logistics & interp rpt on ip surv aweres tp · scale 1 : 4 000 1 : 5 000 1 : 5 000 ... -strong...

41K09NW2002 2.22969 AWERES 010

9 9 o

LOGISTICS AND INTERPRETATION REPORTON AN IP SURVEY

AT ISLAND COPPER PROJECT (297)AWERES TOWNSHIP ONTARIO, CANADA

ON BEHALF OFFALCONBRIDGE LTD

01-N639 AUGUST 2001

Ik'/

2Q02

GEOSCIEMC : Ai,J2SSMENTOFFICE

TABLE OF CONTENTS

1. INTRODUCTION .......................................................................................................l

2. THE ISLAND COPPER PROJECT....................................................................................^

3. RESISTIVITY/ INDUCED POLARISATION SURVEY ..............................................................4

4. SURVEY PRODUCTS ..................................................................................................6

5. INTERPRETATION....................................................................................................^

6. ANNEXE l, SMALL MAPS.......................................................................................... 11

LIST OF TABLE AND FIGURES

GENERAL LOCATION OF THE ISLAND COPPER PROJECT............................................................l

INDEX OF CLAIMS AND SURVEY GRID AT ISLAND COPPER.........................................................3

THE POLE-DIPOLE ARRAY...............................................................................................4

ELREC-IO TIME GATES..................................................................................................5

TRANSMITTED SIGNAL AT Ci-C2.....................................................................................5

TABLE OF ANOMALIES.....................................................................................................?

FIGURE OF TARGET 1.....................................................................................................8

FIGURE OF TARGET 2.....................................................................................................8

FIGURE OF TARGET 3.....................................................................................................9

FIGURE OF TARGET 4.....................................................................................................9

Falconbridge Ltd_______________-i-______Island Copper Project/ 01-N639

ABSTRACT

An induced polarisation and resistivity survey was carried out in August 2001 on behalf of Falconbridge Ltd by our Abitibi Geophysics crew on the Island Copper project (297) located in Aweres Twp, Batchawana Area, province of Ontario.

Survey specifiactions, instrumentation control, data acquisition, processing and interpretation were all successfully performed within our quality system framework.

Survey results show several weak, moderate and locally strong anomalous responses in an area of rather high apparent resistivity background. Five main anomalous zones were interpreted from the seven more closely spaced sections.

Complementary IP surveys and drilling targets are suggested.

Planning of subsequent work in this area should be done in the light of all geological, geochemical and geophysical information available.

Falconbridge Ltd______________-n-______Island Copper Project/ 01-N639

1. INTRODUCTION

ABITIBIGEOPHYSICS

a PROJECT ID

a GENERAL LOCATION

a CLIENT

a REPRESENTATIVE

a SURVEY TYPE

a SURVEY PERIOD

a GEOPHYSICAL OBJECTIVES

Island Copper (297) (Our Reference : 01-N639)

Aweres Township, Sault Ste Marie area, Ontario

Falconbridge LtdP.O. Box 1140Kidd Creek Mine site, - ^Timmins, ON. Canada, P4N 7H9 , ; O ^ ,-vTelephone: (705) 267-8874 " ' "' ^' . -S.

Mr. Warren HuguesSenior Project Geologist

Time Domain Spectral Induced Polarisation j Resistivity

From August 5th to 11*, 2001

Locate base metal and/or gold bearing mineralisation using :1. Sulphide distribution determined by the IP survey2. Conductivity variation from the resistivity survey.

-.Lac S V f e f i t a r

Falconbridge Ltd - 1- Island Copper Project/ Q1-N639

2. THE ISLAND COPPER PROJECT

Q LOCATION Aweres Township Sault Ste Marie Area South-central Ontario, Canada Centred on 460 40' N and 840 16' W NTS map number : 41K/09

a NEAREST SETTLEMENT Sault Ste-Marie: 20 km south

a ACCESS From Sault Ste-Marie north for 18 km along Road 17, then east for 2 km along road 556 and then along road 552 that passes near the property, also accessible by logging roads.

a GEOMORPHOLOGY The ground is ondulating and covered with a large hardwood forest with some outcrops and cliffs near creeks and roads.

a ARTIFICIAL FEATURE Roads, railroad and power lines.

a MINING CLAIMS The present survey lines cover three claims (#1239732, 1239733 and 1239734) of the 4 claim blocks of the Island Copper owned by Falconbridge Ltd, and the YMCA and Nydstedt Options.The claim numbers encompassed in the present surveys are depicted on the next page.

a SURVEY GRID A base line (BL 92+OOE) and tie lines with E-W cross lines at 100 m to 400 m intervals and picketed every 20 m.

Falconbridge Ltd -2- Island Copper Project/ 01-N639

ABITIBIGEOPHYSICS

r

AWERES TWP

250 O 250 500 1000

Index of Claims and Survey Grid at Island Copper

2286

r

Falconbridge Ltd -3- Island Copper Project/ Q1-N639

3. RESISTIVITY l INDUCED POLARISATION SURVEY

a TYPE OF SURVEY Time Domain Resistivity l Induced Polarisation Pole-Dipole array, "a" = 40 m, "n" = l to 6Infinite electrodes positioned at 115+OON/92+OOE

-a—^K——— n ' a ———^K——— 7-n-8'

v/Ci1 \ 2 4 /' 5 station

n = 2 ..............^/Plotting Point

a PERSONNEL

o SURVEY COVERAGE

Paul Melanson, Geophysical OperatorMarin Dubois, B. Se., Geologist, Fieldwork SupervisorCarole Picard, T. Se., Data Processing fc PlottingPierre Boileau, P. Eng., Geophysicist, Quality Control 81InterpretationSerge Ouellet, P. Eng. M. Se., Maps 81 Report approval

15.76 line-km

a SURVEY PERIOD From August 5m to li01, 2001

Falconbridge Ltd - 4 - Island Copper Project/ 01-N639

a IP RECEIVER (Rx)

a IP TRANSMITTER (Tx)

IRIS Elrec-10 (10 input channels), serial #114 Electrodes : stainless steel stakes

Vp Primary voltage measurement: ^ Input impedance : 10 Mfi A Resolution : 0.001 mV 4- Typical accuracy : Q.3%

Ma Apparent chargeability measurement: *- Resolution : 0.1 mV/V C- Typical accuracy : Q.6% *- Arithmetic sampling mode, 20 time slices (Mi to M2o)

Time

2 sec

4- All windows are normalised with respect to a standard decay curve for QC in the field.

GDD Instruments TxII, serial #209Power supply : Kodiac l 800 W Motor GeneratorMaximum output: up to 1.4 kW or 10 A or 2000 VElectrodes : stainless steel stakesResolution on output current display I: l mAWaveform : bipolar square wave at 500Xo duty cyclePulse duration : 2 seconds

-2 sec .+ I

.8 sec

a APPARENT RESISTIVITY CALCULATION Pole-dipole : pa = 2 - n - — -n-(n±\)-a (in n-m)

Cumulative error: 507o max, mainly related to chaining accuracy


4. SURVEY PRODUCTSThe following plates are bounded at the end of this report or inserted into pockets. Also, Annexe l presents maps in small size. Our Quality System requires that every final map is inspected by at least two qualified persons before being approved and included within a final report.

Plate Number

Lines 78+OON to 98+OON

8.2

8.3

8.4

8.5

10

Description

Apparent Resistivity 81 Chargeability Pseudosections with Interpretation (12 plates)

Image2D Resistivity at 40m Depth

Image2D Chargeability at 40m Depth

Resistivity Stacked Image2D Inversion (in colour report only)

Chargeability Stacked Image2D Inversion (in colour report only)

Geophysical Interpretation

Scale

1 : 4 000

1 : 5 000

1 : 5 000

1 : 5 000

1 : 5 000

1 : 5 000

5. INTERPRETATION

RESISTIVITY A IP RESPONSES

The apparent resistivities measured on the grid are generally high with values often over 5 000 to 10 000 ohm-m. Some topography effects are observed on the resistivity results mostly seen as weakly conductive responses restricted to the surface (creek beds or valleys with thicker overburden for example). This is easily recognised on the image2D true-depth sections as features confined to the first 25 metres near surface. The well-marked resistivity decreases encountered on lines 9200N, 9300N, 9400N and 9800N are likely related with the local power line.

