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LOGISTICS AND INTERPRETATION REPORT ON ARESISTIVITY/INDUCED POLARIZATION SURVEY

AT THE WHITE RIVER PROPERTYBROTHERS TowNSHip 7

ONTARIO, CANADASUBMITTED TO

TECK COMINCO LIMITED EXPLORATION 03-N703 APRIL 2003

2^167*^ ^; .A-

me Consultation et /eves geophysiques au sol et en forage Surface S Borehole Geophysical Surveys and Consulting

GEOPHYSICS

LOGISTICS AND INTERPRETATION REPORT ON ARESISTIVITY/INDUCED POLARIZATION SURVEY

AT THE WHITE RIVER PROPERTYBROTHERS TOWNSHIP,

ONTARIO, CANADASUBMITTED TO

TECK COMINCO LIMITED EXPLORATION 03-N703 APRIL 2003

23] 67

395, avenue Centrale, Val-d'Or, Quebec Canada J9P 1P4 C (819) 874-8800 S (819) 874-8801

TABLE OF CONTENTS

ABSTRACT............................................^

1. THE MANDATE...........................................................................................................................i

2. THE WHITE RIVER PROPERTY.................................................................................................... 2

3. RESISTIVITY l INDUCED POLARIZATION SURVEY ....................................................................... 4

4. DATA PROCESSING AND SUPPLIED PRODUCTS ........................................................................... 7

5. RESULTS AND INTERPRETATION................................................................................................9

LIST OF FIGURES

GENERAL LOCATION OF THE WHITE RIVER PROPERTY............................................ .........................l

LOCATION OF THE SURVEY GRID.................................................................................................3

IMAGE 2D DEMO ON SYNTHETIC DATASETS...................................................................................S

PROPOSED DDH ON ANOMALY WR-8........................................................................................10


PROPOSED DDH ON ANOMALY WR-1........................................................................................ 11


APPENDIX

DESCRIPTION OF THE IP ANOMALIES AT WHITE RIVER .............................................. APPENDIX A

ABSTRACT

This geophysical campaign is part of an ongoing precious and base metals exploration program by Teck Cominco Limited Exploration on part of their White River property located in the Hemlo Mine area in north-western Ontario.

A time domain resistivity / IP survey (35.7 km of pole-dipole, a = 50 m, n = l to 6) was carried out in March 2003. Survey specifications, instrumentation control, data acquisition, processing and interpretation were all successfully performed within our quality system framework.

Sixteen (16) IP anomalies were identified. Conductive and discordant with the dominant trend, WR-8 is the most attractive focus for drilling. Three second priority DDH targets are also recommended: WR-1, WR-4 and WR-9. Anomalies WR-2 and WR-12 warrant prospecting (and trenching) whereas a survey extension would be required to upgrade or downgrade anomalies WR- 14, 16 and 3.

1. THE MANDATE

(J PROJECT ID

LJ GENERALLOCA TION

LJ CUSTOMER

LJ REPRESENTATIVE

G SURVEY TYPE

LJ GEOPHYSICAL OBJECTIVES

White River(Our reference: 03-N703)

Hemlo Mine area, Ontario, Canada

Teck Cominco Limited Exploration P.O. Box 938, Station Main Kamloops, BC V2C 5N4 Tel.: (250) 372-0032

Mr. Jar i Paakki Mr. Tracy CampbellProject Geologist [email protected] [email protected]

Resistivity l Induced polarization

Geological mapping and identification of DDH targets for base metals and gold exploration.

i White River Property.

-•J-S:*'. inwv'u : '::v.-ii*Mi*W''

l TECK COMINCO LIMITED EXPLORATION WHITE RIVER 1 03-N703

2. THE WHITE RIVER PROPERTY

LOCATION Brothers Township, Hemlo Mine area, Ontario Centred on 480 41' N and 85048 W NTS map number: 42C/12

Q NEAREST SETTLEMENT Marathon: 50 km west White River: 40 km east

Q ACCESS From White River, take the Trans-Canada Highway westbound for 20 km. Then 2 km pass road 614 leading to Manitouwadge, take the Hemlo Mine tailings dam road to the south. Further access is provided by numerous winter logging roads leading to the survey grid.

Q GEOMORPHOLOGY Three small lakes (Bradley, Egg and Rust, elevation 317 m), are located at the center of the grid. A hill, where the rock is outcropping, is located in the north-east corner of the grid (elevation 382 m).

CULTURAL FEATURES A railroad meanders along the northern boundary of the property. Low resistivity values and negative chargeabilities witness its presence at the northern end of the lines 0+OOE and 2+OOE.

a SURVEY GRID Base line 0+OON strikes at 0900 . The grid is comprisedof 20 survey lines numbered from 0+OOE to 38+OOE (every200 m).

Q COORDINATE SYSTEM Universal Transverse Mercator (UTM) North American Datum 1983 Zone 16 North

587000E 587500E 588000E 588500E 589000E 589500E 590000E 5905QQE

587000E 587500E 588000E 588500E 589000E 589500E 590000E 590500E

250 O 250 500

metresNADSS/UTMzcnelSN

LOCATION OF THE SURVEY GRID AT WHITE RIVER

TECK COMINGO LIMITED EXPLORATION -3- WHITE RIVER/03-N703

3. RESISTIVITY l INDUCED POLARIZATION SURVEY

a TYPE OF SURVEY Spectral Time Domain Resistivity /Induced Polarization Pole-Dipole array, "a" = 50 m, "n" = l to 6

station

1 = 2 Plotting Point

a PERSONNEL

a SURVEY COVERAGE

a SURVEY PERIOD

a IP TRANSMITTER (Tx)

Paul Melanson: Marcel Naud: Karlo Lapratte: Gerard Prince: Martin Dubois: Annie Lacasse: Pierre Berube:

Crew chiefField assistantField assistantField assistantGeologist, fieldwork supervisionB.SC., data processing and plottingEng., QC 81 interpretation

35.7 line-kmL-30+OOE and Vz N of L-38+OOE were not surveyed dueto weather conditions.

March 4 to 23, 2003

GDD Instruments TxII, s/n 206Power supply: Maximum output: Electrodes: Resolution: Waveform: Pulse duration:

Kodiac l 800 W Motor Generatorup to 1.4 kW or 10 A or 2000 Vstainless steel stakes1mA on output currentbipolar square wave at 5007o duty cycle2 seconds

-2 sec —k.

.8 sec

O IP RECEIVER (RX) IRIS Elrec-10, s/n 104 (10 input channels) Electrodes: stainless steel stakes Vp Primary voltage measurement:

•^ Input impedance: 10 MQ•O* Resolution: 0.001 mVA Typical accuracy: Q.3%

Ma Apparent chargeability measurement:•^ Resolution: 0.1 mV/V•^ Typical accuracy: Q.6%•b Arithmetic sampling mode, 20 time slices (Mt to M 20)

0 [\

1

s

7

s.x.s.

TTTT"~n — rr Time1 sec 2 sec

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

APPARENT RESISTIVITY CALCULATION

Pole-dipole:

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

Q QUALITY CONTROL RECORDS (Available upon request)

Before the survey:s Transmitter 81 motor generator were checked for

maximum output using Abitibi Geophysics' calibratedloads,

v' Receiver was checked using the Abitibi GeophysicsSIMP™ certified and calibrated VP 81 M signal simulator.

During data acquisition:v' Rx &TX cable insulation was verified every morning. v" Output current was always sufficient (average was

900 niA, minimum 30 mA in outcropping areas). *' Contact resistance at Rx was always acceptable (average

was l Kfi, but 50 KQ in outcropping areas). v' Enough pulses were stacked: 6 pulses for every readingAt the Base of Operations:v' Field QCs were inspected 81 validatedv Following the choice of a non-standard gate definition by

the customer, the IP decay curves could not be analyzed with Refusilo™\a see if they fit a pure electrode polarization relaxation curve.

4. DATA PROCESSING AND SUPPLIED PRODUCTS

D TRUE-DEPTH IP SECTIONS

a PRECISIONS CONCERNINGIMAGE2D™

Apparent resistivity and chargeability pseudosections were inverted using our proprietary image2D™ package. The process is fully automated as there is no need to guess a starting model or to filter the pseudosection to generate one. The ground is divided in cells of aA side and a backprojection of the raw data is performed.

The result is a smooth earth model showing all conductive, resistive and polarizable sources. The resulting true-depth sections integrate all possible solutions, highlighting the most probable ones.

A synthetic example showing the ability of image2D™ to resolve sources and to facilitate the location of DDK is presented on the next page.

Imaging cannot create information that is not in the raw data set (pseudosections), i.e., the limitations of the technique and array used will still prevail. With dipole-dipole, for instance, resolution at depth is poor and subhorizontal structures will be difficult to resolve. However, noise is efficiently rejected, near-surface effects are easily identified and complex responses, such as two adjoining sources, a wide body or a dipping geological contact, are well resolved.

This imaging process will not recover intrinsic resistivities unless the source is very wide. However, as opposed to pseudosections, geological data from drillholes may be superimposed on image2D™ True-depth sections.

