6 33J7 SIS4 S22 S390 S3B1 flllar

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TOPOGRAPHY

RESISTIVITY(ohm jn)

Phase

(m 111 I r ads)

INTERPRETATION

METAL FACTOR

lip/res * 1000)

Line 26 U

Dlpole-DCpole Array

, a t____[B____ a

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a s 25 mt . r- 0 = 1106

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f i 1 1 er

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Instruments: Phoeni x Turbo IPV-4 Frequency^ l.O hz Opera t or :

IF



Timmins , Ontario.

Date: Sept \ 1995

Scale: l : 2500


RES ipr-SOOO .40

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0 = 4 0 = 5 0 = 6

TOPOGRAPHY

RESISTIVITY(ohm rp)

Phase

(mi 11 i

INTERPRETATION

METAL FACTOR

(Ip/res * 1000)

Line 27 U

Oipole-Olpole Array

L±

plat point

a = 2 S ™n = l to 6

FM t erpd Pr nf ;

Resistivity — — — ——Polarization —————————.Metal Factor ————————-

filter

Logar i t hm Cc Contours - 2, 3, 5, 7.5, 10,

Inslruments: Phoenix Turbo IPV-4Frequency: l.O hzOperator:


INDUCED POLARIZATION SURVEYAKWESKWA GRID. l Imm Ins , O n tar io.

Date: Sept \ 1995

Scale: l : 2500

TANDEM GEOPHYSICS INCGED50FT (t m l 5 c.it w^rc for t he E Jr th Sciances, Toronto. C in —da

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("I i tar 2.5 5.4 8.3 1 1 15 22

5.6

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11 12 . 7.3 7.7 i 3 x S.7— * S^ " IS W 11 n =

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n = b 0 = 6

&+OOS 7*50 S 7*00 S 6*50 S 6OO S 5*50 S S+OOS 4*505 4*00 S 3*50 S 3*OOS 2*505 2*00 S 1+50 S 1+ODS 0+50Sl ffltel i l ter 4.8 5.1 li 3-5 4.4 4.7 3.7 3.1 3.1 2.2 4.2 3.1 2.9 4.1 4.8 5.7 4.7 3.3 1.8 1.4 1.2 1.1 l 1.1 l.l

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TCFOGRPPHY

RESISTIVITY

Phase

(mill i rads)

INTERPRflTATIQN

METAL FACTOR

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Line 2 9 U

Dipole-OipoJe Array

plot pot'ntn = l io 6

Filtered Profiles

Resistivity — — — ——Polarization —————————Metal Factor ————————-

filter

Logar i thm ic Contours ' 7-5. 10,

Instruments: Phoenix Turbo IPV-4 Frequency! 1.0 hz

d tor :

TP


INDUCED POLARIZATION SURVEYAKWESKWA GRID.

TimmIns , Ontar l o.

Date: Sept \ 1995

Scale: l : 2500


REPORT ON THE PROPERTY

OF


AKWESKWA PROJECT

Linecuting and IP. Surveys

Kenogaming Township 42A 704 NW

o

C.I. Butella Consulting Geologist

Sept. 30, 1997

42A04NW0073 2.17887 KENOGAMING 020

Table of Contents

Summary

1.0 Introduction

2.0 Location and Access

3.0 Topography and Vegetation

4.0 Property Status

5.0 Previous Work

6.0 1995 Exploration Program and Results

6.1 Linecutting

6.2 Induced Polarization Survey

7.0. Conclusions and Recommendations

7.1 Conclusions

7.2 Recommendations

7.3 Proposed Exploration - Costs

8.0. References

Statement of Qualifications

1.2.

3.

4.

5.

8.

8.

9.

10.

10.

10.

11.

12.

List of Figures

1. Project Location Map

2. Claim Location Map

3. Linecutting and IP Survey

4. IP Plan Map

42A04NW00732.17887 KENOGAMING 020C

List of Maps and Sections (Folder 1)

1. Plan Map Showing Grid Location (Scale 1:5,000)

2. Claim Map: Plan G-3239 ( Scale: 1" = 40 chains)

3. PseudoSection 1 2+00 E ( Scale 1:2,500)

3. PsuedoSection 10+ 00 E (Scale 1:2,500)

4. PsuedoSection S + 00 E (Scale 1:2,500)




8. PsuedoSection 1 H- 00 W (Scale 1:2,500)

9. PsuedoSection 2+ 00 W (Scale 1:2,500)

10. PsuedoSection 3+00 W (Scale 1:2,500)

11. PsuedoSection S+ 00 W (Scale 1:2,500)

12. PsuedoSection 7 + 00 W (Scale 1:2,500)


14. PsuedoSection 11 * 00 W (Scale 1:2,500)

15. PsuedoSection 1S+ 00 W (Scale 1:2,500)




19. PsuedoSection 21 + 00 W (Scale 1:2,500)




23. PsuedoSection 25* 00 W (Scale 1:2,500)




List of Appendices

1. List of Expenditures

2. 1995lnduced Polarization Survey (Tandem Geophysics) - Folder 1

3. Names and Addresses of Recorded Claim Holders

4. List of Field Personnel

Summary

In October of 1995, Eastmain completed the first phase of an integrated program of exploration on it's Akweskwa Lake property located near Timmins, Ontario. Field work consisted of airborne and ground geophysical surveys, linecutting and preliminary geological mapping and sampling in preparation for winter diamond drilling.

The Akweskwa Property is underlain by Archean supracrustal rocks of the northeastern portion of the Swazye Greenstone Belt. This complex assemblage of felsic to mafic volcanic rocks has been intruded by several northwest trending ultramafic sill-like bodies and minor mafic intrusions. Several small felsic porphyry stocks, sills and dykes invade the volcanic sequences. All rocks on the property are crosscut by a swarm of north to northeast trending Proterozoic diabase dykes.