The apparent chargeability readings show a moderate background of 3 to 5 mV/V inside which anomalous values of 5 to 20 mV/V (locally 26 to 40 mV/V) were detected. The survey thus outlined several weak, moderate and strong responses. They are shown along the survey lines on the Geophysical Interpretation Map and on the Pseudosections Plates. Some of these responses coincide with highly resistive features and could be explained, at least partly, by bedrock uplifts. Anomalous responses separated by 200 m or more were not correlated.

Five main anomalous zones, labelled PD-1 to PD-5 were interpreted between lines 8800N and 9400N. Anomalous zone PD-4 presents the best responses with chargeability effects of 10 to 25 mV/V associated with a weak resistivity decrease. Anomalous zone PD-5 also shows strong chargeability effects, however only partially detected, which could be influenced by the nearby power line and cliff. As for anomalous zones PD-1 to PD-3, they are characterized by weak to moderate chargeability effects and could be explained by disseminated mineralisation and/or bedrock uplifts. Most anomalous zones or reponses, particularly anomalous zone PD-4,


approaches the surface, as seen on the chargeability true depth sections and could then be first verified by prospecting and trenching.

Description of the IP anomalies at Copper Island Project

Anomaly

PD-1

PD-2

PD-3

PD-4

PD-5

LocationLine

88+OON89+OON90+OON

91+OON

88+OON89+OON90+OON91+OON92+OON93+OON94+OON

88+OON89+OON90+OON91+OON92+OON93+OON94+OON

88+OON

89+OON90+OON91+OON92+OON

93+OON94+OON

92+OON93+OON94+OON

Station95+80E94+50E94+30E93+50E92+70E

98+OOE96+70E96+30E95+20E94+60E94+40E94+70E

99+30E98+70E98+10E97+80E97+20E97+40E96+80E

101+OOE EAST ENDEAST END100+lOE99+40E99+20E99+90E99+40E99+60E

EAST END102+20E102+OOE

ContrastCnarg

122

7

2112211

2111227

3

3331

21

332

Res1?-

1?

-

-----~

------

-

4?4-

-

44--

Comments

- Weak to moderate chargeability effects withgood extension at depth- Near surface low resistivity feature (lake,topography)- Best Lines: 89+OON and 90+OON- Deep source on line 89+OON (:*100m)

^ Potential drill target:Line 89+OON, Station 94+50E, depth 150m- Weak to moderate chargeability effects- Deep source on line 91+OON- Best Line: 91+OON

^ Potential drill target:Line 91+OON, Station 94+60E, depth 120m

- Weak to moderate chargeability effects- Deep source on line 92+OON- Best Line: 92+OON

-Strong chargeability response with good extension at depth- Partially and slightly conductive on lines90+OON and 91+OON- Large multiple polarisable zones

^ Potential drill targets:Line 91+OON, Station 99+40E, depth 120mLine 90+OON, Station 100+lOE, depth 120m

- Fairly strong chargeability responses withincomplete signature because it is located atthe eastern edge of the survey- Presence of a power line- An extension of the IP survey isrecommended to the east to complete thecoverage of this anomaly

Priority

2

3

3

1

2

LEGEND : Chargeability ResistivityIncrease Increase? = Marginal 1 = Weak 2 = Moderate 3 = High 4 = Very High

Falconbridge Ltd

t= Resistive 11^ Very Resistive Decrease4 = Conductive 44 = Very Conductive

-7- Island Copper Project/ 01-N639

EXPLORATION TARGETS

Four (4) drill targets are recommended on these anomalies :

DDH-1Line 89+OON, Station 94+50E and depth of about 150 metres

PD-1

40m

80m

UftlH

ABITIBIQEDPHYSICB

DDH-195-20E 95^06-^001 %-ME

40TD

200m

Line.8900N Scate 1:4000 Inversion ol Chargeability (m VAQ wth IMAGE 20

DDH-2Line 91+OON, Station 94+60E and depth of about 120 metres

PO-2

Om93.20E 93-60E

80m

120 m

40m

80m

120m

200m

Scate 1:4000 Inversion of Chargeability (mV/V) vrth MAGE 2D

Falconbridge Ltd -8- Island Copper Project/ Q1-N639

DDH-3Line 91+OON, Station 99+4QE and depth of about 120 metres

ABITIBIGEOPHYSICS

40m

eom

120 m

PD-4

DDH-3E 10U20E

10m

BOW

200m

LJne:9100N Scate 1:4000 hvarston o( ChargeatoiBy (mVA^J wlh IMAGE 2D

DDH-4Une 90+OON, Station 100+lOE and depth of about 120 metres

PD-4

DDH4W.ME 98-10E 98.866, 99-20EOtw

Urn

80m

120m

100.40E lOO^OE 101-20E

200m

Scale 1:4000 Inversion of ChargeabHy (mV/V) wth MAGE 2D


The interpretation of the present IP data is essentially a geophysical appraisal of the Island Copper Project. As such, it incorporates only as much geoscientific information as the author has on hand at the time. Geologists thoroughly familiar with the area are in a better position to evaluate the geological significance of the various geophysical signatures. Moreover, as time passes and information provided by follow-up programs which are compiled, exploration targets recognised in this study might be down- or up-graded.

Respectfully submitted, Abitibi Geophysics Inc.

DB/ag

Pieite BcTiieau, Geophysicist

Falconbridge Ltd -10- Island Copper Project 7 01-N639

6. ANNEXE l, SMALL MAPS


LID

OUUID COVnn nOJCCT (M7)

•UM comet raojccr c

r

fi S

o HS S

t g

l*

Ld oO9 O.K rvCD f*

o S- S t S*- S L-*- t~ "3-

y O Q g ?

2 o iiMij!'2 ? a I3il

CO

FAiCOHBBIOGE LTD ISLAND COPWR PRO* CT (2*71

GEOPHYSICAL I

ONTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Transaction No:

Recording Date:

Approval Date:

W0250.00264

2002-FEB-13

2002-FEB-19

Work Report Summary

Status: APPROVED

Work Done from: 2001-AUG-05

to: 2001-AUG-11

Client(s):130679400398

Survey Type(s):

FALCONBRIDGE LIMITED

YMCA

NYSTEDT, HARRY

IP

Work Report Details:

Claim*

G 5050012

G 5050014

SSM 1239731

SSM 1239732

SSM 1239733

SSM 1239734

External Credits:

Reserve:

Perform Perform Approve Applied

38,044 38,044 SO

81,788 31,788 30

30 SO S5.085

3894 S894 S1 ,907

S3.574 33,574 S5.085

31,788 31,788 32,543

516,088 316,088 314,620

SO

31 ,468 Reserve of Work

31,468 Total Remaining

Applied Assign Approve Assign Approve Reserve

SO

3035,085

31,907

35,085

S2.543

S14.620

S8.044 8,044 SO

3320 320 51,468

SO 0 SO

SO 0 SO

SO 0 SO

SO 0 SO

38,364 58,364 S1.468

Reserve Approve Due Date

5031,468

SO 2008-SEP-01

SO 2008-SEP-01

SO 2008-DEC-09

SO 2008-SEP-01

51,468

Report*: W0250. 00264

Status of claim is based on information currently on record.

41K09NW2002 2.22969 AWERES 900

2002-Mar-05 14:34 Armstrongjd Page 1 of 1

Ministry ofNorthern Development and Mines

Date: 2002-MAR-01

Ministere du Developpement du Nord et des Mines Ontario

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

FALCONBRIDGE LIMITEDSUITE 1200, 95 WELLINGTON STREET WESTTORONTO, ONTARIOM5J 2V4 CANADA

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

Dear Sir or Madam

Submission Number: 2.22969 Transaction Number(s): W0250.00264

Subject: Approval of Assessment Work

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

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

If you have any question regarding this correspondence, please contact STEVEN BENETEAU by email at [email protected] or by phone at (705) 670-5855.