Q MAPS SUPPLIED The following colour maps are included at the end of this report or inserted into a pouch. Our Quality System requires that every final map be inspected by at least two qualified persons before being approved and included within a final report.

Map Number

L-O+OOE to L-38+OOE

8.2

8.3

10

DescriptionColour Apparent Resistivity 8t Chargeability Pseudosections and image2ff" True-depth Sections with magnetic profiles and Interpretation (19 plates bounded at the end of this report)IP Survey- image2D™ Resistivity at 75 m deep

IP Survey- image2D™ Chargeability at 75 m deepGeophysical Interpretation

Scale

1 : 5,000

1 : 10,0001 : 10,0001 : 10,000

GEOPHYSICS

imaae2D™ Demo on synthetic datasetsTop half of figure: classical apparent resistivity and chargeability pseudosections

Centre of plate: the synthetic model that generates these pseudosections

^orBntnjaifitfvfty pf*udOB*ctfon

ftp?—......r-t..... .3*3*?.. ,

Apparertt chargeabilitypLLJi———. ne ' '

100

Background- 5000 Otim-m, O 500 Qhrn-m, 75

2000 Ohm-m, 50 rr.VA

2000 Ohm-m, BO

1000 Ohm-m. 100 roV/V

-MO -100

r^ r^i..a - 5D m

(Ohm-m)

Irvi-dapth (action uiing IMAGC2D

Bottom half of figure: the reconstructed resistivity and chargeability true-depth sections after inversion of the pseudosections using image2D™. The model is superimposed on these sections.

5. RESULTS AND INTERPRETATION

a RESISTIVITY MAP

The image2D™ resistivity map at 63 m deep still strongly outlines the three lakes, showing the influence of the lake-bottom sediments. Many moderate to strong IP anomalies have been mapped over the lakes, indicating an effective investigation even under this conductive cover. The low resistivity trends are striking north-east or south- west, suggesting that discordant structural features are present on the grid.

Very strong resistivity highs (? 10,000 H-m) are associated with the pebbly knobs seen in the field. These are possible sub-outcropping areas where prospecting over the geophysical or geological targets is clearly feasible during the summer season.

No formational conductor has been outlined on the property, although there could be a fault or major shear zone coincident with the resistivity low at the bottom of the Rust and Egg lakes.

a CHARGEABILITY MAP

The bulk chargeability generally falls into the moderate to strong (30 mV/V) range which, apart from the lakes, is consistent with the thin overburden interpreted from the resistivity map. The lowest chargeabilities (2-4 mV/V) coincide with the very low resistivity zones at the lake bottoms, but still indicate a fairly good contribution from the bedrock underneath.

Sixteen (16) IP anomalies were interpreted and labelled from WR-1 to WR-16. Their location, signature (resistivity and chargeability contrasts) and ID appear on both the Geophysical Interpretation map and the pseudosection plates. Most are east-north easterly trending but WR-8 and WR-11 are east-south-easterly trending. Anomaly WR-8 is even cross-cutting anomaly WR-9.

There are two major families of IP anomalies:- those from a resistive source: WR-1, 2, 3, 4, 6, 7, 9 8t 16;- those from a conductive source: WR-8, 10, 14 8115.

The remaining anomalies (WR-5, 11, 12 81 13) do not show any definite resistivity contrast.

A complete description of these anomalies including the recommended follow-up is provided in Appendix A.

Q DDH TARGETS

Anomaly WR-8 is the only first priority DDH target that emerges from the present IP coverage. The figure below shows a proposed test hole on L-18+OOE. The anomaly is asymmetrical (pole-dipole). But because of the conductive nature of the source, there is no proof that the source is dipping south or north. We therefore recommend to collar the hole at 1+50IM on the lakeshore to drill grid north at a dip of 500 for 300 m.

WR-8

UNE 18+OOE

Proposed DDHQ*5QS 0*OOM 0.50H 1*QON VfOf 2*OON 2*501* 3*0011 3*50N 4*OON 4*5QN 5*OON Om*

50m

100 m

150m

50 m

100m

150m

Anomaly WR-9 seems to cross-cut the above-described first priority anomaly. Unlike WR-8, its source is resistive. The following second priority DDH on L-22+OOE should be drilled north for 300 m in order to intersect both WR-9 and WR-8.

WR-9 WR-

LJNE 22+OOE

Proposed DDH3+5QS 3.00S 2*50S li*ClS 1*503 1*OQS 0*50S 0*OON 0*50W 1+OQW 1*50W 2*OOM 2*50N. i . i . i . i . i . i . .1 - i - i - i - 't - i - i - i - i - iQm

50m

100m

150 m

50m

100m

150m

300m

Anomaly WR-1 stretches across the entire grid and is more than likely of formational source. However, its chargeability response is so strong that WR-1 merits further investigation. The source being not conductive and the anomaly large, we can safely expect a north dip as indicated on the True-depth chargeability section. The following second priority test hole is recommended on L-26+OOE.

WR-1

LINE 26-t-OOE

Proposed DDH5*003 4+50S 4*003 3*503 3+003 2+50S 2*003 1*503 1*WS 0+503 0+OON 0*50N 1*OOM Cm"——t-

50 m

100m

150m

50m

100m

150m

250m

Anomaly WR-4 is another second priority DDH target similar in nature to WR-1. A test hole is recommended on the same section as WR-1

WR-4LINE 26+OOE

Proposed DDH8*OOS 7*50S 7*OOS 6*503 6+OOS 5+5QS 5*003 4*503 0 3 * 50S 3 * oos 2 * 50S dm'

SO m

100m

156m

250m

PROSPECTING TARGETS

Some sub-outcropping IP sources should be prospected and possibly trenched:

R^:;.;,?.;Anbm'aly:" : ' -^WR-2WR-12

";":i;-"': :~r

4+OOE34+OOE

Mited;ES.tation ';- '".' \. "*':*0+50N3+75S

llP'SP^TO^Vi-i'"-^ " -|.'"^-'^i,; ''- -frap^^:^\.-pr"ir\r"|f'\/ - " -~,

34

:*TECK CINCO

Q IP SURVEY EXTENSION

Some anomalies are poorly defined or located at the property limit. The results of an IP survey extension* could upgrade these anomalies as DDH prospects.

* claim rights permitting

a OTHER ANOMALIES

Pending drilling results of WR-8, anomalies WR-11 and WR-13 could also be drill-tested as they might represent the eastern extension of WR-8.

On the other hand, WR-5, 6, 7, 10 and 15 are targets with limited promise, hence further work is not envisaged for now.

The interpretation of the MAG and IP data subject of this report is essentially a geophysical appraisal of the White River Property project. As such, it incorporates only as much geo-scientific 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 are compiled, exploration targets recognised in this study might be down or up-graded.

Respectfully submitted, Abitibi Geophysics Inc/

Berube, Eng. Geophysicist

PB/da

Anomaly

WR-l

WR-2

WR-3

WR-4

WR-5

WR-6

WR-7

LocationLine

0+OOE2+OOE4+OOE6+OOE8+OOE10+OOE12+OOE14+OOE16+OOE18+OOE20+OOE22+OOE24+OOE26+OOE28+OOE32+OOE34+OOE36+OOE0+OOE2+OOE4+OOE6+OOE8+OOE10+OOE12+OOE0+OOE

12+OOE14+OOE16+OOE18+OOE20+OOE22+OOE24+OOE26+OOE28+OOE14+OOE

16+OOE

16+OOE

Station7+OOS7+OOS7+25S6+50S6+25S5+88S5+13S5+63S5+13S4+38S4+OOS3+88S3+38S2+OOS0+75S2+OON4+OON5+50N0+50S0+13N0+50N0+13S0+88S1+OON4+OON1+50N

8+75S8+OOS6+75S6+38S5+75S6+13S5+88S5+13S5+OOS3+OOS

1+OOS

1+50N

ContrastCharg.

211111233332242311?117

1

2?1

1111112311

1

1

*mis^*r^--T(i)--T-

(i)(i)ttTTtTttT-tt---tt

t1tttttt-

t

t

Comments

E-NE trending polarizable and resistive source. Stretches the entire extent of the grid. Qtz-carbonate veins with sulphides? May be formational. To be drill-tested at its apex on L-26+OOE in second priority.

Poorly polarizable and resistive source south of Bradley Lake. Should be prospected on L-4+OOE where it probably outcrops.

Open-ended westward. May be related to WR-2. Survey extension recommended.Polarizable and resistive source lying 200 m south of WR-l. May also be formational. Should be drill- tested on the same section as WR-l (L-26+OOE).

Weak and of limited strike extension. Likely to be abandoned.Weak and of limited strike extension. Likely to be abandoned.Weak and of limited strike extension. Likely to be abandoned.