At Akweskwa, field programs were designed to asses the possibility of an economic gold deposit similar to the large, highly profitable pyrite gold mines of Hemlo and Bousquet. This report deals primarily with linecutting and ground geophysical surveys.

Induced Polarization ( l.P.) surveys represent an effective method of delineating buried zones of disseminated pyrite, l P surveys, performed by Eastmain, have detected wide zones of disseminated pyrite mineralization associated with felsic schists and pyroclastic rocks across the entire property, coincident with, and extending from, known auriferous mineralization at the Dunvegan Zone .

Work to date confirms a four-kilometre-long by 300-metre-wide strongly pyritized corridor of highly altered felsic rocks, which are geochemically enriched in gold and zinc. Siliceous- sericite-fuchsite-chlorite altered pyritic tuffs are exposed in several locations on surface and represent excellent targets for proposed trenching and diamond drilling.

The property appears to be well situated geologically and has reasonable exploration potential to host a Hemlo-type gold ore deposit. Further work is highly warranted.

Eastmam Resources Inc.^5^P

•mi

Gold showingGold-pyrite-quartz sericite schist

Felsic Volcanic Rocks

Mafic Intrusive Rocks

AKWESKWA Gold Project Compilation

Diabase Dyke Q Eastmain claims

Granite Q Falconbridge option

Felsic Porphyry Q Hanson option

Ultramafic Rocks

O 250 500METT^incites

1.0 Introduction

Eastmain Resources Inc. has acquired 38 mining claims in Kenogaming Township and optioned 9 patented mineral claims from Falconbridge Limited, to explore for a Hemlo or Bousquet-type pyritic gold deposit.

Hemlo-type gold deposits appear to be stratabound, tabular sheet-like bodies with the largest to date, Teck Corporation's Williams Mine, having current reserves of 32.2 million tonnes, at an average grade of 0.16 oz l tonne ( From Teck Corporation: 1997 Annual Report ). The deposits occur within an Archean eugeosynclinal rock sequence in which mineralization is confined to the felsic-sedimentary contact. Gold deposition is directly associated with hydrothermal quartz-sericite alteration and disseminated pyritic mineralization.

In the late fall of 1995, Eastmain Resources Inc. initiated a preliminary exploration program on its Akweskwa Lake Project, located near Timmins, Ontario. The program was established in order to test the potential of pyritic gold mineralization on the property.

The Akweskwa property is underlain by a series of felsic pyroclastic rocks which have been intruded by large komatiitic ultramafic sills. Gold mineralization has been identified on the property within these highly altered felsic pyroclastics, in two stratigraphic horizons similar to those hosting the Hemlo deposits in Ontario and the Bousquet deposits of Quebec.

In 1951, Dunvegan Mines Limited discovered up to 0.24 oz/ton Au over 4.0 feet ( 8.22 gpt l 1.22 metres) in trenches, within what became known as the Dunvegan Zone. Diamond drilling and trenching, completed by Jonsmith Mines Limited in 1960, intersected up to 18.5 gpt Au/ 3.04 metres (0.54 ounces over 10 ft.) in strongly pyritized felsic volcanic rocks northwest of the Dunvegan Zone. Historical surface geophysical surveys and diamond drilling have identified a 2-kilometre-long and up to 60-metre-wide package of quartz- sericite-chlorite-pyrite schists, containing anomalous gold and zinc, which extends across the property westward from the Dunvegan.

2.0 Location and Access

The Akweskwa property is located approximately 60 kilometres southwest of

Timmins, Ontario in the north central portion of Kenogaming Township, Porcupine Mining

Division, District of Sudbury ( Claim map ref. G-3239 ). The claim group is centred at

approximately 480 08' 45" N latitude and 81 0 55' 36" W longitude ( NTS 42A 704 NW ).

Figure 1.

Access to the property is via the Kenogaming Logging Ltd. all-weather road which

intersects Highway 101 to the south, about 16 kilometres west of Joe's Halfway House on

the Opishing River, The northwest boundary of the property is situated along the left fork

("To Gogama"), in the Kenogaming road, about ten kilometres south of the Highway 101

junction.

The claim group is well dissected by numerous ancillary logging roads which facilitate easy

access to any part of the property. Water for exploration and development should be

available from various creeks and lakes on the property. Gravel for road building is

abundant and a CNR mainline passes through about 11 kilometres southwest of the project

area.

The city of Timmins serves as the main centre of communication and supply for the area.

With several mines currently in production, Timmins offers excellent infrastructure for the

exploration and development of new projects nearby. Both Royal Oak and Echo Bay Mines

could provide custom milling operations for a deposit at Akweskwa.

The smaller hamlet of Foleyet, located approximately 32 kilometres west of the property,

offers minimal supply services and accommodation.

RedLake

QUEBEC

EASTMAIN PROJECTS

MAJOR GOLD DISTRICT

jy^ GREENSTONE BELT


PROPERTY LOCATION' MAP

3.0 Topography and Vegetation

The topography of the Akweskwa property is generally fairly flat lying with low to moderate

relief. Large outcrop ridges and coarse Pleistocene sand and gravel eskers predominate in

the northwest and south-central portions of the property, while low lying dry bogs, glacial till

and boulder fields appear to dominate the remainder of the area. About 200Xo of the project

area is covered in wet tag alder-and-cedar swamp.

A well developed stream runs diagonally across the property from Chabot Lake in the

northwest, through the lower part of Akweskwa Lake, and beyond to the extreme southeast

corner of the claim group. Several smaller creeks and beaver ponds occur within the claim

group, especially in the south central region. The property is bounded to the west, south

and east by larger rivers and lakes of the Kamiskotia water system. Akweskwa Lake is part

of this system.