Yours Sincerely,

Ron GashinskiSenior Manager, Mining Lands Section

Gc: Resident Geologist

Falconbridge Limited (Claim Holder)Christopher Steven Wright (Agent)

Assessment File Library

Falconbridge Limited (Assessment Office)YMCA (Claim Holder)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:16931

O O M

o o

oH ^

MINING LAND TENURE

MAP

Da1o / Time of Issue Fcb132002

TOWNSHIP/AREA

AWERES

13:48h Eastern

PLAN

0-3090

ADMINISTRATIVE DISTRICTS l DIVISIONSMining Division Sault Sit. M*ri*Land Titles/Registry Division ALGOMA(Ministry of Natural Resources Distitel SAULT STE MARIE

LAND TENURE WITHDRAWALS

IMPORTANT NOTICES

liill LAND TENURE WITHDRAWAL DESCRIPTIOMS

TpWJJIHP Vt UNDER AI.WM* CtMFMl.*HP ri

LA l* D* UUDER THE C 0^7 KOL W THE 0ROVHCE

HhCi HAVE BFE h H^f UHHE B TO C ROW* CONTROl

C KDUM RESCUE:

91VER ONLY COM TROLLED BY THE C

RESERVE

RMW.RESERME

C.JE WHlCJEMiM ONT HAY HVB MM

m'tl'l PNLY COH(H(JLLLO UTTrtt CHtiWtl 4CA

mL-!.ttD BYTHL.CRCWI [C* HAP* J,

Q OLD AND SI.VER PHLYCOMTH94.1ED BY THE.CAOHH [CRHAPA].

QOtD AMD 5I.WR (iMLYCOHTROLLED PY THE CAOVW (Ct

GOLD *HD ELVER pMl.YCDHTROk.LED BY THE, C KOMI* (C

HD BIVI H 0*15 Y CONTROLLED BY THE C

JILVtK iJHl* CONTROL iiD DY THE CROWft (tAPIAUAI

SILVER ONLY CONTROLLED flY C

ND1LVEROHLYCOMTRQLLEP BY THE CRDMt [CAMDD

1ILVER OHLV CfthTROLLEt OY CROWN

QDLO l WLVl IIUHLY CON TttttLLtD UT CHCPWK (C AU AU*).

QDLIH*L1rtR.OJlL'r CO*" I ROLLS D IY CHDWN fCAHAOAl.

ALL H tHHO ftWMI 3 rzOMTROLLE D BV THE t R OWN (C AHBD

COLD l HLVEFi ONLY CON l BOLL E D ETf CROWN ^CnHADA).

HOLD i IkVEHOHLt COM1HULE.EU BY LH.OW1

CUR J SI t WE P. QKT CON THOU E D QY CROWN .

COLD 4 EILVEF1 CHIT CONTROLLED OY CKWft (CJINADN),

QfLD l, 1ILVER OW.Y COWTROLLSP IV cfcQWN (ONADH

e H.NHTB COMTHOLLED BT THE CHOWN (CANADA)

h 5HWnONI.f rONTROLLEB BY CROV*

filLp LMUER0NLV CONTROLLEB IrV CHMW ((li H AD t J

(iB.0 b WLVfcK O* L v t IN IftilLLE Ir OY CttQWh (CANADA).

GOLB AMD St VFH WL V COH TILCLLEO BY THE CROWN

i DIVER, onit ton HKJLLEP OY CROWN (CANADA).Oft.* h IILVEROW-Y COWTROLHD l^

an b l. lILUthONIY^O

Gsneral Information and Limitationswtitiliio in althz rnhnlita clftUn**rwu * camuH w*li*hE PraitiiLialMtalnq MdiiniMil j rv) Hhei 'a r a^dlbnrt fcifcrmmi i|iaM4 M (hi Inhumation trtmmnntws mtf \n fAmpiitm rmti *t fc,c* L*idc nttot nr m^itiy onto, nr ihe Mln*iiy Df Hiiiirn.ua ^jhli- m* (nlw RK ItoT ** c t* i*

DKum: HUP 43 Ktlon: L 1 1 tt, i n J*ui w J

. Hnid Spin p: i4n| biTbFrlMlun Oh l*L*iS ItumeSQ^rtR Prov(nO*l (rlkikni

Thi rturriiflllim riiDHi li dHturil fi B m i gMI fi da iml* - Mi lli H Prjiulndal Hlnyin RKVI dire* 1 liiq frnni the HlnliUy of M o ri ham Dni*lo|in put vi u Him n*ti ill.

707000E 707500E 708000E 708500E 709000E 709500E

SSM1239731alconbric

SSM 1239732

SM1 F&lconfori

Nydstedl Option

SSM 1239734Falconbridge

LEGEND

INDUCED POLARISATION SURVEY

IP Contrast Source Electrically...

Very Resistive

Resistive

Conductive

Very Conductive

Scale 1 :5000

100 100 200 300

metre

707000E 707500E 708000E 708500E 709000E 709500E

_ 11 _

AWERES TWP

250 O 250 500 1000

(Meters)

FALCONBRIDGE LTD ISLAND COPPER PROJECT (297)

GEOPHYSICAL INTERPRETATION

Interpreted by: P. Boileau, P.Eng. 2001/08Surveyed by: P. Melangon 2001/08Approved by: S. Ouetlet, P.Eng. 2001/08N.T.S.: 41K Scale 1 : 5000

Project: 01N639 Map: 10

ABITIBI

707000E 707500E 708000E 708500E 709000E 709500E

SSM1239731

SSM1239732

LEGEND

LOGARITHMIC CONTOUR INTERVALS

———— 0.05

————— 0.25

Instruments : TX-II (GDD), ELREC-10 (IRIS)

Scale 1 : 5000

100 200 300

AWERES TWP

260 O 260 600 1000

(Meters)


707000E 707500E 708000E 7085QOE 709000E 709500E

INDUCED POLARISATION SURVEY lmage2D "Resistivity at 40m Depth

Interpreted by: P. Boileau, P.Eng. 2001/08Surveyed by : P. Melanson 2001/08Approved by : S. Oueltet, P.Eng. 2001/08N.T.S. :41K Scale 1 : 5000Project: 01N639 Map : 8.2

707000E 707500E 708000E 708500E 709000E 709500E

SSM1239T31Falconbridge

SSM1239732

39734Falconpridge

708000E 708500E 70900GE 709500E

LEGEND

CONTOUR INTERVALS (mV/V)

———— 0.5———— 2,0

Instruments : TX-II (GDD), ELREC-10 (IRIS)

Scale 1: 5000

100 100 200 300

metre

AWERES TWP

250 O 260 600 1000

(Meters)


INDUCED POLARISATION SURVEY lmage2D "Chargeability at 40m Depth

Interpreted by: P. Boileau, P.Eng. 2001/08Surveyed by : P. Melanson 2001/08Approved by : S. Ouellet, P.Eng. 2001/08

N.T.S. :41K Scale 1 : 5000Project: 01N639 Map : 8.3

ABITIBIGEOPHYSICS

APPARENTRESISTIVITY

PSEUDO SECTIONContoun: Logarithmic*

APPARENTCHARGEABILITY

PSEUDO SECTIONContours: 1

84+80E B5+60E S6+40E 87f20E 88+OOE 88+80Eh

B9+60E 90+40EH———l———l———l———l———l———h

91+20E

4724 16K m 9039 91(9 ^ SSM-' TZX

4167

(1=2

n.J

11=4

41K09NW2002 2.22969 AWERES

INTERPRETATIONohargMbtlHy

84+BOE 85+WE 86+40E 87+20E 88+OOEt———l———l———l———l———l———l———l———l———l———l———l———l———l———l———(———.———l———i———\-

88+80EH—"—h

B9+60E^——l——H

90+40E 91+20E-t—i—l—i

240

11=3

11=9

ri-I

J 4.4 js tt x 5.5 x W 4.9 5J x 12 4.1 15 x 14 m1.7 t IS t 4.9 L 3J

4.9 l 13^x^ W W 4.5 33 /f 7.9 7.* J 4.S/ U 6.4 7 4J 4J 19 157 ^ iU 5.8 7.1 l 4.6 4J 4J

5.J 5,0 -^ 5.4 5JI '6.7 6,7 X 5,0 SJ V 4J , 5.1

7.1 7J X U SJ 5.1 5.2

7.J 11 8,0 7.7 x 5.1 5.9 U S.I

m m n m mi in i i i i t i LitJ

INDUCED POLARIZATION SURVEYPole-Dipole Array

no

r*i^ t' O - 40 m

V" n s 1 lv 6P!oi Point

Tranimttiir: TX-II (GOD), 1.4 kW

•2. f ma.