Priority

2

3

4

2

5

5

5

WR-8

WR-9

WR-10

WR-11

WR-12

WR-13

WR-14

WR-15

WR-16

16+OOE18+OOE20+OOE22+OOE24+OOE

18+OOE20+OOE22+OOE24+OOE

28+OOE32+OOE28+OOE32+OOE34+OOE

32+OOE34+OOE36+OOE38+OOE32+OOE34+OOE36+OOE

34+OOE36+OOE34+OOE

36+OOE

4+13N2+50N1+38N0+38S0+88S

3+25S2+75S1+25S0+88N

7+OOS7+OOS3+75S5+OOS6+OOS

3+75S3+75S4+25S5+25S2+50S2+75S2+50S

0+50N1+25N2+25N

2+25N

24334

3333

7

2211

221?321

321

3

-iii1

TTTT-4--

1T----

-i1

T

The only worthy conductive source on the property. Strikes WNW in accordance with the general trend of the other IP sources. First priority DDH recommended on L-18+OOE.Strongly polarizable and resistive source. Apparently cross cut WR-8 south of Rust Lake. Should be drill-tested on L-22+OOE.Probably not depth-extensive. Likely to be abandoned.Could be the ESE extension of WR-8 (same orientation). Could be drill-tested pending results of the 1 st priority hole on WR-8.Might represent the eastern extension of WR-4. To be prospected on L- 34+OOE.

May also represent the eastern extension of WR-8. If drilling of WR-8 delivers encouraging results, drill- testing of WR-13 would be warranted.Open eastward. Survey extension recommended.Limited strike length. Likely to be abandoned.Open eastward. Survey extension recommended.

1

2

5

3

4

3

3

5

3

* Symbols in brackets denote an indirect association.

LEGEND: ChargeabilityIncrease•?

1234

= Marginal= Weak= Moderate= High= Very High

ResistivityIncreaseT= Resistive1^ Very ResistiveDecreasel = Conductive4-i = Very Conductive

:

ONTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0440.01181 Status: APPROVED

Recording Date: 2004-JUL-23 Work Done from: 2003-JAN-15

Approval Date: 2004-JUL-29 to: 2003-MAR-10

Client(s): ||||| Hill |||||| III III III 301000 LAC EXPLORATION INC. IIII Iliillll II Illi

Survey Type(s): Illllllllllllllllllllllllllllip LQ 42C12NW2009 2

•l.28167

HillBROTHERS

Work Report Details:

Claim*

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

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TB

TB

TB

TB

TB

TB

TB

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607720

607721

607722

607723

607724

607725

607726

607727

607728

607729

607730

607741

607742

607743

607744

607745

607746

607747

607748

607749

607750

607751

607752

607763

607764

607765

607766

607767

607768

607918

607919

607920

607921

607922

607943

Perform

5947

5947

5947

5947

5947

51,082

51,082

51,082

51,082

51,082

S947

51,217

51,217

51,217

51,217

51,217

51,217

51,082

51,082

51,082

51,082

51,082

S947

S676

S676

S676

S676

S676

S676

S947

S947

S947

S676

S676

51,082

Perform Applied Approve Applied Approve

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51,082

51,082

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S1.082

5947

51,217

51,217

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51,082

51,082

51,082

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5947

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5947

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50

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sosososo50

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sosososoSO

sosososososososososososo

Assign

S947

S947

S947

5947

5947

51,082

51,082

S1.082

S1.082

51,082

5947

51,217

51,217

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51,217

51,217

51,217

51,082

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S1.082

S1.082

S1.082

S947

5676

5573

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SO

SO

50

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SO

50

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50

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Assign Approve

947

947

947

947

947

1,082

1,082

1,082

1,082

1,082

947

1,217

1,217

1,217

1,217

1,217

1,217

1,082

1,082

1,082

1,082

1,082

947

676

573

0

0

0

0

0

0

0

0

0

0

Reserve

SO

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sososososososososososoSO

sososoSO

sosososososo

S103

S676

S676

S676

S676

S947

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S 1,082

Reserve Approve

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sosososososososososoSO

S103

S676

S676

S676

S676

5947

S947

S947

S676

S676

51,082

Due Date

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

900

2004-Aug-12 11:25 armstrongjd Page 1 of 4

ONTARIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0440.01181

Recording Date: 2004-JUL-23

Approval Date: 2004-JUL-29


Claim*

TB

TB

TB

TB

TB

TB

TB

TB

TB

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607971

607972

607973

608965

608966

608967

608968

608969

608970

608971

608972

608973

608974

616424

616425

616426

616427

616428

616429

620464

620465

620466

620467

620468

620469

620470

620471

620472

620473

620474

620475

620476

620477

Perform

51,082

51,082

51,217

51,217

51,217

5798

51,217

51,217

51,217

51,217

SO

SO

SO

SO

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SO

SO

SO

SO

50

SO

SO

SO

50

50

50

50

50

50

50

50

50

50

SO

sosososo

Perform Approve

51,082

51,082

51,217

51,217

51,217

5798

51,217

51,217

51,217

51,217

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SO

SO

SO

50

SO

SO

SO

SO

soSO

50so5050

5050

50

SO

SO

SO

SO

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sosososososoSO

Status: APPROVED

Work Done from : 2003-JAN-1 5

to: 2003-MAR-10

Applied Applied Approve

so5050

50

50

50

SO

SO

SO

SO

S400

5400

S400

S400

S400

S400

S400

S400

S400

5400

5400

S400

5400

S400

S400

5400

5400

5400

5400

5400

S400

S400

S400

S400

5400

S400

S400

S400

5400

5400

SO

SO

SO

SO

SO

soso50

50

50

5400

5400

5400

5400

5400

5400

5400

5400

5400

S400

S400

5400

5400

S400

S400

S400

5400

5400

S400

5400

S400

S400

5400

5400

5400

5400

5400

5400

S400

5400

Assign Assign Approve

SO

SO

sosososososososoSO

sosoSO

sosoSO

50

so50SO

so5050SO

SO

sososo50sosoSO

soso50

50

soSO

so

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

Reserve

51,082

51,082

51,217

51,217

51,217

S798

81,217

81,217

51,217

51,217

SO

SO

SO

50

SO

SO

SO

SO

SO

50

SO

50

50

SO

SO

SO

so50

SO

SO

SO

SO

50

SO

SO

SO

SO

SO

so50

Reserve Approve

51,082

51,082

51,217

51,217

51,217

S798

51,217

81,217

81,217

81,217

SO

sososo50sosososososososo5050SO

so50

50

50

50SO

SO

sosososososo50

Due Date2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-SEP-10

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2004-Aug-12 11:25 armstrong-d Page 2 of 4

ONTMUO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0440.01181

Recording Date: 2004-JUL-23



Claim*

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

620478

620479

620480

620481

620482

620484

620485

620486

620487

620488

620489

620491

620492

620493

625585

625586

625587

625588

642695

642696

642697

642698

642699

642700

1122888

1122889

1122890

1122891

1122892

1122893

1122894

1122900

1122901

1122902

1122903

1122904

1122905

1122906

1122907

Perform

SO

SO

sosososo10

10

10

sososososo

S676

S676

S676

S676

SO

SO

SO

SO

SO

SO

SO

SO

sosososososoSO

sosososososo

548,267

Perform Approve

sososoSO

soSO

SO

sososososososo

S676

S676

S676

S676

SO

SO

SO

SO

SO

SO

SO

SO

SO

SO

sosososososoSO

sosososo

S48.267

Status: APPROVED

Work Done from: 2003-JAN-15

to: 2003-MAR-10

Applied

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

SO

SO

soso

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S26.000

Applied Approve

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

SO

SO

SO

SO

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S400

S26.000

Assign

SO

SO

sososoSO

sosososososoSO

SO

SO

sososososoSOsosososososososososososososososososo

S26.000

Assign Approve

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

S26.000

Reserve

SO

SO

SO

SO

sososososoSO

SO

SO

soSO

S676

S676

S676

S676

SO

SO

SO

SO

SO

sosoSO

SO

SO

sosoSO

sosososososososo

S22.267

Reserve Approve

SO

SO

SO

SO

SO

sosososososoSO

soSO

S676

S676

S676

S676

SO

SO

SO

SO

SO

soSO

SO

SO

SO

sosososososososoSO

SO

soS22.267

Due Date

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-AUG-31

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-JUN-12

2005-AUG-20

2005-AUG-20

2005-AUG-20

2005-AUG-20

2005-AUG-20

2005-AUG-20

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2005-AUG-10

2004-Aug-12 11:25 armstrong-d Page 3 of 4

ONTARIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Transaction No: W0440.01181Recording Date: 2004-JUL-23


External Credits: SO

Reserve:

Work Report Summary

Status: APPROVED

Work Done from: 2003-JAN-15

to: 2003-MAR-10

322,267 Reserve of Work Report*: W0440.01181

322,267 Total Remaining

Status of claim is based on information currently on record.

2004-Aug-12 11:25 armstrongjd Page 4 of 4

Ministry ofNorthern Developmentand Mines

Date: 2004-JUL-29

Ministere duDeveloppement du Nord et des Mines Ontario

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

LAC EXPLORATION INC.BCE PLACE, TD CANADA TRUST TOWERSUITE 3700, 161 BAY STREET, PO BOX 212TORONTO, ONTARIOM5J 2S1 CANADA

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

Dear Sir or Madam

Submission Number: 2.28167 Transaction Number(s): W0440.01181

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 BRUCE GATES by email at [email protected] or by phone at (705) 670-5856.