Overburden depths range between 0-20 metres and average about eight metres. Well

differentiated podzolic soils seem to be developed on outwash sands and tills under a

coniferous to mixed forest cover. Prominent tree species include black spruce, cedar, birch,

poplar and balsam fir. Much of the area has been heavily forested providing good

exposure. Secondary growth is primarily softwood and alder slash.

4.0 Property Status

The Akweskwa property is comprised of 20 unpatented mineral claims, consisting of

a total of 39 units, and nine patented mining claims ( Figure 2 ). Claims distribution and

ownership are listed below. Subject to various royalty interests, Eastmain Resources Inc.

can earn up to 1000Xo interest in the optioned claims.

Claim No.

11547471154748120426912042701204271120427212042731204274

Bradbrook Option:

1177269 1177270 1177271 1177282 1177283

Total: 13 claims

Hanson Option:

998379 998380 1025230 1025231 1025232 1025233

No. of Units

33162311

4 1 1 2 4

32 units

1 1 1 1 1 1

Ownership

1000Xo Eastmain1000Xo Eastmain1000Xo Eastmain1000Xo Eastmain1000Xo Eastmain1000Xo Eastmain1 000Xo Eastmain1000Xo Eastmain

1000Xo Eastmain; C. Bradbrook Option 1000Xo Eastmain; C. Bradbrook Option 1000Xo Eastmain; C. Bradbrook Option 1000Xo Eastmain; C. Bradbrook Option 1 000Xo Eastmain; C. Bradbrook Option

1000Xo Eastmain

Eastmain can earn 100 0Xo; Hanson Option Eastmain can earn 1000Xo; Hanson Option Eastmain can earn 1000Xo; Hanson Option Eastmain can earn 1000Xo; Hanson Option Eastmain can earn 1000Xo; Hanson Option Eastmain can earn 1000Xo; Hanson Option

r c r c

1025231 , 1025232/ lAkweskwa 1 ' Lake

"T

i 1025233 ! 1154747j j 3 units

EASTMAIN RESOURCES INC100% Eastmain

Falconbridge Limited

Hanson Claims

AKWESKWA PROJECTClaim

Location Map-L..-..J

1025868

Total: 7 claims

Eastmain can earn 1000X0 ; Hanson Option

7 units Eastmain can earn 1000Xo interest

Falconbridge Patented claims ( Eastmain Option ):

S58335S58572S58573S58574S49021S49022S49025S49026S49039

9 patented claims

111111111

9 units

Eastmain can earn 1000Xo; FalconbridgeEastmain can earn 1 000Xo; FalconbridgeEastmain can earn 1 000X0 ; FalconbridgeEastmain can earn 1000X0 ; FalconbridgeEastmain can earn 1000X0 ; FalconbridgeEastmain can earn 1000Xo; FalconbridgeEastmain can earn 1000Xo; FalconbridgeEastmain can earn 1000X0 ; FalconbridgeEastmain can earn 1 000X0 ; Falconbridge

Eastmain can earn 1000Xo

5.0 Previous Work

Exploration has continued sporadically in Kenogaming and surrounding townships

since the turn of the century. In the early 1900's exploration efforts were concentrated on

the discovery of large iron formations in the area. Soon afterwards, gold , base metals and

asbestos became targeted commodities.

As early as 1947, gold was discovered by Hoodo Lake Mines on what is now known as

the Akweskwa property. Native gold was panned from oxidized surface material overlying

pyritic shear zones in sphalerite-chalcopyrite bearing sericitic tuffs. However, disappointing

assay results from the trenching of these zones kept the property dormant until 1951, when

Hoodo changed it's name to Dunvegan Mines Limited and re-examined the property with

regard to it's zinc potential. The trenches were extended, deepened and re-sampled. Both

gold and zinc assays generally returned low values, however at least one sample was

reported to contain up to 0.24 oz l ton gold across four feet or 8.22 gpt /1.22 metres. The

same sample was also reported to have values of 0.20 oz/ton silver (6.9 gpt) and Q.24%

zinc.

In 1952-53 Norduna Mines Ltd. optioned the Dunvegan Property and began evaluation of

the peridotites for their nickel potential. Norduna completed about 5,000 feet ( 1525 m) of

diamond drilling. The best intersection was Q.88% Ni and Q.157% Cu over 25 feet (7.62m)

Jonsmith Mines Limited reportedly drilled three short packsack drill holes, approximately

1,800 feet ( 548.6 m) northwest of the previous Dunvegan Zone, in 1960. Drill hole #1

intersected 5.0 feet of 0.92 oz/ ton gold, followed by another five foot section grading 0.16

oz/ ton, for an average grade of 0. 54 oz/ton over 10 feet or 18.5 gpt Au/3.04 metres. Gold

was thought to be associated with heavier pyrite mineralization and the presence of

chalcopyrite and galena within a sericitized felsic tuff.

In 1966, Falconbridge Nickel Mines Limited optioned part of the Jonsmith property and

drilled eight holes on the Dunvegan Zone, intersecting anomalous gold, silver and zinc.

Hole F4 intersected 0.08 oz/ton gold or 2.74 gpt over 3.3 feet ( one metre).Other drilling

returned values of up to 1.030Xo Zn, 0.55 oz/ton Ag ( 19 gpt) and 0.01 oz/ton Au ( 0.34 gpt)

across 5.2 feet (1.58 metres).

International Norvalie Mines drilled three short holes into the Jonsmith Zone in 1971.

Apparently the Jonsmith results could not be duplicated, suggesting the presence of free

gold within the system.