-l-8 ••o.-

Recfllvar: EI rae-10 (IRIS)

2

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault Ste Marlt Arva Awtrvs Township Ontario, Canada

Line 7800NInierpretad by: Vcrlftad by: Date of survey: Survsyad by: Rvftrtnc*:

P. Bollaau, P.Eng. S. Oudltt, P.Eng. August 2001 Paul Mvlancon 01N639

ABITIBI

APPARENTRESISTIVITY




M+80E 85+60Ei—l—i—h

S6+40Ei — l — i

874/20E S8+OOE 88+80El — i — l — i-

89+60E 90+40E 9U20E

n"1 41K UK ^—SIM

9JW 7483 .x-*" WU (578 . 771J 4528582 5J4S

92U 5841 SK! (HI 7 88*^-785*--^ 8340

7170 BOH MOO 1113' ..5726

7150 6166 TWO ' 6182 ' 7510 M57

560 5349/6415 5097 USD

5471 S4SS 60M 5134

84+80E 85+60E 86+40E 87+20EH—i—l—i—l——i—l—i—l—i——l——i—\——i—j—*

B8400E 88+BOE 89+60E 91H-40E 9U20E

11=1 W S.! 4.6

11=4

41K09NW2002 2.22969 AWERES 250

INTERPRETATIONchargeability

n-2

f-S

5.1 S.2 4.! 4.3 , M 6,7

6.J \ 5.6 iJ 5.6 6J) 4.7

6.0 5J SJ U 5i2

(.1 5J 5J 5.2 (.Z 6.0 — IA

5,1 6.7 ' 7.S

5.9 S.4 7 4J

5,8 U 4.S 6.1 6.5 17 7,1? 6.J 4,4 ^5.0 S 7.0 / S.I

6.7 5.5 (.D (.3 W U U W 4.*" 4.2 ' S.4 ' 13. ' M, 4.6

m m m rr mLiiJ LLJ LU IJtJ


na

———0-^ jHgh|

^ ,' a = 40 mV n c ' *o *

Plot Point

Tranimlttar: TX-ll (GDD), 1.4 kW

2 HO.

•H !

Reoolvar: Elrec-10 (IRIS)

2 ••c.

-Vp

Scale 1 : 400040 O 40 BO 120 160 200 24-Om


Sault Ste Maria Ana Awtras Township Ontario, Canada

Line 8200NInttrprvtad by: Vtrifltd by: Data of survsy: Surveyed by: Rcfiranca:

P. Bolleau, P.Eng. S. Ouillct, P.Eng. August 2001 Paul Melanson 01N639

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContour*! logarithmic*


PSEUDO SECTIONContour*: 1

n~9

92+80E 93+60E" ——— t ——— l

94+40E 95+20E 96+OOE 96+80E 97+60E1———l———K

98+40E 99+20EH—i—l—i

n-1 I2K IK UK i 7308 7147 72*7 i 8720

8576 8112 ' 5MO 6313 7835 ' 5021 5708 SHt 73H UK 19K ifTOO ' Z716 4*49

92+80E 93+60E 94+40E 96+OOE 96+80E 97+6K 9B+40E 99+20E

ns1 3J 15 J.2 N 14 , 11 .r 5J) 4.5 5J 4,1^ 5.7 5.6 5J ^v"^ w u *-4

ns2 15 3,2 3J 3J //- 5^ M .VL 5,1 .^ M (.8 6.1 ^^16 5.4 \ 4,1 ^^ 5.1 -X""w'

n"S J.7 ___3.B 4,IX^U SJX^t' 7 SJ/U 6J M (J U U . U ^\ 7,1 X 5.0 4.9

nM 4J 4.6 -^ tf\ S.6 ^ 7.2 5.S S 6.8 GT^\ 6.* 6J 6.7 W U 7.5 5.7

1 "l IS 4.1

4.6 " 6J \^J,6 ' 7.2 5.S S- 6.8 ^ 7.1 \ M M W MM 7.5 5J^-

5.2 M Us^ IS f 6.1 7-^\ u vH. t7 .X''™' U SUjS'lA j W 16

7.2 6.7 ^ LI ' li 7.5 7.J ^ 6.9 tt '1,1 1.7 -^7.S ' LS 6.4 7.1

41K09NH2002 2.22969 AWERES 260

INTERPRETATIONohargcablltty

n-f

n-I

11=1

11=5

11=2

11=3

11=4

11=9

m m m m m lui i i i i r i CtT]


na

,——(J)-,

Plot

Tranimltitr: TX-tt (GDD), 1.4 kW

2 •*o.

•H f l

a - 40 m i^ 1 toe

-8 ••o.

Receiver: Elrec-10 (IRIS)

2 MO.

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault Ste Marie Area Aweres Township Ontario, Canada

Line 8400NInterpreted by: P. Bolleau, P.Eng.Vvriftod by: S. Ou.ILt, P.Eng.Date of iurv*y: August 2001Surveyed by: Paul MelansonRef •rance: 01N639

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarithmic*

APPARENTCHAR6EABIUTY


84+80EH — i — l — i

8S+60El — i — l — "

B6+40E" — l — i

87+20El — i — l — i

8B+OOE 88-fBOE 89+60E 9D+40E 9U2DE 92400E 92+80E 93+60E 94+40E 95+20E 96+OOE 96+BOE 97+60E 98+40EH———l———l———l———l———l———i———l———l———l———* H—i

V i9i*I, y/ 1' 11/4S1(^3MD /SOI

^^****~* \ \

3121 s 4125 v 1*51fl-1 3522 1591 HO 17(7 1158 2034 \I51S 3302 3202

n-2 2(J9 ) 1114 J/Z589 2(85 1834 f ZSZ1 3108 1687

H-3 1508X' 2(9) ^5101 Mie 1988 2(09 X1697 3328-^1333 \37H 3MB

11=4 3248 3Z71 IHB^^JMO^ 2918 1713 3300 S m 1897

imS 3(62 3483 3884^-3** J 2047 ^.3082 f VB. 1345 1431'

11=6 37S7 4089 4778 1739-^ J7W ' 799 1340 1134 ' 4194~~—'4554 4324

2125 i 4983_ 3841 MMsv 131 sWSl

47J5 i^yUB7'"^'(193 f 7(93 X^ 1319 4(43--'^55*^*''(381 X 3187

5254' Q3J1*/ 4944 62M

4545 4503 SOB ^8540 l S413(330 (521 7322 7M1

MM 6326' 4113 4441 4240 V5J3D ^6155 8088 MM 4901 4417 4WI 432I U4f (Bil S897 174471175849

4M8-SS13 5H3 SOU (IB 8933 4WJ 44)7 47)4 (118 OSO 6121 61(0 m

B4+80E 85+60E B6+40E 87+20E 88+OOE B8+80E 89+60E 90+40E 91+20E 92-fOOE 92+flOE 93+60E 94+40E 9S+20E 96-KJOE 96+80E 97+60E 98+40Ei—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—"—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—f—i—l—i—l—i—l—i—l—i—j—i—l—,—l—i—h