Yours Sincerely,

Ron.C. GashinskiSenior Manager, Mining Lands Section

Cc: Resident Geologist

Jari J. Paakki (Agent)

Assessment File Library

Lac Exploration Inc. (Claim Holder)

Lac Exploration Inc. (Assessment Office)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:19695

CANADAMining Land Tenure

o o cs

Ci H

8m

o o

M H

M

564000E 5650COE 5860006 587000E

S3WOOON k- 63WOOON

S398000N

539TOOON

S396000N

S394000N

l,———^ 5388000N

UTM Zone 16 1000m grfd

* wtwilna IOM*Mc INIWD ell lira ihallW conoll* -Mlh IMW Pnwktt*! (*I*XI nKr hnM mKiv)ea fnrMvtaolttnal. sumrr. or (aid KKi OffOrirtnAIKHi Mi mttiaii ney alio bv atm^wij Ihmwh Du bell Land Ttkn w Rcatitrr OII

wrtill*' O*ltco ot inn Mltltttty o* *^nlutn DnvBlopnwln aiw t ci^tnn HKoirmtloi! ifiown on INK nut ueair|*ft!i! from vs ' I)M Min^liv vi Natural naiaiMQi

alu-i HI ilw tt i via *to*n neiwittGeneral Information and Limitations

Mip Entum NAD BJ43pta*ti*xr- UTM A *t*

Date 7 Time of Issue: Fri Aug 13 14:40:52 EOT 2004

TOWNSHIP l AREA PLAN BROTHERS G-3172

ADMINISTRATIVE DISTRICTS S DIVISIONSMining Division Thunder BayLand Titles/Registry Division THUNDER BAYMinistry of Natural Resources District WAWA

TOPOGRAPHIC Land Tenure

BurtacB Ami Mlribta Ht

f J] J&fMcM AM MBrtrig H

j'' Swrftu* I*.^*iOt.^

[Se ] Ordin ^ Ol""1"1 W*" "WW to! tt

UJ W""*-P**wt

LAND TENURE WITHDRAWALS

N. IMPORTANT NOTICES

LAND TENURE WITHDRAWAL DESCRIPTIONS

'BMW Li

l* X. 2004

)\29, 2CK8

S ACT lt.'0ft*ffl (TILL)

E NW MO APPLICATION UNDER THE MOORE (WE RE6QUPIOe6 ACT Jd.'Ct ttNCt CLAIMS AROUND WHITE RIVER AND CONNECTING LAKES 6Uor me wNwe ACT riu 11 wo

, DOWNS RIGHTS ON WHITS RIVER AND WHITS UK I TO CONTOUO I(-Saoreer TO ONT.MTOROUnrACC RIQKT8 WITHDTIAWM TROU BTAKINU ORDER W 1WSE, OEM M OunrAcx WGMTI VVITMORAWH rncnu STAKIW ORIMER w 22^4,1^0*194UWFAC* AMtf WININO ftHSHTS WrTMOPWWN FROM STAGING ORBEF1W I

. -O4 Bourwaiy jonuTOHy

(i 9.36Ml

VI E-MR

ET PIT STRUTHERS *g,F*2i)D*-W^w^i[r i e, iS-CC/W DounlMty

2.28167IPLG

7776WHITE RIVER CLAIMS

^607771GRID

7773 607772 607770 607769 625598 625Q37 625596 625595 625594

11

62

42C12NW2009 2.28167 BROTHERS 210

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarlthmlcs

APPARENTCHARGEABILITY

PSEUDO SECTIONContours: 1

11=1

11=2

0=3

0=4

0=5

0=6

0=1

11=2

11=3

0-4

0=5

0=6

9+OOS B+QOS 7+OCS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS UOOS 0+QON,—i——,——i—,——i—,—i—i——l—i—l—i——l—i—l——i——l—'—l—*-H—'—l—'—l——'—l—'—l——'——l—'—l—' l ' l '

HOON 2+OON 3-tOQN 4+OON 5+OOHi—i—i—t-

6+OON 7+OON 8+OONH—i—h

I7K 1647

2071

1767

1750^^9-^.

/XW52 Ml

"2955, ^1900 1313 1127

2050 DM

6200 [7621 \ 5729\ \Wl 1955 918

Ml^ 7547 l 4733\ 2818 J 1231 1308

6617 6020 3870

3437/5359^2762 1741 1009^.2367l * - j 1319 ^2080 2026 1707 9368,. I3K I2K 13K //7196^ 6183-^-J578 9286 ] ) 5128 5053 y 6518 J ^2738 X 57Z5 /4685^ 2751

lv 6133 ~ 67907437"X: HIT 11 J7JO 4743 370! \ 2588^7904

973 941 1979 2523//y 9942" I3K 14K 9465 9628-" 1IK 12K //T728 4221 'X 7411. \5457J 3768 3285-^9191

9517 m M 4745" ^-6351 \ 5094 5895\\9326-^ UK \9293 14K 13K /8612 10K II 5169-^^-7552 X 6379 ^4537 \ 3488//f 11K

36 ^ UK 13K 15K 9138 '7492 ' 10K ' K201297 ^9857 •'''3680 ^6134 ^1530 1406 1272 1726 " 11K 16K '5724' 7580' 5903-^ 6507 6260 5019 4213 " 1IK

(1=2

nsj

11=4

0=5

0=6

9+OOS B+OOS 7+OOSi—l—i—h

6+OOS 5+OOS 4+OOS 3+OOS 2+OOS UOOS 0+OON UOON 2+OON 3#OON 4+OON 5+OONi—i—i—i—i—i—i—l—i—l—P—l—i—l—i—l—i—(—i—l—i—l—.—l—i—l—i—l—i—l—i—l—i—l—P—l—i——i—i—l—i—i—hH—i—i—

64-OON 7+OON 8+OON

\3- 2 3 '7 4.7,5.0 6.1 ,- 4.3x 3.7 2.7 3.5 J.'4.0 6,7 J.8, y 11 , 8.0

11 9.8 \ 7.7 1 l l 4.0 "Zi^- 5.2 5.3 5.1 "^L- 4.0 ' J.6 3.0" 3.4

11 \ 8.8 y 'j.6^i 4.6 /^ 6.3 5.9 5^ f 2.8 ^ J.4 3.1 3.8 ^ M

11 10, j .6.5 \ 5.3 ^^7.5~~\ 6.7 6.1 f 3.2 3.1 3.1 4.1

8,8 f f 12 11 11 X/ 7.7 \ 5.0 /X M " ^^ 6.9 l 3.6 3.7 3.7 -—^ 4.3 ^X 5.7 ^ 7.0

11 12 11 8.1 6.7 ' 'X 9.2 9.0 8.1 4.5 4.3 4.5 "5.5 6.1 7.5 3.7 5.7

5.4 6.0 5.7 i 6.6 6.6 4.6 3.9 4.4

5.6 5.9-^6.2 6.3 ^ 4,1 4.8 4.9 -^

4.2 4.! 4.5 3.3 ~x5.0 4.4 , 2.2 , 0.4 -5.8 -9.6 0=1

0=2

5.2

____ j \ 4.3 4.4 , 3.9 U \~ 4.1X2.0 .o.J -6.9 -10.4

5.6 7 6.7 6.2 X 5.4 5.4 5.8 5.5 5.1 4.7 ^ 3.8 2.8 2.3 ^— 1.5 ^^0.1 -7.3 -10.7 0=3

5.2

5.4 5.3

4./ s J.O i.O i.J .

/3.6 S 2.7 2.6 X5.1 '6.3 7.1 j 5.5 5.8 5,8 —^ 6.1 5.0 4.5 X" 3.6 S 2.7 2.6 X 1.0 -0.4 -75 -11.1

6.0 6.5 6.1 5.9 ^ 6.3 6.9 ) 5.5 4.9 3.9 2.7 2.4 0.9 -0.3 -7.9 -11.2

5.5 6.1 5.6^ 6.5 6.5 6.4 6.6 '5.7 4.8 3.8 2.8 2.3 0.4 -0.6 -7.3 -11.1

0*4

0=5

0=8

42C12NW2009 2.28167 BROTHERS 220

INTERPRETATIONchargeability

resistivity

WR-1

l 2————— | ————— , ————— | ————— , ————— | ————— l ————— l ————— ! ————— | ————— 1 ————— | ————— l ————— , ——————————— , —————

i

WR-2

7t

WR-3

1t

m rri nn nn nnl i* l 1*1 l t i i tt i

INDUCED POLARIZATION SURVEYPole-Dipole Array

no a

'———®1

\

Ploi Point

Transmitter: TX-II (GDD), 1.4 kW

a = 50 m n = 1 to 6

2 s*o.

-l"8 ••c.-

Recelvar: Elree-10 (IRIS)

2 **c.