From 1977 to 1983 several companies performed ground geophysical work in the property

area. Canadian Johns Mansville Company Limited, Texasgulf Limited and Donit Exploration

Services completed ground magnetics, VLF and both vertical and horizontal loop EM

surveys with no recorded follow-up .

In 1983, Carl Creek Resources and Bearcat Explorations carried out a joint venture

program which included stripping, trenching, mapping and sampling on five claims covering

the Dunvegan/Jonsmith showings. Their work defined the Dunvegan Zone as a corridor of

sheared, sericitized, pyritic tuffs containing numerous zones of siliceous pyrite

mineralization up to three metres wide. Values of up to 0.08 oz/ton or 2.74 gpt gold were

obtained in surface sampling. MPH Consulting Limited completed IP surveys for the JV

partners over the anomalous zones. Later, in 1985, Carl Creek , through MPH Consulting,

performed a follow-up program of mapping, trenching and sampling over IP targets to the

east of Akweskwa Lake. A grab sample of semi-massive pyrite hosted by sheared felsic

tuffs and located approximately 400 metres southeast of the original Dunvegan Zone was

reported to assay 5.38 gpt gold( 0.157 ounces).

Glen Auden Resources Ltd. and Golden Range Resources Ltd. completed geological

mapping, soil sampling and ground geophysical surveys in the northwestern portion of the

Akweskwa property in 1985-86. Four drill holes, totalling 620 metres, were completed on

the northwestern extension of the Dunvegan zone. Each of the holes intersected wide

zones of pyritic quartz-sericite-carbonate schist with geochemically anomalous quantities of

gold ( up to 0.6 gpt. in hole GAK-4 ).

Halley Resources Ltd. ( 1988-89) undertook a program of stripping, trenching, detailed

mapping of historical trenching, ground magnetometer and VLF-EM surveys and diamond

drilling. 18 drill holes were completed in the Dunvegan Zone and surrounding area -

intersecting up to 20.5 gpt Au over 1.95 m.

Several Induced Polarization anomalies were defined on the property in a partial test

survey completed by Christopher Bradbrook in 1994.

7

6.0 1995 Exploration Program and Results

During the 1995 field season, Eastmain completed an integrated surface exploration

program including airborne and ground geophysical surveys, linecutting, geological

mapping and diamond drilling. This report deals specifically with linecutting and ground

geophysical surveys ( Figure 3 ).

6.1 Linecutting :

Approximately 80 kilometres of cut-line grid has been established over the Akweskwa

property. A 5.3-kilometre, northwest-southeast (~1230 ) base line, located about 150 metres

south of Chabot Lake, bisects the property diagonally. The baseline was aligned

subparallel to stratigraphy, and to the known corridor of mineralization. Cross-lines were

cut perpendicular to this baseline at 100-metre line spacings with station pickets set at 25-

metre intervals (Figure 3). Two tie-lines were established in order to maintain grid control in

areas of increased drainage; one in the southeast portion of the grid from L200 W to

L1700 E , at 6400 S, and the other at 1+75 N, from L1200 W to L1600 W.

Due to numerous problems with personnel, linecutting which commenced in mid-June, was

not completed until October 16,1995. Work was directed and supervised by three

individual groups and was distributed as follows:

Wayne Stewart ~ 37 kilometres

Franmar Exploration Services ~ 16 kilometres

Rayan Exploration Ltd. ~ 27 kilometres

Appendix 4 lists full names and addresses for field personnel.

8

Eastmam claims

- . — . - Falconbridge option

— '. — Hanson option

. - - - IP SURVEY EINES


AKWESKWA GOLD PROJECT

Lmecutting and IP survey lines

•-•-il--? 1:?0.0'- Figure j

6.2 Induced Polarization Surveys :

In the fall of 1995, Tandem Geophysics, under contract to Eastmain Resources Inc.,

conducted an Induced Polarization survey over the Akweskwa property. The program,

which commenced September 22 and was completed October 18, 1995, covered

approximately 27.4 line kilometres, at a 200-metre line spacing, in an effort to delineate the

known mineralized corridor, and to discover other possible zones of mineralization.

Readings were taken on 100-metre line spacings in two areas where intense pyrite

mineralization appeared in surface outcrop. Those zones occur between L200 E to L300 W

and from L2100 W to L2700 W. The survey utilized a frequency domain system, known as

Phase IP, with a dipole-dipole array. Dipole separation was 25 metres and 1Y^ 1 through

6. Instrumentation consisted of a Phoenix IP-V4 multi-channel receiver coupled with a

Phoenix IPT-1 transmitter (Appendix 2).

The IP survey was particularly effective in delineating the mineralized corridor across the

property. A wide IP expression, locally up to 300 metres in width, striking in a northwest-

southeast orientation, subparallel to the base line, has been defined from L 800 E to

L 2900 W ( Figure 4 ). Four definite continuous anomalies have been identified as A, B, B1

and C as illustrated on the pseudo sections in Appendix 2. In addition, several indefinite

anomalies which warrant follow-up exploration have also been identified. Anomaly A

corresponds with the Dunvegan gold zone and extends from L100 E to L1700 W,

immediately south of the base line. Anomaly B is aligned parallel and south of anomaly A,

extending from L1100W - 200 S to L2600W - 200 S. This anomaly is en echelon to

anomaly A and may be a fold repetition of A, or a separate sulphide zone. A third

stratabound IP anomaly, B1, was detected from L2100 W - 500 S to L2900 W - 650 S. This

zone is coincident with observed surface mineralization in altered, schistose, pyritic felsic

9

EASTMAIN RESOURCES INC

AKWESKWA PROJECT \COLOURED LP (PHASE) MAP

•..COMPILATION OF PSUEDOSfiCTONSV- DIPOLE-DIPOLE ARRAY ' " •~-EREQUENCY l O HZ

tuffs carrying accessory green mica. A fourth IP chargeability anomaly, C, extends across

the southern margin of the property from L 700 W to L2300 W, at approximately 800

metres south. This anomaly coincides with an airborne magnetic anomaly, and probably

reflects disseminated magnetite in serpentinized peridotite sills which intrude the felsic

volcanic sequence.