11=1 S.2 2,6 tO, 3J M ^^.3.7 3.1 3J J.4 j 5.3 32 14 ZJ^- 4.6 vl4

n"2 3,1 W^^- 4.1 4J) ^tt NJf—-- " u —^U 3.1 3.7 3J /"^ 5J^\ 4,7 4.1

fi-3 3.5 /X 4.1 w x- j.4 \ u _ 4.5 5.9 '^4J ] 1T\ 4J\ U X 17 5J ^- 4.9

11=4 5.1 J 4.8 -Xu a S.7 \ 4.4 ^ 5.4 7 2.9 ^ It \ ii ^ 5.B 5.7 5.4 \ 4.7

11=5

^/'A *^* ea

JL6, 4.1 s- 3.9 3J ^^JJ. 4,0 -^^J^x' *J M 10 ^ 17 2J ^

4.9 i.1 3.J 3.S/ 4J S.r 4.9 U 4.9 j U M 3.5 3^

16

r/ 4.6:

5,6 N" f 5.4 ^-4J ..6.4 \ 5.7,^ 13 4.9^4.2^^,5^ U 6.1 6.0 5.1 4j"^-v. 3J W 4J

5J (.0 J,7 S U 11 18 U 5.4^^ 6,1 E.2 (J ~^*J W 4.8 4.8 4.7 ^^^ 5.0

6.0 ^ M 5.4 ^ 15 12 7.1 U U 7.0 ^ U 1.1 IJt \ 6.6 V 5.7 5.3 5.4 5J

7J 7.4 ^ O 13^ ' (.1 (J

41K09NW2002 2,22969 AWERES 270

Creek

INTERPRETATIONohargMbtlHy 1 -2-

n"

11=9

n-C

rrf

m m m m ml U i lil l t l [tt]

INDUCED POLARIZATION SURVEYPole-Dipole Arrays nq

'——Q)-[

x v , x o s 40 m •^ n s 1 to 6

Plot Point

Tranimltter: TX-H (GDD), 1.4 kW

2 He.

-H

Recelver: Elrec-10 (IRIS)

2 mmtt.

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m



Line B600Nlnt*rpret*d by: P. Bollaou, P.Eng.Virifltd by: S. Ou*ll*t, P.Eng,Date of survey: August 2001Surveyed by: Paul MelansonReference: 01N639

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContour*: logarithmic!



nsl

n*S

11=4

(1=9

n-*

92+80E 93+60E 94+40E 95+20E 96+OOE 96+80E 97+60Ei — t — i

98+4QE 99+20E 100+OOE 100+80E 10H60E

1008758^-2177 1732 .1585 s 1021 8*83 4135 4389 4552 3015 r 4786 4159

1080 1*9)

1875 1221 \m^^TVO^^\\y(^~^Va4\\\ Vn'^mi//m /7530S. 5653 5550^^4428 Sllt^ 4793/y BUS

767(N 6211 y 3828 7 *34iv 5096Xx78*5 8M2

4079— 459* t 54M-O-7740

1888 1)04^' 8815, "8113) )ffi34 5875^-6115" — ̂ 1638 /Vl1K X 75B

7776 6786/^401* 5412 \ TOM— 8228^^^^^

IK" ' S967 — TIB 6859 76W 6796 ^5888 544Z 6024 1130 J306 5129

92+80E 93+60E 94+40E 95+20E^—l—^

96+OOE 96+80E 97+60E 9B+40E 99+20E 100+OOE+ H—i—h H—i—h

100+ME 101+60EH———l———l———l———l———l———K

SJ M 5.1 4.7 5.4 U. \ M 15 2.8 J.7 4.1 H W 5.7 xj.3 , 4.0

li ^ 11 1.5 9.1 '

6.8 f 6J

7J 6J ^— 5.1 6.1 U -^ 7.3 7.0 6J 5.1 6.9 iO 5,9 -^ 15 x II "^ 7.6 ^ IB 11

41K09NW2002 2.22963 AWERES 280 Lake

INTERPRETATIONoharg*obtlHy

ralvtlvny, , , ,

PD-11 j i

l

PD-2 PD-3 PD-42 1 ,:! 1 3 ,

PD-4

n-l

nil

n-l

rt-J

n-4

n-S

n-l

rri rri m m rnLUJ L^J l t iTttl


no a

~^i r^x '

^ f Q — 40 m W" n s 1 to f

Plot Point

Transmitter: TX-II (GOD), 1.4 kW

2 ne.

•M

-

Receiver: Elrac-10 (IRIS)

2 990,

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault Ste Marie Area Awcrts Township Ontario, Canada

Line 8800NInterpreted by: Vorlfitd by: Data of survey: Surveyed by: Reference:

P. Bolleau, P.Eng. S. Ouellet, P.Eng. August 2001 Paul Melanson 01N639

ABITIBIGEGPHYSICS

APPARENTRESISTIVITY

PSEUDO SECTIONContour*: Logarithmic*

APPARENTCHARGEABILITYPSEUDO SECTION

Contour!: f

11=9

n-e

1=3

1=4

0=9

n-e

92+80E 93+60E 94+40E 95+20E 96+OOE 96+80E 97+60E 9B+40E 99+2DE 1OH-OOE 100+80Ei—l—i—j—,—l—,——l—,—l—.—l—i—l—i——l—i—l—i—(—i—l—i—l—i—l—i——l—i—l—i—l——i—l—i—l—i—l—P—l—,—l—i—l—i

717S 7SU i 4890v

6511 1601

2009 6341 6771-' T r*5789 X 4386 4466 7714

5KB f UK f 7*4-^^6010

'7*24 7 BM \ MM

WU M46 S640

7107 6BO 4233 4110 MM

OH t 5199/^7485

5970 7830 8156 7J16 '4029' 54!3 ' ' 9838

1114 n-1

n-3

n-4

n-C

92+BOE 93+60E 94+40E 95+20EH——i——r- H——,——h

96+OOC 96+BOE 97+60E 9B+40E 99+20E 1KH-OOE 100+BOEH———|———i———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———i

4.5 3.4 y 8.2 y 15 ~~ S.4 i.7

41K09NH2002 2.22969 AWERES 290 Casing

INTERPRETATION nnlvnvtty

PD-1 PD-2 PD-3 PD-4

n-1

11=2

n-3

0=4

n-5

m m m m m


no

= 40 m

Plot Point

Transmitter: TX-II (GDD), 1.4 kW

2 ne.

-8 ••c.-

Recelven Elrec-10 (IRIS)

2 mma.

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault St* Maria Ana Awtrts Township Ontario, Canada

Line 8900NInterpreted by: Vtrlflvd by: Dot* of survty: Surveyed by: Reference:

P. Botleau, P.Eng. S. Ouellet, P.Eng. August 2001 Paul Melanson 01N639

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContour*: Logarithmic!



11=2

B -3

B -4

1=9

B-*

84+80E 85460E B6+40E B7+20E BB+OOE^—l—,—l—i——l—i——l—i—l—i—l—i—l—i——l—i—l—i—h

88+BOE 90+40E 91+20E 92+OOE^——l——i——t——i——l——i——l——i——i——f

92+80E 93+BOE 94+iOEH——i—r-

95420EH———l———f

96+OOE 96+BOEH——i——h

974-60EH—i—l—'—h

98+40E 99+20E 100+OOE 100+BOEH—i—h -h

7.2

H-1 m 641S 3216 ^SSB/ ,24H 2550 ^16K

n-2 79B4// H32 j 2166 .2073 2S10 2024^ 18K x-5532 l 3201 7^ 3060 ̂ 2791

4S44/ /2220 / 1736^ 2405 2234 ^3161^ 3901 JB43 J1667 TUB f WU

B-9

fit

1730 y 543S . Jt47 3640 42J2 41)3 7297 7644 n-13UO i 2S22 3154 J272, 6063 —^ 5543 4M5 4914 ^-W90 1110 x 6474 ^ 863 K (417 2171 ^4380 4226 vi 13K 7653^ OtS v 6499s. 4121 y 8901