50

8Scale 1 : 500050 100 150 200 250 300m

Teck Cominco Ltd. ExplorationWhite River Property

Brothers TownshipHemlo Area, Ontario, Canada

Line OEInterpreted by: Pierre Btrubt, Eng.Verified by: Martin Dubois, Geo.Dole of survey: March 2003Surveyed by: Paul Melancon, Tech.Reference: 03N703

ABITIBI!

o m

H O Km

o(N

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarithmic*



11=3

n-4

11=5

11=6

ns1

11=2

nsS

11=4

(1=4

11=6

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OONH—,—i—,—|—,——|—,——|—i—|—i—l—H-H—i—|—i—l—i—h—*-H—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-H—i—l—i——l——.—l—i——|—i—|—.—|—,—|—i—|—i

9+OON

n-1 8586 2202 854 512 ^686 495 ^ ̂ ^JTS^^JOO 515 ^ 2662 2899 ^^4977 .3524 ^7105 2IK 17K f H 15K 16K 25K IBK 21K 22K 1I4K 18K 9902 XN*397 76(B K7D m 1fK 16K I BK

1U9 |247^^5)7"lol4^^;"nr~~-- 685 727 ~~~~W ^Xs2l1 ^"3061 2HZ^4223 3128 UU 12K 14K 13K 22K 15K I8K 20K 18K 20K—X^18K 17K I5K 111iNYj 516^ l l IOK 21K -^16K 12K 15K

1417 2052 "^2855 1774 1365^941 "^^1051 1232^^4783^^3511 12729 242^\ 3592.X- 4342^^8584 "S. 12K 22K y/18K 19K 17K 19K 17K 19K 1I9K 16K 16K \796C^6791 21K 26K \ 15K 12K

1695 7 4130 2739 1888 1323 1310 1601 i^B779 \ 4832 \ 3126 2593 2570. 14527./ 2975N\ 843? UK 18K /22K\ 19K 17K I8K 16K 19K 19K I6K UK 9931-""iSK \2W Z*\ 14K 15K

\23*440 3609 265S 1810 1712\2936 3305 2401 2208 2406 S" \ OK 7970* 5263 3733 3346 3887 '2458 2893

4092 2960 2925—^ 3426^^.2974

' 3158

15K 21K 21K 18K 16K 17K 16K tIBK IBK UK 13K 18K 14K ' 20K 20K , 17K

UK 17K 20K 20K 18K 15K 16K 16K 18K 12K 13K 23K "" 20K 12K 17K 24K \ 15K

""S1M *

27K m jP l*82 l"? 1336 n*1

M560 /232T^3237 11=2

2511/ 3780 n*S

2751 3861 n-4

4051 11=9

2697 3919 n*t

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OON—l—i—l——i—l—i—l—i—l—i——l—i—l——i—l—i—l—P—l—i—i—i—|—i—|—i——|—i—l—i—|—i—|—i—|—i—|—i—|—i—|—i

IS 7.6 8,0 7.2 r 6.4 7.1 5.7 7.6 8,3

4.8 TA 7.9 •'li.S 8.5 6.7 .6''7,7

7,0 tA 8.8 8.9 7.5

8.6 8.6 B.2 7.3 7.7 77.1 7.7 6.8 6.8 ^ 5.7 4.5 5.5 5.3 , 6.4 6.8 7.0 ^ S-"XX " "3lD ~8'4 n~*

7.4 ^7.9 8.3 X 7.6 7.2 7.3 7.8 7.3 7.0 f 5.3 4.9 6.3~^\ 5.8 5.6^^6.1 6,5-^5.2-^0.6 -4.7 -B.2 11=2

11=3

0=9

7.7 8.1 ' 7.6 7.3 7.2 77.7 7.3 7.0 x 5,6 5.1 f 6.5 6.3 ^ 5.8 5.3 5.7 ^, 3.9 VX-0,6 -M -9.4

7.0 7.0 ^ 6.9 ^7.2 l 8.6 /7.B \ 8.1 N. 7.8 7.3 7.2 7,3 7.5 7.4 J^ /5.5 5.6^-^ 6.6 6.4 6.1 5.3 S 4.6 -^^ 2.6 S -1.9 -8.7 -11.1

9.6 l 7.9 ^ 7.7 7.2 V. 6.8 8.2 _ 8.1 "^-^ 7.9 "} 8.1 7.2 /- 6? 7.3 7.6 77.4 /6.6 6.0 5.5 X 6.9 6.4 5.9 5.6 f 4.4 /s 1.2 -3.1 -10.6 -13.1

7.8' s.2 9.2' 7.8 7.2 "^ 9.4 9.7 10 10 8.8 8.7 8.3 ~ 8.1 8.0 ' 7.6 8.4 8,1 7.5 6.9 x 7.1 7.3 7.8 6.9 '5.4 5.8^ 6.9 6.4 6.2 5.0—^4.7 ' '0.8 -4.2 -10.8 -14.4


resistivity

WR-11

WR-2

ttTi m PT

l U l lil l T l Itf


na

Plot Point


o s SO m n 2 1 to 6

2 nmo.

-8 ••o.-

Recelver: Elrec-10 (IRIS)

2 **c.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m

Teck Cominco Ltd. ExplorationWhite River PropertyBrothers Township

Hemlo Area, Ontario, Canada

Line 200EInterpreted by: Verified by: Date of survey: Surveyed by: Reference:

Plerre Berube, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: logarithmic*



9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OONH———l———l———l———,———l———,———j———l———j———l———l———l———l——————l———l———l———l———l———l———l———l———l——l——l———l———l———l——l———l———l———l———l———l———l———l———l———l

1+OON 2+OON 3+OON 4+OON 5+OON 6-t-OON 7+OON 8+OON 9+OON

-714 , i5K i5K m m m KK m m ISK ISK UK, /576B/ 3724~N^-6353 f 8043\ 14K 12K 17K 17K f 23K 24K 20K 9304 94(1 15K 15K 15K I6K I7K 17K 15K

'5579/3905 3239 \ 7111 l 8859 v 13K 14K 1BK 19K 25K 22K 16K 8737 8770,. 15K I3K 17K ISK 18K ISK

2073-^x4824 5356---^6775' J 3765 347* 3821 \7559\M17 15K 14K 20K 21K 23K X 17K 15K 8110___815B^v12IK 14K 16K I7K 18K

1317 1109 ^ 944 919 -^^1198 1609 '6114""—^494^8246 ' 4458 * 3422 4119 419? \ 75M' '9776 15K l SK MK /iwi 18K 1SK 14K 7588 7047 ' 14K 1.1K IKK IS* r

27K

28K

9+OOS 8+OOS 7+OOS 6+005 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OONi——l——i——l——i——l——i——l——i——J—i

-\ 7.2 5.5 3.6 2.8 , 7.2 6.1 v 5.9 4.5 4.1 3.4 3.2 3J 3.5 5.1 5.6 7.0 6.4 v 7.3 7.3 7.8 7.9 8.1 8.2 s 7.8 6.6 5.4 6.3S 5.6 5.4 5.9 6.9 6.8 6.0 6.7 i 4.6 6.5 ^ 5.8 5.3 ^ 3.8 nsl

5.0 4.9 4.8 5.8 5.7 6.9 6.6 ) 7.3 8.1 ~~ 8.0 8.0 8.5 l 7.7 f 6.7 6.1 5,9 } 6,2 5.4 f 6.3 6.5 54 s 4.3 " , 2.85.0 6.1 6.2 5.0 4.0

5.5 5.7 J 6.3 6.4 4.8 4.2 ^ 5.6 6.3 6.4 5.9. 5,8 5.9 7.1 7.2 8.1 8.1 8.4 7.9 7.3 7.0 6.8 6.22 _ 6.0 5.9 6.5 6.2 5.3 5.9 X 4.1 4.0 S 2.2

5.4 5.8 /te 7 2,8 1.86,5 6.3 6.5 6.1 4,9 ^ 6,4 , 6.9 7.9 7.3 \ 6.3 6.0 6.3 .7.1 8.1 8.4 8.1 8.1 7.6 6.3 6,7 5.8 l 6.5 5,! \ 6.4

8.4 8.7 \ 7.6 ^- 6.8 6.5 6.9 8,1 8.2 7.9 8.4 J 7.8 7.4 C 6.1 6.9 -^ 7.4 ' 5,88 —^ 6.2 6.4 V 5.5 5.5 S 4.3 " 5.0 f S -0.36.4 6.7 6.6 6.2

5,5 6.2 6.8 7.0 6.3 6.5 ' 8.0 8.2 9.2 9.1 8.8 7.9 7.5 x 6.8 7.8 ^ 8.1 8.3 8.4 7.9 7.4 7.8 7.3 8.1 5.8 7.5 N 6,3 6.6 ' 4.8 ' 7.1 5.8 5.3 ' 4.2 2.4 ' -0.3

42C12NW2009 2.28167 BROTHERS 240


railstlvHy

WR-11t

WR-21tt

rrn nn nn m m|U l lil l t l l tt]xv^x.x


na

oint

Transmitter: TX-II (GDD), 1 .4 kW

o s 50 m n a l to 6

2 nmo.