7.0 Conclusions and Recommendations

7.1 Conclusions :

* A wide zone of disseminated sulphide mineralization occurs within sheared felsic

volcanic rocks at the Akweskwa property.

* Sporadic gold values have been obtained from part of this zone, known as the

Dunvegan showing.

* Induced Polarization methods have traced this mineralized zone for 3.7 kilometres

across the property.

* IP surveys have also traced the contact of the ultramafic sills that bound the felsic

assemblage.

7.2 Recommendations :

Based on positive geophysical survey results, a second phase of exploration is

recommended for the Akweskwa property and should include surface induced polarization

surveys, lithogeochemical sampling, geological mapping, trenching and diamond drilling.

Previous high water levels prevented complete IP coverage on some survey lines

coincident with the mineralized corridor. Extended detailed IP surveys are strongly

recommended at 100 m line intervals across the property to fill-in current survey gaps. A

systematic program of surface mapping and lithogeochemical sampling should be

completed over the entire property. Detailed mapping and sampling of outcrops directly

10

over the zones with the strongest IP response should also be carried out. Brief field

observation indicates that these zones are indicative of areas of intense rock alteration and

mineralization - a possible guide to as yet undiscovered ore grade mineralization.

7.3 Proposed Exploration - Costs

Phase One exploration is recommended for the property as follows:

Note all costs are estimations only.

Induced Polarization -Infill Surveys 20.55 km @ S 1365/km S 27,982.50

Geological Mapping and Sampling 15,000.00

Soil Geochemical sampling 5,000.00

Stripping, Trenching and Sampling 20,000.00

Assays (Including Lithogeochemical Analysis) 56,000.00

Diamond Drilling 3000 m @ S 50/m 150,000.00

Core Shack Rental 2,050.00

Food, Lodging, Transportation Costs 6,000.00

Drill Supervision and Logging, Reports etc. 16,500.00

Miscellaneous Costs and Supplies 5,000.00

SUBTOTAL 8303,532.50

Contingency @ 100Xo (includes 507o Management Fees) 30,532..50

TOTAL S 333,885.75

11

8.0 References

Assessment files of the Resident Geologist's Office, Timmins.

O.G.S. 1990: Airborne Electromagnetic Survey, Total Intensity Survey, North

Swazye,

Montcalm area: Ontario Geological Survey, Map 81 378 and 81 379; Scale

1:20000.

Milne, V.G. 1972: Geology of the Kukatush-Sewell Lake area, District of Sudbury;

Ontario Division of Mines, GR97, 116p. Accompanied by Maps 2230,

2231; Scale 1 inch to 1/2 mile.

12

Statement of Qualifications

l, Catherine Irene Butella , of R.R.#1 Orangeville, Ontario, do hereby certify that:

1. l am a graduate in Geology and Biology from Lakehead University, Thunder Bay.

2. l have been involved in the mining exploration industry since 1979, and have

practiced as an independent geologist since 1983.

3. l am owner and president of Shawonis Explorations and Enterprises Ltd., a private

geological consulting company.

4. l am a member of the C.l.MM., A.E.G., P.D.A. and T.G.D.G.

5. This report is based on a review of Government reports and publications, and on

Company field reports and examinations carried out in October 1995.

6. l have no direct interest in the property, however, l am a shareholder of Eastmain

Resources Inc.

Dated at Orangeville, Ontario, this 30th day of September, 1997.

Catherine l. Butella

Consulting Geologist

13

Appendix 1. Expenditures

The 1995 exploration expenditures on the project, relative to this report, are as

follows:

Linecutting 3 26,848.44

Induced Polarization 27 km @ S 1365/km 339,434.85

Labour, Supervision, Field Work and Report S 6,262.50

Accommodation, Travel, Meals S 5,981.09'

Field Equipment and Supplies S 1,182.15'

Maps S 170.62

Mobilization l Demobilization S 462.50

Total Expenditures: $ 80,342.15

14

Appendix 2. Induced Polarization : See Folder 1

15

Appendix 3. Names and Addresses of Recorded Claim Holders

Claim Holder Claim Numbers

Christopher James Bradbrook - 111410

87 Selgrove Cres. Oakville, Ontario L6I 112

P 1177269-1177271 incl.

P 1177282-1177283 incl.

Brenda Gay Hanson - 300823

750 Pender St. West, Suite 604 Vancouver, B.C. V6C 2T7

P 998379 - 998380 incl.

P 1025230-1025233 incl.

P 1025868

Eastmain Resources Inc. - 300914

36 Toronto Street, Suite 1000 Toronto, Ontario M5C 2C5

P 1154747-1154748 incl.

P 1204269-1204274 incl.