ZW7 /S824 M7t

9538 5314 6137

1771 7502 ^7*21**351 9M! 1JK S291 4041. 3149 7 HIS M04 J 917C" I4K

8994 744* ^ WTB 42T2 4C5} 4104 7272 ..1071 17K

f /2220 f \mj 2405 2234 ^,J1I

OBI 1929 2579 1839 3429/ 1977 ^3275 ^-2M2 2606 f 3450 f 4780 \6477

2148 2161 2134 2957 2500 2597 2M7 2739 X" 3260 4103 498S

3(7 2*7 HS2 SB 'SK* 2547 2568 ' 5331 3*36 4217 5Z22 9734 14K 10K 13K 97M tSft ' 4S49 47M ' SSM Wt8 ' 8972 1SK

84+80E"—l—l—h 85+60E S6+40E 87+20E B8+OOE 88+flOE B9+60E 90+40E 91+20E 92+OOE 92+80E 93+60E 94+40E 95+20E 96+OOE 96+BOE 97+60E 98+40E 99+20E 100+OOEH——i—r- H—i——h

100+80EH———t———'———h

4.1 2J 4J 6.9 4.8 4J 6.6 5.0 —^5 3. 6.0 ^^^4i i.0 U 4.6 4.1 ^^4.7 ** " " *Jx " ,- 34 x 6.6 v 14 . 13 ^14 U \Û^-- 5J 5.4 M ~^*±,^' u S V *^~ Y ™ "^^ "^^î^?

ul 3.5 5J 5.5^/3.4x^4.9 U U\ 4^1 6,2 U U-^55 5.6^^ 6.3 .^ 7.5 7 4i 4.1 4,9 S 7.1 XV 3.7 Xx 7/1 6.6 xOj SJ\ 18 7.9 12 8J 7 v5,6__Û 14^^-6.1 O ^y^^^jmi^J^^^'^//

4.2—^^9 4.1 •'/l^ 7 " x^'tT\ S.4 4.S M 5,7 6J 6.8 ^ 5.8 ^ 6.7 *^ 7.) j^ U ^^4.7 4.0 JJ 7J X 4Ji/M 6.9 -^"^ 7.4 7.2 ^ \ 8.6 ^-îl 57 l j.} eT^^* 5J -^6J 7,0 6J X 8.4^^11 y^^^l! /y "

lT^* 34x-^2.J/ 4.5 y7 6J 6.1-^ 5.6 5J S.O 6.0 'rT'S^M 6.9 ,, 8J 1.6 N 55 W -^/- 6,1 A/ *-l/ *'A 7.4 7.7 7.5 10 7.2 l l 9.9 11 j l 7.8 —^M 71 U'^lA l U^x ^\f^"* y l2 *^"//// " "^

lo 1 1.4 4J •X 7.l'l 6.7 6.3 6J 5.1 5J 6J 7J 7J -"^tJ 7.1 5.7 5.7 /SJ 5.0 ^ 1.3 8.0 -^^3™^ 7J 7J 8.1—^^14 11 ^ M U ^-7.7 13 7.7 7.1 XÎ1 ^11 /tt 1! ^ 9.2 9.1

5.0 5J ^ 18 ^^ 13 .v^ 1) M 12 9.9 8.1 11=1

41K09IW2002 2.22969

INTERPRETATION

AWERES 300

PD1 1 1 ;

i ' ' i 1

-1Z

PD-1

l 2 i

PD-21

PD-3

l , 1

PD-43

l |m m m rn m

mi |ii i ri


no

" /' a 340m ^^ n s 1 to 6

Plot Point

Trantmitter: TX-II (GDD), 1.4 kW

2 HO.

-M

-"———————8 K


2 **o.

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault St. Marl* Area Aweres Township Ontario, Canada

Line 9000NInterpreted by: P. Boileau, P.Eng.Verified by: S. Outllet. P.Eng.Dot* of survey: August 2001Surveyed by: Paul UelonconReference: 01N639

ABITIBI

APPARENTRESISTIVITY



PSEUDO SECTIONContour*: l

n-2

92+80EH —— l —— l —— l

93+60El —— l —— l

94+40El —— l —— l —— l —— r-

95+20E 96+OOE 96+80E 97+6QE 9B4-40E 99+20E 100+OOEi—l—i-

100+80E-i—l—i

n-1 I46B XU -^ 4t)i , U17 7M7 9001 7197\ l W7I N J228 J 6515 8341 8421 f WJ4~ 15Klh

4912 5^0 UK * I7B "'l W

tt® 6923 7631' 8944

9132

S5SK i UK 7456 680) HW 16K 925 196) x M76 4490 , .9340 , J179 - 7( 63 s 540 n-1

n-2

BS*

IPMn*S

11=1

92-HWEH—i—l—i-

93+60E 94-MOE 95+20EH———l———l-

96+OOE 96+80E 97+60E 9B-MOE 99+20E 1004-OQE IOO+80EH—i—h H—i—H H——i——h

(1=1 7J 4.4 6.6 U _^ U 4.8C \ (—•^-J^~^--ns2 U X^ l 8-' 7 ' 1 U --^ M

11=3 5.4 (.5 \ 7.7 7.1^X9.0

11=4 7j 6^\ 7.7 ^ 9.4 X^ It

nsa 7.1 M y 9.4 x 12y y wn-4 7,0 ^6.8 12 ^ 9.6 S.O

6.5 7.6 i i.6 5.7 y IS 4J v^ j.4 Ij, 4.4 4j^} u \w i) s-*-4, "•y\** fIB l 7.4 \ O ^- 5.9 *^tA~^ 5J M ^\J* \ " ̂ - W

7J X 6.6/^ 73

7J 7.5 6J 7.7

8.5 -r u 7.5 6.4 " 20 ^ 14 ^ 9.1 9.7 7.0 ' UG\ L O

41K09NW2002 2.22969 AWERES

INTERPRETATION

1139

310

PD-1?

PD 9r L/ i.

2

PH ^r u o

iPO-4

, 31

Power Line Road

l

m rn ml i l lil l t ittl


na

,—(D-,

Plot

Tronimltter: TX-II (ODD), 1.4 kW

2 mmo.

-H

Reoelven Elrac-10 (IRIS)

2 a*e.

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault Ste Marie Araa Awtrts Township Ontario, Canada

Line 9100Ninlarpreted by: V*r)fltet by: Data of aurvay: Surveyed by: Rtfvranci:

P. Bolleau, P.Eng. S. Ouelbt, P.Eng. August 2001 Paul Melanson 01N639

ABITIBI

APPARENTRESISTIVITY



PSEUDO SECTIONContoun: 1

92+80E 93+60E 94+40E 95+20E 96+OOE 96+BOE————, l i l i l . l . l . l——

97+60E 98+40E 99+20E 1WH-OOE 1MH80E 10H60El———l———l———l———l———l———l———l———l———l——l———l———l——t———l———l———l———l———l———l———l———l———1-

n-1 2027 1321 1(10^^,44*9 3374 \ UK 19K 1JK y 7J97 72(1 5*12 5823^-74*4--946* ^6523^- 5446 4U8 60S2/ 6502 8949 y 44M y J252 1047

n*2

11=1

n-S

0=2

(1=3

nM

n*5

n-e

6269/,650* 7763--512 X 2310 10* 1+50

m }) 5726-*^ 7047

tO* t+K I4K IX t* JJJW&

!72t 1SK 11K ^ ^ 7SJ5 J *B4 \ 7726 7S13 \ V 12K 15K 1(K S* J^ 61J9 5S7S

1B2I 908

2378 1117 .1160 1457 1380

2202 1111 2407 1H5 1711

2508 2097 22M

I6K !4K 942* 48K S23S V 7*J4 ' 1971 1JK I7K l SK '6177 645*-^ 8129 10K '8443'^ 673S ' J014 ' 931 '2697 2038 2241

92+WE 93+60E 94+40E 954-20C 96-rOOE 96+80E 97+60E 98+40E 99+20E 100+OOE 100+80E 10U60EH——i—l—i—l——i——l——i—h

13 * K i, 10 II19 2,1 14 s 4J i 3.* ^ 5.3 14 4.0 _ 4J 4.1 s 6.G

3.1 2.9 S S.1 v 4,7 ^ ^ 6.6 7.3 7 } 3.2

5.6 — 4.7 5.1

7.9 7J 7J __ 7.6

4,4 4.7 **^ W 211.7 -" 10 7.1 8.7 -^ IS ^ 9.3 6.1 ' 7.4

41K09HW2002 2.22969 AWERES 320 Power Line Road

M i k

n-Z

n-1

Cliff

INTERPRETATIONAna rpeobl t try

resistivity 1?