~B mma.-

Receiver: Elrec-10 (IRIS)

2 MO.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m



Line 400EInterpreted by: Verified by: Dote of survey: Surveyed by: Reference:

Plerre Berube, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logartthmlcs



0=1

11=2

0=3

0=4

0=8

0=6

0=1

0=2

11=1

0=4

0=5

11=6

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON,—i—,—i—,—j—,—i—,—i—,—i—,—j—i—j—i—i—i—l—,—l——i—l—i—l——i—l—.—i——i—l—i—l—i—l—i—l—i

1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OONH—i——|—i—l—i—l—i—l—i——l—i—|—i—l—i—l—i—|—i—|——i—|—i—|—i—|—i—|—i—l—i—(—i

480 318 303 257 222 223 241 219 326^-- 425 .x 1579 2552.V5218 vv 11K 7455/y 11K j 7937 9647 18K 13K UK 16K ^, 3653 3210 350)4

1928 1096^5=714 673 523^^388 400 417-^:460 468 562^^2138^-3267 1988 4974 43350^7349

2698'' ,4041 I 2303 10 5116-^5256 S 31IK l 13K 15K1772 1231 1176^^982-0-624 583 597 640

15K l 25K 6452 5896^X5340 S 31K UK 20K 99365020 l 2732 2438 2242 V \ 6592 \\ I2K841 790 8321810 1337 9

10K y 34X IBM 27K2710 1882 1293 1156 1057 1049 988" 1147

2705 1717 1521 1377 1J42 1209 1383 ' 5351-^ 7687sy

11K 15K 15K

12K IBK^X* 24K

13K

12 l 3308 \2809 2480^/3406 V\7120s^ l IK 11K 11K 17K ^ 21K 6603

'3961 3338 2846^ 3724 42)

6119 i4 19K 15K 14K yyx 5377 v 11K 16K s 5803 y 860 , 289 187

''X 870 X 551 -\ 382

^

bus i tar. }M '^jW M"

^^IZK 14K^x8614^^M12X

84B6r^t7BO ̂ ^4490

1936 A/ 4687 ^- 3622 [

jff//^ (l

J 13K 15K MB6^^l7BO^-^4490 l

\

6485 ^ 11K 12K 14K 22K 5529 5766 ' S865 ' 36K 20K 26K 16K ' 6639 M97 371 M -" 2827 ^ 642 ' 367 543

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OONi — l — i

2+OONl — i — l — '

3+OONl — i — l —

4+OON 5+OONH———|———l——h-1———|———l

6+OON 7+OON 8+OON 9+OON

42C12NW2009 2.28167 BROTHERS 250


resistivity

WR-1

11

WR-2

1 t \

0=1

11=2

0=3

0=4

0=5

0=6

9.8 5.5 s 3.4 i 1.5 2.8 3.5 3.8 3.1 2.9 ^^2.6^ 3.5 4.0 3.5 x 5.6 5.0 v 6.9 6.2 7.1 6.4 7.4 7.0 6.2 6.2 6.4 5.6 4.7 y 6...4 6.8 5.6 7.8 7.2 W/ 5.3 v 6.8 , 5,8 4.7 y 1.0 0.6 -0.1 0=1

4.9 /M 2,2 /~ i5\^-- 4,T^-^57~^~^ 5.oTH^4T^~^ 3.7 3.8 --^4.4 ( 3.4 S6.1 6.0 .^5.5 \ 6.9-"7.7 7.0 7.1 -""S.? 6.7/"""tt" 7.1 6.1 5.7 --"to 6.3 6.0 7.J 7.0 /"5.5 — 5.1 5.3 ^^M^S M/ '-5 j w -0-! n~'i

2,7 2.0 y/ 4.1 5.0 s 63 M" 5.9 5.1 4.9 4.9 4.3 -^ 6.6 6.5 6.6^^ 5.9 } 8.0 7.4 7,4 J 6,3 6.9 8.1 --^ 7.9 | 6.4 j 5.8 7.1 6,1.6 6.3 6.9 6.9 -^5.2 ^ 4.2 ( 6.1 V 4.0 4.0 -"^X 0,8 " 0,9 -0.5 0=3

2,1 X 4.2 5.3 X' 6.8 J.9 ^—7.1 6.2 6.0 5.8 5,0/^-7.6 x 6.9 '7.2 ^.8.0,^7.3 7.6 7.6 f 6,5 6.3 j 8.2 8.3 l 7.2 6.1 7.1 7.0 6,5 7.1 5.5^^.8 ^4.4 4.8 ^6.3 M 2.1 ^ -0.4 0,6 -0.4 0=4

4,2 f U/ 7.0 ' 7.3 7,3 7.1 6.8 6,8 6,1 s^, 8J ^ 7.9 ^_U S 8.8 9.1 N. 7.3 7.9 6.7 6.7 S 7.6 \J.3 7.1 6.1 ^ 7.1 7.0 6,',7 7.1 5.7 / 3.5 l U^, 3.9 "^Til 4.8 i^-1.7 -0,9 -1.0 0=5

5.0 ' 7.0 7.5 7.7 7.3 7.6 7.4 7.1 "-"9.4^ 8.4 8.5 9.3 9.8 9.4 \ 7.3 7.0 6.7 7.7 7.5 7.2 5.9 ' 8.4 7.4 6.6 7.1 5.5 3.4 3.2 '^iT ' ' ^l "~ 1.8 ' ' 8.0 ™ -6.1 -2.8 0=6

f* J*^ o*


na

'———®-]

\ x o s 50m V n s 1 to 6

Plot Point


2 s*c.

-B ••c.-

Reeelver: Elrec-10 (IRIS)

2

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Pierre BfirubS, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContour*! Logarithmic*



11=3

11=4

0=5

11=6

11=1

11=2

11=1

11=4

11=5

(1=6

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OONi—i—i—i——i——i—i—l—i—l—i—l—i——|——i—|—i—l—i—l—i—l—i—l—i—l——i—l—i—l——i——l—i—l—i—l——i—|—i—|—i—l—i

2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OONH —— i

313 ^ 381

1879X312 /420// 906 \\jfj___™ ^2^-^-^'^^^ J?L---^J5J-^ Ml ^ ̂ Ult 2K' 2M3 ^7\81 J"~^ ~"~~~

506 X "85 '7777 7l229 10461218 1117 1173 1231 1532 S ..3222 3841 4051 3572 3455 3559 l 6391

1846 3053 4403 y 8592-^ltK 8272 7866 x 5853 j 10K 12K 8322 , 52(03 s 2679 1035 788 i^.485 —-355 217 160 157^ 128 107 93

(P\ 497~559 r\^pj^ll~377 3?0 457 465 476 '578^^732^ 1559^^2103 2205 3336J [ 6002 SsTlXV 10K -.^8586 J 5709 f [f 10K ZOK 14K J] 6125//2691 2013 1793 ItTP^^TsT^X 506^^M9"~Jg1~~~~ 311 -^233 196

//^\ Jh—— :r—-.... --^ -..,——~~* ^. ^~*o ™n ,m ~c , ™,, 4JJJ. 611) 'U^\mjJJ 5485 //VHi 19K 17K 8506 \JJ 2917 2218 2837 2022 1396 ^ 865^^WI^^^B 560 ^^ttO-~^333 284

JJO ^ 453 X/'aSZ 818-^—919^^^728^:899 893 B89J^-101I" \\K ̂ IKl^^-ym"^ 3269 ""2966 3128 \ 4804 l 17755 7635 7324 8335 17K 1BK 9850/^3705 \ 2495 ^.3ttT\ 2837 2081 1329 1023 H!~-.N-s S72\^ 651 \5H 428

3559 6391 | /M86///4455'11 \11K 15K 16K 11K/X/3999 31.44 3440 2976 2680 1838 1439 1360 1201 ^" 929^\ 736 614

1451 1432 1566 1816 ^4061"^ 4570 4S76 4266 ^~~ 3960 3916 4793 8346^^^5762 6239 19K 15K 9286-^4253 3316 4213 3161 2686 2241 \ 1875 1806 1549 1215 989^ 824

83

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OON

5.1 6.1 l 8.4 6.8 f 5.4 .. 6.1 S 7.8 7.3 6.0 f J 3S.O 2.1 1.6 1.1 \ 0.8 0.3 -0.1 -0.4 -0.7 -1 j -2.1 -3.3

4.4 ' 5.6 \ 7.5 6.6 7.1 7.4 7,8 6.8 6.5 ^7.9 "19 7.7

5.9 "^ 6.5 S 8.2 7.1 6.3 7 3.4 7 2.3 2.1 1.4 1.0 0.4 0.0 -0.3 -0.6 -1.4 -2.2 -3.3

8-5 (6.3 6.3/^15 J 22.7 2.3 1.9 1.3 l 0.6 0.2 -0.3 -0.5 -1.3 -2.0

' 3.6 ' 2.6 U 2.1 \ 1.88.3 6.6 4J 6.5 ' 7.9 7.9 6.3 0.9 0.5 -0.1 -0.4 -1.2 -2.0 -3.1

42C12NW2009 2.28167 BROTHERS 260


rvsMHvlty

WR-11

WR-21

11=2

[1=4

11=6

5.2 5.1 5.5 5.0 \ 2,9 3.2 3.5 3.0 — 3.1 X 5.3 5.5 --"' 6.5 S 5.3 A 7.1 8.0 6.6 J 5.1 6.1 ^ 7.3 \ 6.8 \ 5.4 S 3,1 1.7 1.3 0.9 0.6 0.1 -0.3 -0.4 -0.7 -1.4 -2.0 -2.8