Falconbridge Nickel Mines Ltd. - 130679

P.O. Box 1140, 571 Moneta Ave. Timmins, Ontario

P4N 7H9

S 58335S58572 - 58574 incl

849021,49022,49025

549026,49039

16

Appendix 4. Field Personnel

On-site Geologist:

Eastmain Crew:

James Larivere

372 Greenwood Ave. North Bay, Ontario P1B5G4

Wayne Stewart

176 Sunpoke Road Rusagonis, New Brunswick E3B 8Y5

Joe Graves

c/o Wayne Stewart

Franmar Exploration Services: J. Bosum ( Foreman)

Box 1288, 115 MacDougal Street, South Porcupine, Ontario PON 1HO

Tandem Geophysics Inc.: Ron Mertens (Parnter)

Box 1682, Guelph, Ontario N1H6Z9

Rayan Exploration Services Ltd. :

676 Murray Street Timmins, Ontario P4N 7B2

17

Ministry ofNorthern Developmentand Mines

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

Transaction Numtow M)

Firn Research Imaging

Personal information collnrtBd on this form is nhtninori nnrior tho anthnritu

Mining Act Questions 933 Rams(

Instruct! 42A04NW00732 17887 KENOGAMING 900

65(5) and 66(3) of the Mining Act. Under section 8 of sessment work and correspond wtth the mining land holde linistry of Northern Developrrmnt and Mines, 6th Floor ,

l a claim, use form 0240.

1. Recorded holder(s) (Attach a l ist if necessary)Name

EoSrfmain ffesrxirr^-s \ r\(L -Address

3(0 "Tor^rrro A-ce.fJf ocu-hc. { Do o

TcTDrrfD , Dn-rQriO M5C .2.^6Name

Address . -

2 . 1 7S87i-'JC ^k "

Client Number

Telephone Number

Fax Number

Client Number

Telephone Number

Fax Number

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

Geotechnical: prospecting, surveys, assays and work under section 18 (regs) D Physical: drilling, stripping,

trenching and associated assays | | Rehabilitation

Work Type

Dates Work Performed

Global Positioning

PrDunc'

r\eCjjL^\C)(3 (3.ri*dy^}^''phU5'Qa- 1 Survey -

^ Indui^ecf Pbl&riz^-hon SLtrv/if tJS^)

Day 1 Month f Year Day Month Year

System Data (if available) Township/AreaK&noQArYM '"^ T~VAJ p

M or G-Plan Number

Office Use

Commodity

Total S Value of s- y , , Work Claimed Ss O, DH

NTS Reference

Mining Division "N ( ' \ V Of\OM AS,

Resident Geologist ^~. District ( Iti'lAlic^-o

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

AddressRfLii | Or&n^gvMle y Dn^-^'"o L.q^-2^8

Name

Address

Name

Address

Telephone Number

Fax Number

Telephone Number

Fax Number

Telephone Number

Fax Number

4. Certification by Recorded Holder or Agent RECEIVED

i, l rg rig- , do hereby certify that l hi(Print Name)

forth in this Declaration of Assessment Work having caused the work to be p or after its completion and, to the best of my knowledge, the annexed report i

oqsonalve personal knowledge of the facts set

during

Signature of Recorded Holder or Agent Date53*.

Agent's Address

flWTelephone Number Fax Number

0241 (02/96)

5. Work to be recorded and distributed. Work can only be assigned to claims that are contiguous (adjoining) to the mining land where work was performed,'at the time work was performed. A map showing the contiguous link must accompany this form.

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

eg

eg

eg

1

2

3

4

5

Zx6

3 7

f 8

!h9f"So

11* 12

o 13

\ - -J4

15

TB 7827

1234567

1234568

P i&of^fo 'P izo4a?j 'P 1*043-?^.'

Pizo4;r7-3 'P i.2,o4jL~r4 '

S 5? 335"

5 5S S7^'

S5SS75

S5SS74

5 49 0 Z'/ -,

S -Hox^

s ^0^5-

5*4^0^

54^03^

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

16 ha

12 .

2

b

' vV-- i . S :' i -'"'i - " :

B^.,,.-,*,a

-•.-jnl-^.

" ' ' r '' 1" 1 ''f ,,i.-,.,il . .i

, •-|-——

i.. -t ;- V

\JIT' '

Column Totals

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

S26, 825

,,o. .0

S 8, 892

5,050

MIS'

2,qq5- Y ,,

Z 1 ng.

"" f, W

Z W6

Zt W5

. l 116

Z. 40)5l 3 LlC? l , 0 T: t) —————— !-| ——————————

'"j Q (4-0i i

^3(^, 750!

Value of work applied to this claim.

N/A

S24,000

S 4,000

4,*3ooi

.^,4po 1Y

^00

A//4'MA

tf/AA//A

V/A

V/A

M4\,''Kl'K

K/ A

r , . ' -

4 IP .1^0

Value of work aaalgned to other mining claims.

124,000

0

0

P

^

-. 0.0

00to2)ft#0

i! P\

ff\ i

0

0

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

S2,825

0

34,892

Z50115"

5^51,4^tf^ ;^

3./4D2,^P2,q95Z, 4^5"1,7^Z,'^?5"

/y^^

^, 1 503-, 440

^26,350

l, , do hereby certify that the above work credits are eligible under(Print Full Name) - -i -.. * - . --. : ' : .. :-V . - -. . '

subsection 7 (1) of the Assessment Work Regulation 6/90 for assignment to contiguous claims or for application tofi*. -~. ' '•'y o o !*ythe claim where the work was done. . i i i *, ft -* '.i (** -xSignature of Holder or Agent Authorized In Writing Date

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

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

D 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; orD 3. Credits are to be cut back equally over all claims listed in this declaration; orD 4. Credits are to be cut back as prii

l

Note: If you have not indicated how your credits an followed by option number 2 if necessary.

For Office Use Only m , . ,.Received Stamp

0241 (02/96)

Deemed Approved Date

Date Approved

Date Notification Sent

Total Value of Credit Approved

Approved for Recording by. Mining Recorder (Signature)

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

Work can only be assigned to claims that are contiguous (adjoining) to at the time work was performed, k map showing the contiguous link

must accompany l^/taon. pJOKr/M,

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

eg

eg

eg

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

TB 7827

1234567

1234568

P 1 1 Tf 2- (0*3 '

P ||^7Zf# '

Pn-r*2,t\ 'Pl|?7Z** '

Pl|??ZS3 '

P 91*3-79 '

p qq^sso

P IDZ5Z30

P (02.5231

P 10^52,32,

P 102.5233

P lc^5Sfe6

P li 54747-

p,l 5474-6 '

P/ZoHvO.9'

#^r2) 55? Sr^ ///t//?-^ /3&/K/6JJ tilT/kXrNumber of Claim Units. For other mining land, list hectares.