PD-2 PD-31 ( 2 ( 2 2 |

PD-4 PO-4 PD-5, 1 . 1 , , , 3 , 3

IIm rri nn rn rn i i* i n n 1 1 1 ITT!

INDUCED POLARIZATION SURVEYPole-Dipole Arraya na a~— —— 4 ——————————————— l

' —— CD-1

^ ,'

Plotl'olntn s 1 to 6

Transmitter TX-II (GDD), 1.4 kW

2 BIO.

~8 see. 1


2 ••o.

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault St* Marie Araa Aweres Township Ontario, Canada

Line 9200NInterpreted by: P. Bolleau, P.Eng.Verified by: S. Ouellet, P.Eng.Date of survey: August 2001Surveyed by: Paul MelansonReference: 01N639

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContour*: logarithmic*



92+80E 93+60E 94+40EH———l———l———l———l———l———l———j———l———j———h

95+2O: 96+OOE 96+80E 97+60Ei——l—i—l—i—l——i—l—i—l—i—l—i——l—*

98+40E 99+20E 100+OOE 100+BOE 101+WE 102440E 103+20E

8275 4Ut

rptS

nm4

11=5

n*8

42JJ 4742 | (750 575*// ™ i M7X l v~' Ir/

15J3 2202 , 4755 511! 3414 n-l

UK IM2 S 1IK 12K 1618 117 \ 3S21 38U-X 4352

1000 1290X MK 4019

5947 51(1-^ 4595^-1 7D3irV\ UK

1401 \4U 1430 JJ41

ion is is* in 7 S545 5191 aa BJISXWITM ?ziJ42J/ 9906' I2K

10t 14K I2K "4105 '^9199 7759 IK 111 tSK UK ' 5749 ' 6556 7J16 7112-^ 201* 111 l Ml ' M79 5S4S ' 2552 29*9 2Z57

92+80E 99460E 94+40E 95+20E 96+OOE 96+80Ei—l—t-

97+60E 9B+40E 99+20E 100+OOE 10H60E 102+40E 103+20E

J.7 4.5 5J L 2.7 _ ̂, U 5.1 v

7^2 *.C*-^ 1.S sU M

U 5.1 4.1 6.0 \Aj 5.0 U 5.1

11 9.9 II i4JM t7 5.2B.4 5i 5.7 5,9

(J 8.5 ^ 7.t \ 5.6 7.1 4.8-12 4.2 ^ 5.0 7.J 7.5 (.1 7.0 6.1 — 5.9 7.1 /- 14 ^- SJ

6.4 f 5.0 6J

(.9 Si U

S.O 5.4 y . 74 7.4 7J)(.t ^ 7.0 X W , M

5.7 -^ 6.7 6J -^ 7J 7.6 6.8 6.114 ' 7.1 7.9 5,6

41K09NW2002 2.22969 AWEBES 330Power Line

Creek Road

M lCliff

INTERPRETATIONchargeability

resisttvtty

PD-2? 1

PO-32

PD-42 ,

' ' ||

PD-53

no|

XVm m rr\ m mLiLJ L*J LLJ UTJ


4—^i

,' a s 40 mPlot^olnt

Tranimlttsn TX-II (GOD), 1.4 kW

2 MC.

-1-11

1 to 6

-S

Recelver: Elrec-10 (IRIS)

2 ..c.

Scale 1 : 400040 O 40 80 120 160 200 240m



Line 9300NIntarprated by: Vtrlflid by: Data of survay: Surveyed by: Raftrtnc*:

P. Bollaau, P.Eng. S. Oucllet, P.Eng. August 2001 Paul Malancon 01N63B

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContouri: Logarithmic*



84+80E 85+60E 864-40E 87+20E M+OOE 88+80E 89+60E 90+40E 91+20E 92+OQE 32+80E 93+60E 94+4DE 95+20EH—i—h

96+OOEi — \ — i

96+ME 97+60E 98+40E 99+20E 100+OOE 100+80E 101+60E 102+40E 1M+20E-l———l———l———l———l———l———l———l———i———l———I-

1 M+OOE 104+80E 105+60E 1064-40EH——i—h 4-

n-1 1158 IOK

14n-Z

11=3 FI-*

W14

1JK m 15K 1IK 19K I9K i 41K, IW 9472 ISK 13*^,7215^9587 13K ISK 14* ^JJJ*™*, 1* y "B MM 4911 s; W* 807^ {214 1991 j lit UK 12K 15K 11K

21K 14* 14* 17K 13K 14K 18K 16K l W 14K IK 17K ^SKB^/IZK 17K 9091 13K 1H 9186 IDKT^MIBX 8043^7436^; 10K 9378^ 8713X^*929 /J l IK ISK I4K 1JK 12*^5431

IK 16K 14K l* 13* I7K 14K f 25K 1 18K JOK -—""zSt^ 2* i&^ÎSK 1K 1IK \116I~--sînt 1JK I2K y/TW tm^m/^m ) 9153 7917 ^ 970T-^ 12K I5K 14K 14K

11K 15K I4K 10K 15K 14K IK HK^- 20K 28K 22K TV&S 15* 18K 1iK UK \ \8oiT^K1B' I4K /B78 8282 WM^/'llK 1* / 7703 l WUf 1SK ISK 1* I3K

~" 12K 9*44UK I5K

2051 23I7/ SM7 4886 ^2273 y

__,JISJ-^-5452 4MSXVWJ X 4J2

9240 1* I4K IK 12KI2K m 18K ISK *21K 29K m/ 8177 W ZOK 13K m

1IK 93S9 S UK 96*4 1IK 1(K IS' 30K J* *9tt I7K 20K t4K 12K '1754——"8S95 9379-^7842 WH IOK 13K 10K MB 9125-^ 12K 15K IW 14K I2K " WJ 4W7

316 202 m^s 1tl7

1M7 12)7

STB //175S ^T34I 3*1 ^ ^2415 2JJ3 2321 J DU X 4806

1*81 J0323 309 SXl\ 3t91 5(23) M4M 1784—-—l 72111 y 364 SB /2913 4325 WK 1 l 2127 2013 1J15 l 4547~ ^41i3 ^5184 5602 MH 4702

4292 4H4 ^ 1572 2273

5166——-4936 y 1414 1718 n-1

/4656 4205 ^•5310'—^02 5020 S294//155S 1812

4887/^3314 3731" .5234 52H /148* 211*

^1371 2031

4141 4662 25W 2760 1490 x 3033 2746 3757 6101 ^ 3811 4W1 5072 -^1]15 168]

84+80E 85+60E 86+40E 87+20EH——i—l——*

Bfl+OOE 88+80EH—i—f-

B9+6QE 90+40E 9U20E 92+OOE 92+80E 93+60E 94+40E 95+20E 96400E 96+BOE 97+60E1———l———l———l———l———l———l———l———l———l———P———l———i———l———l———l———l———l———l———l———l———l———l———l———i———l———l———l———i———l———l———l———l———l———l———(———i———l———l———l———i———l———H

984-40E 99+20E 100+OOE 100+BOEH———l———I-

101+60E 102+40E 103+20E 104+OOE 104+80E 105+60E 106+40E-"—h h H——i——h

4.6 ^ 22 ID (1=1

.3 . L 3.2 S y 5.7 's* 7.9 JT~ 7.1 . x 5J 7 7.7 ^ 6J ^ 9.1 J U U s U . 6.1

5.3 4,1 4.2 S 5.7 i 4J U 4.* y 5,6 5.0 " U ^ M J 4Jt 4J X 3.7 \ S.7 —— 6,3 ^ , 8.6 s~ 9J—— 5.2 5.5 ( 4.7 5.2 6J1