11=5

11=4

11=5

11=6

T ) l tt


\ ,' a s 50 m

Plot^olnt


2 MG.

~8 ••c.-

Recefver: Elroc-10 (IRIS)

2 tmo.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Pierre B6rub6, Eng. Martin Dubois, Geo. March 2003 Paul Melancon, Tech. 03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarithmics



11=1

11=2

n*3

11=4

11=9

11=6

9+OOSH———l———l

8+OOS, — l — i

7+OOS 6+OOS 5+OOS 4+OOSi — l — i

3+OOSi — l — i

2+OOSl — i — l — i

1+OOS 0+OONl — i — l — i-

1+OONi—l—i-

2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OONH——i——r-

12K 12K 11K 9307

19K 12K 10K X,

15K

362 338 252 220 440627 699 14384190 44391927 3744; 999 x 743 \ 302 244 305 320___ 357

609 ^-538 ri. 659 ^ 554 559 598 607-..531 -v. 433 410 ^, 553 -^ 742. 929____911 1650

1116 151* 1153 1437 /x 6154

1536 1812 1503

1443 1366 1845 1837 1706 1525 1325 '073 \927~ 1009 1391 1975-""~2342 ^1962 2931^X8082 l 6009

2434 •X3625 '^977? 69*15 ^22671778/2490 2096 2I76^~~2014 1758 1339 1135 1218 1690 ^2352

3012 .H63 985 ^ 669 ^ 524 511

5180 A 3002 ^2057 1336 ^1065 ~ 996~~

J2S2 2187

TN 10K 7/5445 5443X' 4165 J 3883 3049. 2492 22\t\ 1543

6497 —— 5652 7 4652 -,SS9'9 3794 3(56 3327 3073 2017 1160 991 1006 1229 1517— - — ' — "*-/ s^ 8838 6405 3914 3535 4577 ' JJH 3537 3295 3623 3939 2658 1446 1235 1226 1504 1883

267 .244^ 216 226 ___ 252 0=1

9+OOS 8+OOS 7+OOS 6+OOS 5+OOSi——i——i——l——i——l——i——l——i——l——i——t——l——l——i——l——i——l——^-

4.8 7.2 5.8 x 3.4 1.1 , 2.1

4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OON

6.57.33.6 X 1.1 X 3.3 S 5.8 X V.7 — LO 7.7 7.3 v 6.2 ^^5.6 ^5.3 5.1 4.9 — *? \ i7 ™

8.4 8.2^^7.9 /.i^^v.^ B.7 6.0 ^5.7 5.5 \ 4.3 4.2/^8.4 "8.0 __^ 7.6 ^ 5.9 6.8 6.1 '5.1 5.0 3.S 3.2 U\ 2 j \ 1.8 1.7 1.1 0.5 0.1 D.2 0.4 1.0

3.7 S 6.7 8.f 8.3 8.7 8.4 7.9 7.8 7.4 7.2 6.4 6.1 4.9 —-^"5.3 x^"9.0 8.8 ' 5.1 4.8 7.3 5.7 X 4.2 5.8 4.8 3.4 ' 2.6 2.9 2.4 Ib 1.3 0.6 0.2 0.2 0.5 1.0

1.2.

12 i 7.4 6.3 4.8 3.9 3.0 2.0 1.4 1.0 0.8

^^S 8.8\ 19 7 4.7 4.6 4.1 j 2.3 1.6 1.3 U~~~ 1.1

/^8.7 7.7 l 4.9 4.2 4.7 l 3.1 2,0 1.5 1.4 1.3 l

6.9 ^ *-*X/ S'S \ 4'2 4'2 ~^™ \ 2-6 l' l-S '-S O-'

6.1 5.1 5.0 3.9 3.2 3.2 \ 2.5 \ 1.8 1.7 1.1

42C12NW2009 2.28167 BROTHERS 270


reslttlvlty— 1 — 1 — 1 — 1 — 1 — 1 — 1 —— 1 — 1 — 1 —— 1 — 1 — 1 —

WR-1

1

WR-2

2

11=2

7.4 6.3 U 3.9 3,0 2.0 1.4 1.0 ^ 0.8 0.8 0.5 0.4 0.2 0.2 0.2 0.6

1.0 0.6 0.3 0.3 0.2 0.3 0.6

0.7 0.4 0.2 0.3 Oj 0.8 n*3

0.9 0.4 0.2 0.2 0.4 0.9 n~4

J^!


\ f r

Plotl'oint

a s 50 m n s 1 to 6


2 MC.

~8 ••c.~


2 **c.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m

Teck Cominco Ltd. ExplorationWhite River PropertyBrothers Townehlp

Hemlo Area. Ontario. Canada


Plerre BeYubf, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContour*: Logarithmic!



n-.j

0=5

0-4

0=5

0=6

9+OOS 8+OOSH—i—l—i—h

7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OONi—l—i——h

1+OON 2+OON 3+OON 4+OONH—i—l—i

5+OON 6+OON 7+OON 8+OON 9+OONH—i—h

1247 2| 67 1434 1270 . 612 477 409 ^. 498 499.^ 904 ___ 942 755 661 50* 453

1877 1207963

'064 996 1219 1297 1484 1205 1391 2(^^3123 2868 s 1329 1674 1845 2067 2400. 976 969 1202 1857^

5828 \3209 ]

4818 ) )2171

1266 JOSjol^L 15M 1634 1682x^2331 2761 2099 as-^ 3580,. 474 3146 1364 /2W-^3ffl\269x-3180 I570 1444^2112 2735 2136

1464 1422 1396 1623 1426^2190^ 1622 1099 1139 1159 1205 1015 1120 1501 1525.—- '2280 2176 2301 2601/^3846 3021 3202,^4936^-^:6928^ j 4024 1344 .2S43 4585 3957 3307 1882 ___ 3,895-^2612-,4047 3010

1604 1882 Wt~~~~ W^'.SM 21 iO 1371 1510 1209 1469 1338 1527,2045 2076^-3242 2859 2850 -—^3318, 4009 3812 41346089X6' l 5224// 1593 XX 2621 ^- 4524 4404 4371 1872/2175 3170^/4812 4178*

2545 2697.4219 3817 M90,391i'4839 38322984 2196 —— 2098 2793 2642'*62 2755 1769 1576 1377 1599 1547 1907

2857 2746 3022"^ J1S6 /WM 3476 21I6^~M975 1646 1846 16M 2151 2951 — "3196 52B7 4723 4420 4557 5518 44S9 4832

^6928^ ___ ,

^6' l 5224// 1593 XX 2621 ^- 4524 4404 4371 y 1872/2175 ^3170^

4928/^7412,^^ l OK /y 6235/

'- X BI8'^12K '6950

1920 30924678 417J 4588 2420 2087 /K81X57W 4941

6950 '2174 SW 5390' 4178 4427 2518 2610 3380 '6588 5870

i—i—h-9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON

H—i—j—i—i—i—i—i—(—i—l—i—i—i—l—i—l—1—\—i—l—i—l—i—i—i—l—i—l—i—l—i—l—i—l—i2+OON 3+OON

H—i—l—'——h4+OON 5+OON

l———j———6+OON 7+OON 8+OON 9+OON

3.1 ^, 4,1 X 6,5 s^ 7.B "^- 9,5 ~"\ 8.4 \ 6.1. "5.0 4.1 3.9 3.1 1.4 5.6 3.3 3.6 1.3 3.1 2.9 1.0" 1.2 3.3 3.5 ^f 4.2 4.1 1.2 3.3 3.1 3.1 i.! 1.8 \ 2.2 2.8 , U 5.1

8.0 f 6.0 J 4.4 X' 3.4 X 4.8 x" 6.8 x 8.5 ' f 11 N 9.7 \ 8.2 ^ e.lT^X iT"^ 5.0 4.3 4.2 4.1 4.1——TJ^X.3.8 3.7 3.6 3.5 3.7 3.8 ^.3.9 -^ 4.44 4.2. U 3.6 3.3 i.\./ 2.8 2.1 N--^ 1.9 '3.4 3J 3.5

6.3 4.7 y/ 3.3 X ^ S 7.3,xx 8.7 / \\ 1C 9.2 \ 8.6 \ M -~^ W"\ 5.3 ——"5.1--^ 4.7 4.5 ^5.0 4.5 4J 4.2 4.3 42 4.2 4.3 4.9 4.4 f 3.5 ^.4.1 3.6 3.2 ( 2.7 2.1 2.3 ^-3.2 3.8 3.3

4.9 /M 5.2 X 7.5 X 9.1 ^. II 11 9.4 ^-8.9 8.0 \ 6.6 6.0^ 5.5 5.1 5.4 5.1 4.9 4.7 4.8 5.1 4.8 4.8 5.3 \ 4.88 3.8 s^ 4J 4.0 3.6 2.9 2.2 2.3 X 3.7 3.4 4.1~~—————- ~^———*" \ (^S3,7 5.5 7.6 9.3 x 12 11 10 9.6 9.5 9.5 8.0 7.3 6.4 6.4 ~~ 6.0 5.5 5.6 5.3 5.4 5.6 5.6 5.3 5.8 5.2 4.1 4.6 4.4 3.9 3.4 2.2 2.4 x 3.7 '4.2 3.3

42C12NW2009 2.28167 BROTHERS 280


rulttMty

WR-41t

— i — i — i — i — i — i — i — i — i — i — i —

WR-12,t

WR-2

7t 1 t

0=1

0=2

0=3

11=4

0=8

0=8

0=1

032

0=3

0=4

0=5

0=4

l U l III l t l l ttl


no

Plot Point

Transmitter: TX-II (GDD). 1.4 kW

2 B*C.

+I

o s 50 m n s t to 6


2 **c.