16 ha

12

2

4llz4-

llllll

l33

lColumn Totals

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

S26, 825

0

S 8, 892

^ 9, 500

\.1t62 S 55

/. T 4?l——————— LJ ——— - ————————————

^( 450

3,0^0

Z S55

2,^50

4,?bo

1,115^2,4^52,350

1,115"1, ^50

l,fe?0

^43 5q(

Value of work applied to this claim.

N/A

S24,000

S 4,000

3( zoo*3DO

^00!S?/-'/^?/

li t?OO

O ( X.OO

Q^ootyooy-ooH-oo

*00

looi-hoo

11001 2,^0

^ ( 4o^Soo

^1^000

Value of work assigned to other mining claims.

S24,000

0

0

11*00

0

300

00

0

0p0

0

uoo/zoo0

0^

* 4,^0

rTS-h JL.^*-J /r^* — — —Bank, value of work to be distributed at a future date.

S2.825

0

S4,892

4,1009/5"

I,Z55

W*l

150

z t y^\D-2,46^

Z, 550

4, 4to

d^? '•^"

75o5/5"

^^C^

d *T,^-v

^^.591

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

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

the claim where the work was done.Signature of Re^cprded Holder or Agent Authorized in Writing Date

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

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

you wish to prioritize the deletion of credits:

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

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

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

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

i-f back ?S r&a

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

For Office Use OnlyReceived Stamp Deemed Approved Date

Date Approved

Date Notification Sent

Total Value of Credit Approved

Approved for Recording by Mining Recorder (Signature)

Ontario


Ministere du DeVeloppement du Nord et des mines

Statement of Costs for Assessment Creditttat des coQts aux fins du credit d'evaluation

Mining Act/Lol sur les mines

Transaction No./N 0 de transaction

Personal information collected on this form is obtained under the authority of the M ining Act. This information will be used to maintain a record and ongoing status of the mining claim(s). Questions about this collection should be directed to the Provincial Manager, Minings Lands, Ministry of Northern Development and Mines, 4th Floor, 159 Cedar Street, Sudbury, Ontario P3E 6A5, telephone (705) 670-7264.

Les renseignements personnels contenus dans la presente formule son! recueillis en vertu de la Lol sur les mines et serviront a tenir a jour un registre des concessions minieres. Adresser toute quesiton sur la collece de ces renseignements au chef provincial des terrains miniers, ministere du Developpement du Nord et des Mines, 159, rue Cedar, 4e etage. Sudbury (Ontario) P3E 6A5, telephone (705) 670-7264.

1. Direct Costs/CoOts directs

Type

Wages Salalres

Contractor's and Consultant's FeesDrolts de ('entrepreneur et de I'expert- consell

Supplies UsedFournlturesutlllsees

Equipment Rental Location de materiel

Description

Labour Main-d'oeuvreField Supervision Supervision sur le terrain

Type

Type

Amount Montant

39,454

Totals Total global

Total Direct Costs Total des couts directs

2. Indirect Costs/Couts Indlrects* * Note: When claiming Rehabilitation work Indirect costs are not

allowable as assessment work.Pour le remboursement des travaux de rehabilitation, les coOts Indlrects ne sont pas admissibles en tant que travaux devaluation.

Type

Transportation Transport

Food and Lodging Nourrtture et hebergemantMobilization md Demobilization Mobilisation et demobilisation

Description

Type

qoiim.lm^

Amount Montant

l, m

4,^33

^3Sub Total of Indirect Costs

Total partial des couts IndlrectsAmount Allowable (not greater than 20H of Direct Costs) Montant admissible (n'excedant pu 20 H des couts directs)

Total Value of Assessment Credit Valeur totale du credit (Total of Direct md Altowibto devaluation Indirect coot*) rTotal du codtt dlracti

Totals Total global

MM-8

4r,**3

fe Wty, 3 .

fpM-4fewtem

M Indirect* admluibltt

Note: The recorded holder will be required to verify expenditures claimed in this statement of costs within 30 days of a request for verification. If verification is not made, the Minister may reject for assessment work all or part of the assessment work submitted.

Note : Le titulaire enregistre sera tenu de verifier les depenses demandees dans le present etat des couts dans les 30 jours suivant une demande a cat effet. Si la verification n'est pas effectuee. le ministre peut rejeter tout ou une partle des travaux devaluation presentes.

Filing Discounts O o

1. Work filed within two years of completion is claimed at 1000/*) of the above Total Value of Assessment Credit.

ftemises pour depdt

1. Les travaux deposes dans les deux ans suivant leur achevement sont rembourses a 100 'ft de la valeur totale susmentionnee du credit devaluation.

2. Work filed three, four or five years after completion is claimed at 50"Vb of the above Total Value of Assessment Credit. See calculations below:

Total Value of Assessment Credit Total Assessment Claimed

x 0.50 -

Certification Verifying Statement of Costs

l hereby certify:that the amounts shown are as accurate as possible and these costs were incurred while conducting assessment work on the lands shown on the accompanying Report of Work form.

that as ^y- p/Dtt^on(Recorded Holder,

to make this certification

In Company)— -^

2. Les travaux deposes trois, quatre ou cinq ans apres leur achevement sont rembourses a 50 "Vb de la valeur totale du credit devaluation susmentionne. Voir les calculs ci-dessous.