5.7 5.7 5,3 5.9 BJ 5.1 4.5 4.4

IE - 5.1 -^ 6.4 6.7 l 5J 4J 4J

ti 8,7 ' 7.4 ' 5.9 5.1 5Jt

7.6 ^~ 6.8 7.0 64

5.) 4.3 6J

tt t2 (.2 K SJ 5 M

12* 5^ ii

7.6 5.1 4,4 4J -" 5.7 t.O 5.2 4,7 -^ 5.7 ^ 4.6 " 5.3 5.Z 5.6 5J

5J i* .(.O5.( 5J 5.4

5.1 5.7 W -"W 5,8 U /8.I M \ 5XU 5.9 ^ 8.2 SJ 5.1 7A 8,9 11 9.6 9,3 7.1 -^ 9.1 7.6 9J 10 7.5 7.0 It vv** W6.7 6.2 8.0 ' 7.8i,5 '9.3 5.7 7.1

41K09NW2002 2.22969 AMBRES 340 Power Line Road Cliff Railway Power Line, Road

INTERPRETATIONchargeability ^ ^

PD-2 PD-3 PD-4 PD-5. . _______________________________ 2 ______________ 2 ____________________ 1, _______ . . ,? ___________________ 1 . ? _______________ 2 _________________ 3 j rri rn rri m m

lui lil i ri fttl

INDUCED POLARIZATION SURVEYPole-Dlpole Array

na

v x '

Plotôlnt

a z 40 m n- 1 fa6

Trantmltter: TX-II (GDD). 1.4 kW

2 mma.

Recalven Elrec-10 (IRIS)

2 MO.

-Vp

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault St* Mart. Ana Aweres Township Ontario, Canada

Line 9400NInterpreted by: P. Bolleau, P.Eng.VttrifM by: 5. Outllot, P.Eng.Date of survey: August 2001Surveyed by: Paul MelansonReference: 01N659

ABITIBI

APPARENTRESISTIVITY




84+ooE 84+80E 85+60E B6+4QE B7+20E 88+OOE 88+80E 89+60E 90+40E 91+20E 92+OOE 92+80E 93+60E 94+40E 95+20E 96+OOE 96+80E 97+60E 98+4QE 99+20E 100+OOE 100+BOE 101+60E 102+40EH——i—h •H- H- H—i- H—i—h

10J+20E 104+OOE 104+BOEH—i—l—i—l——i—l—i—l—i—l—i—l——i—h

105+60E 106+40E 107+20EH—-—h

n-1 11X UK 16K I2K j 6678 9411 l SK 9602 14K 1IK IK SDK Ml 12K IJK

n-2 1IK I7K 16K /WO 7771 l I3K 1JK UK ISK m f W, UK. f 15K I6K

UK 1217 IWJ ^.1877 ^.4121 ^TUi ^ W W50 8863.^. 7397

(1=3

(1=4

(1=9

11=6

\742Z //11K ISK 20K IK IK S 21K 22K 20K 15K UK 17K

. 1DK IJK 1IK 16K IK /mf Uk^im. 19K UK 1IK IK

11K 12K 1TK 15K 17K /mS V* ™ m 1* '* 17IC 766jX3751X mj^. M4a lw m

880! ' MK 14K ISK 14K l (K 20K''IK 17K ISK 13K ISK T5K 6899^3778 5119'"UK ZOK I2K UK

^]) 424.) IKI-^^gggg^

IJK ISK UK \92S4

6890 l IK 11K l IK .W/MM 1595 1066-^768) 550

6507 *S79 "IJK 11K IB -^317* 1648 12S3 ' 6M 647

\ y ^^r xx /\ H35/.73H—-.U24///3647/ 1!\ .X r^-J/f \ f '

\\n^TVH J S327 r-^BW/ /2164/^) L L//4XS7 X 7 X Sss^

(SO 321-,2*15 2052 2042

72JJ 3S07 7211 S512 S522

J045 v W20 158 MS) 28! 12M

1448 ^ZBH 2563 7 1378 10*1 \\ 4330 ^~5123 /6346 /^ 7730

433*^ 3527 3089 ISM 11S8 1466^- 3895 6022 ' 7575 ' 8547 7576

5269 \ J1K y 8892, y 329!

3327^ "5316 JW\ 3S03 ^3072"^ .3936

4971 "~\ 3711^-^4365 ,x-~ 3518 37S7 3606X^4675

554S ; 4270 4724 J 3110 3884 3745 4)93

3263-^ (640 ) 4714-^6064 y /J3W J714 3770 1MI

3*40 3708 48 J3

n-Z

n-3

n-S

84+OOE 84+80E 85-fSOE 56+40E 87+20E 88+OOE B8+80E B9+GOE 90f40Cl ——— l ——— l

9I+20El ——— l ——— (

92+OOEl ——— l ——— l ——— l

92+80El ——— l ——— l ——— l

93+60E 94+40E 95+20E 96+OOEl ——— l ——— l ——— l ——— l ——— l ——— l ——— l ——— l ——— t ——— l ——— l ——— l ——— l ——— I

96+80E 97+60E 9B+40E 99+20E 100+OOE 100+80E 101+60E 102+40E 105+20E-l———l———!———l———l———l———H

104+OOE 104+80E 105+60E 106+40E 107+20E-4-

ns1

n:2

nxl

ns4

(1=5

(1-6

4.0 4,1 4.6 JJ t.)3,4 J.4 45 4,0 4Ji JJ i 5.2 5.1 4,1 4.7 U. U 44 . 44 i .1.4. 4.1^ 3,5 J.I^J i i rf r^

ste^-to l 44 4.6 J 5,3 .3.6 ^- 4JJ 4,5 \ 3,6 3,7 ^, 4.0 3.7 3.2 U 24 M

S4 7 6.7 f S.I 4J 4J 4.4 4.4 4.1 4.5 4.1 JJ X 2.5 2.14.4 3J " 4.7 " tl

6,0 5,2 S 4.74.9 4.5 3.J 2J4.J 7 6.J 6.6 X 5.6 54 5.7 7 4,2 X i.4 M 4,4

4.1 4,1 3.1 4J! 5.1 fj.J ^ U 5.4 7 4.74J 4.5 S.5(.5 (4 4,7^6^ 7.3 S.7 U 6.1 f 4,5

6.2 5.7 5,t 4.9 4J ' l* 3.* 5.1S.1 5.1 S.J 54 4.6 JJ 4J!6,7 5,1 ^ 6.9 7.1 6.2

4J 4.1 24 24 S 3.7 3.9 l t1 X" 3.6

4J./ JJ 3J LI/44 U'-'ljX A'^.—~-~*^

44 44 10 j'

JLI^ a y 19 X*-7

SJ

4.8 -J 5J

5.1 X 6.7 X 94

^5.2 X 6,6 X 94 y

H——l——r-

74 54 7J

' 64 ^S 7.6 f tl /S ).4 l 64

(.0

^\J4 —*^ 6.7 y 54 54J 64 N 7,3 7J) 7J ^^ 64 6.4 V W -^ 6.

U 64 ' 54 ' 7.1 S.S 7.1 74 7.7 74 ^ 64 6.6 7.2 '

6.6 X M .

7.1

nal

0=1

11=3

ns4

0=3

n-6

41K09NW2002 2.22969

INTERPRETATION

AWERES 350 Power Line Road

JU-IXm m m m m

|U l l i j l t l l tt l


na

'—OH r-®-.

^ x '

Plot^olnt

0 = 401*n * 1 to 6

Transmlrtar: TX-II (COD), 1.4 kW

2 no.

4-1

-l-8 eee.~

Elrvc-10 (IRIS)

2 ••o.

B ••c.

Scale 1 : 400040 O 40 80 120 160 200 240m


Sault Ste Maria Area Awtres Township Ontario, Canada

Line 9800NIntarpreted by: Vtrlfltd by: DOTS of survey: Surveyed by: Reference:

P. Bolleau, P.Eng. S. Ouellet. P.Eng. August 2001 Paul Melancon 01N639

ABITIBI

logistics & interp rpt on ip surv aweres tp · scale 1 : 4 000 1 : 5 000 1 : 5 000 ... -strong...

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