Valeur totale du credit devaluation Evaluation totale demandee

x O,

Attestation de I'etat des coC

J'attests par la presente :que les montants indiques sont ^^^^^ depenses ont ete engagees pour effectuer les travaux devaluation sur les terrains indiques dans la formule de rapport de travail ci-joint.

exactipeeable et que ces. - J i ' "^^^r^^^^y^^^^T^^^^fv

l am authorized Et qu'a litre de je suis autorise(titulaire enregistre, representant, poste occup6 dans la compagnie)

a faire cette attestation.

Signature Date

0212 (04/91) Nota : Dans cette formule, lorsqu'il ddslgne das personnes, le masculin est utilis6 au sens neutre.


February 25, 1998

EASTMAIN RESOURCES INC. 36 TORONTO STREET SUITE 1000 TORONTO, ONTARIO M5C-2C5

Ministere du Developpement du Nord et des Mines Ontario

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

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

Dear Sir or Madam:

Subject: Transaction Number(s):

Submission Number: 2 .17887Status

W9760.00438 Approval After Notice

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

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

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

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

Yours sincerely,

ORIGINAL SIGNED BYBlair KiteSupervisor, Geoscience Assessment OfficeMining Lands Section

Correspondence ID: 1 1958

Copy for: Assessment Lihr.nv

Work Report Assessment Results

Submission Number: 2 .17887

Date Correspondence Sent: February 25, 1998 AssessorLucille Jerome

Transaction First ClaimNumber Number Township(s) l Area(s) Status Approval Date

W9760.00438 1177269 KENOGAMING Approval After Notice February 23, 1998

Section:14 Geophysical IP

l have reviewed your submission 2.17958 as requested and agree that the geology survey covers the linecutting grid. Although the linecutting should have

been filed with the geology, it is being allowed with this IP survey submission. Note that the linecutting is allowable at 5007o of its value since it was filed past the 2 year date of performance.

The IP survey is partially credited at 10007o for work that is less than 2 years old and at 5007o for the portion that is more than 2 years old.

The TOTAL VALUE of assessment credit that will be allowed, based on the information provided in this submission, is S42,459.00. Assessment work credit has been approved as outlined on the attached Distribution of Assessment Work Credit sheet.

Correspondence to: Recorded Holder(s) and/or Agent(s):

Resident Geologist Catherine Irene ButellaSouth Porcupine, ON ORANGEVILLE, ONTARIO

Assessment Files Library EASTMAIN RESOURCES INC.Sudbury, ON TORONTO, ONTARIO

Page: 1Correspondence ID: 11958

Distribution of Assessment Work Credit

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

Date: February 25, 1998

Submission Number: 2 .17887

Transaction Number: W9760.00438

Claim Number

1 1 7726911772701177271117728211772839983799983801025230102523110252321025233102586811547471154748120426912042701204271120427212042731204274583355857258573585744902149022490254902649039

Total:

Value Of Work Performed

5,025.00905.00

1,510.00770.00

1,300.001,630.001,510.001,560.002,565.00940.00

1,320.001,245.00910.00980.00880.00

2,670.00910.00

1,580.001,200.001,050.001,660.001,530.001,580.001,317.00937.00

1,317.00972.00

1,133.001,553.00

$ 42,459.00

Page: l

Correspondence ID: 11958

REFERENCEARE S WITHDRAWN ,-ROM D'SrOS

M.R.O. - MINING

S.R.O. - SuflFALc RIGHTS ONLY

M.4 S. - MINING AND SURF ".'.t. RIGHTS

D**:-iniion Order No Date Disposition Fi t

PROP-.SEL' CGTTAi'lNC- Ant V.; NOT.Ct "ii li E MEMBER 1-2. 1986

THIS TWK IS SUBdE^3^ -T-& FOrtEST-ACTIViTY IN—— I93P/93. FURTIICn INFORMATION AVAILABLE ON FILt.

TWP. S.JBJF.CT TO FOREST ACr'VifY . /96 rjRTHER INFORMATION AVAlLABl..'. ON

P it. t

P.O. FILED ONLY REG,D DEC.I2 794.

OUTFACE ftNU MIMIH.' hlOgfftKriQ our.sALC o

- MINING ACT R.5.0.

WID-.L/f.^WN Fh-.4* r-fiOSPECT-NSijMcc". at : :ri'3N a* oF^He-

7V95NO

SURFACE ANt : -:' - :JG RIGHTS HE-OPENED -"P PROSPE":-l,^Gf 0"T- ""V -'^ OR LEASE UNDER SECTION 35' OF THEMINING •.•:-r . its.;. :^ao DATED 96-Nov-ie A~ ^-47 pu.ORDtK NO. C-P-3I/J6 NER

IMF INFOHMAtlON THAI Af'Pf-ARS ON THIS MAP HAS BFFN COMPIIFO FROM VARIOUS SOUMCFS. AND ACCURACY IS NOT GUARANTFEO THOSE WISHING TO STAKE MIN INC, CLAIMS SHOULD CON SUIT WITH THE MINING RECORDER MINISTRY OF NORTHERN DtVEl OP MENT AND MINES FOR AD niTIONAI INFORMATION ON THE STATUS Of THE LANDS SHOWN HfcREON

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HIGHVAY ANO

OTHtR POAOS

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DISPOSITION OF CROWN !ANDS

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,'ATtNT, SURFACl. \ M INING Rs

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. MINING RIGHTS ONLY

LEASK SURFACE S, MINING RIGHTS

" , Sl.'RFACE R ; GHTSONLv

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LICENCE Of OCCUPATION .__,......

ORDER IN COUNCIL ...___--...,. ......

RESERVATION . ,,. ,.....,..

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