-Vp

o *'.) Q

50

Scale 1 : 5000O 50 100 150 200 250 300m




Pierre BeYubt, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarllhrnlcs



0=3

11=4

0=5

0=6

0=2

0=3

0=4

0=5

0=6

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OONi—i—i—i—i—i—i—i—i—i—i—i—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—l—i—\—i—l—i—l—i—i—i

1+OON 2+OON 3+OON 4+OONi—i—.

5+OON 6+OON 7+OON 8+OON 9+OON

IOK 8394 s UK / 2M8 5653 4733 1761 3473, 1940 719 y 1597 1334^-3567 .-2852f̂ J V l *" -x l /7 r~~~~s^s^"\ '

I2K J/ 3334 -.4121 \ 5867 l 2271 ^,3072-"^ 2598 J WU// 1387 f 2611^^5525 ) 2638

1711 1116 757 984 1005 1376 1529 1191 1217 1224 1362 1410 1291 1061 1229 1245 1752 2237^- 3393, 2019 2729 25^9 2269 1763

893 1710 1984 1831 1951-""""2414^^1938 2013 2275 2381 ~2156 1925 1689 2110 2219 2465.^-3466 45lD 2753^-^3329 X" 45f2

740 1233 3452~^-2JW 2944 2982 2619 2560 2989 -"3452 ~ 31 49 255! 2168 2770 3072'^ ^ isC—™

MX S 552? i 2942 5825--^4432I1K^3593/ 4877 4999X^2997"^ 3723 2602 X 1110 1289 1910/7^8089 l l 3772

3501 5112 5709 f 2665 4559J 3141 /1504 17)5 \VA// 5S58~^4941 3816 J 698 l j 402 H MOIS /24441 14600 "4090 4128 3111 3043" 3486^-4130 4145 3466 "\2672 3285 3670 433!!^ 5113""" 5861/ 3328 3743/ 4634 491V" 4406

5150 6099 X 3162^^4224 x-"J730 l 1843 2109"\ 1851/4965 4087 4454yy 989 l l Wl^' 673 2109 3272. l 6325 ^^479\ 4082 3371 3943"^^4599 4762 4134. 34(09 3838 4136 4905 5990 ""6952 l 3386 4059 4365 4953 3838

6092 ' 3590-^4946 3760 '2266 2428 2W6 5101 3514 3677-^1316 759 818-^ 1665 2892 4509 '6349^ 5240 4180 4245 5044"—TlT? 4611 4282 4687 4649 5334 6501 -^7813 3874 4034 4657 4598 3798

!36 X 2489

]3472

9+QOS 8+QQS 7+OQS 6+OOS 5+OOS 4+OOS J+OOS 24-005 1+OOS 0+OQN HOQN 2+OON 3+OON 4+OON.—l—i—h

5+OON 6+OONl ——— l ——— l

7+OONl ——— l ——— l ——— l

8+OON 9+OONi—\—i—l—i—l——i

3.1 3.0 ^ 2.8 2.6 2.7 2.6 2.9 3.9

0=1 6.3 7.6 ( 8.6 10 v 13 i 8.6 , 7.5 , 13

7.5 8.2 9.1 9.4 9.5 \ 8.2

9.0 10 10 9.7 \ 7.9 X 5.5 J 4.0^ 4.1^ 3.3 ^2.9'' 3.4 3.6 3.2 3.1 3.5 3.1 3.2 3.15 3.6 3.7 3.8 3.8 3.5 3.3 3.0 2.7 X 3.2 3.5 ^- 4.28.8 ^-7.7 9.1/^/12

5.4 ^ 4.3 4.4 4.5 ^ 3.8 ___ 3.7 , 4.0 4.0 J.8 _ 3.8 3.7 3.6 3.8 __ 4.0 -^ 4.2 4.4 4.1 4.2 \^ 3^ 3.5 3J 3.2 4.19.3 11 9.29.9 J 7.8 7.3 7.8

6.5. 3.5 } 5.9 ^ 5,2 4.9 4.8 4.2 4.3 4.5 4.5 4.0 " U 4.2 4M 4.7 4.7 4.7 4.6 4.4 4.0 -^ 3.8 3.7 ^ 4.0 / 5A7.2 6.9 . 8.1

7,3 ^M 11 12 x 14 14 N 8.! 10 ^ 12 -"^ 7.3 6.8 5.8 7.1 ^ 5.5 5,6 5.5 ^ 4.6 4.8 ^ 5.3 ^ 4.7 4.4 4.7 4.7 5.1 5.3 ^ 4,9 5.1 4.8 4.6 4.4 4.2 4.5 5.4

42C12NW2009 2.28167 BROTHERS 290


resistivity

1WR-4H- WR-1 WR-5

0=2

n-3

0=4

0=5

0=6

9.4 v 6J 6.1 7.4 7.6 v 8.6 4.8 2.5 2.2 2.3 2.2 2.4 2.3 2.2 2.3 2.6 2.4 2.*4 2.4 2.5 2.6 2.6 2.5 2.4 2.3 2.3 2.0 2.1 2.6 3.7 11=1

0=2

0=3

0=4

0=5

0=6

nri i"Ti rn m nnl U l lil l t j l ttl


na

Plot Point


a 2 SO m n s 1 to 6

Z MC.

-H

-l

~8 ••o.-


2 990.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m

Teck Cominco Lid. ExplorationWhite River Property

Brothers TownshipHemlo Area, Ontario, Canada

Line UOOEInterpreted by: Verified by: Date of survey: Surveyed by: Reference;

Plerre Birube, Eng. Martin Dubois, Geo. March 2003 Paul Melancon, Tech 03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Lagarlthmlcs



9+OOS 8+OOSl—l—l—l—l—l—l—l7+OOS 6+OOS 5+OOS 4+OOS 3+OOS

i——i—i—l—i—l—i—l—i—l—i—\—i—l—i—l—i—l—i-2+OOS 1+OOS

-H———j———l———\———l———j———l0+OON 1+OON 2+OON 3+OON

i—(—i—|—i—|—i—|—i—|—i—|—i—|—i4+OON 5+OON 6+OON 7+OOK 8+OON

1697 630 891 1222 918 1655 1448 1111 963 1318 27S3 4365 3058 1913 1100 875 940 939 1141 1185 1357 UtO 836^- 1114 1056 1301 1288 11=111=1 8964 9328i 11K 10K i /5674xy 12K 13K x 7472

1 \ 1226 ^2253 2818 l 1523 1408 ^.2129x^42621383 1186 ^216510K UK 12K //7445^?'12K 13K f 8006

12K 12K SsVMSr 14K 13K

13K y 7589 ff 14K 15K

7831

2202 ..2831-^ 34J5/ 2275 \ 1512 S 25559406 7/ 1763 988X6901/ 5160 //9326___9406y^

8819 X 52SsX'77JB 8341X^1854 3205 4417 4171 y 2451 2012 2722 /V 61

5416 ^6518 ^"7278' X 5804 5940 J 2836 209414K 10K//5086 /8041 6922^" 17J6 1212 X 2699' x 4526

2380 ' J588 ' ' 7922 778612K 13K 9725 ' 5653^ 7955 7163 X I570 1152 ^2723 ^4900' 2581 5539 7264

1813 1553 1836 1646 1385 1609 1827 2345^^1832 1623 1343 1895 1850^^2193*' ^^^1017 1583 2188 2602 1522 2012 1117 2840 2508 1961 •'"KM 17S3, 2655 2503

897 191.7 2834 2691 2567 2414 ^3004 2738 2502 2430 2702 2262

1266 957 1338 l 2477 2783 X J404 ^2897-^3261 l 2774 2623 2945^-J810/ 3263 2580

1169 1437 1804 2429 ' 3383 3677 37/5 2934 2619 2978 3278 3280 3610

9+OOS 8+OOS 7+OOSt—l—i—l—i—l—i—l—i—l—

6+OOS 5-KWS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON-H———l———l———l———l———l———l———l———l———l——l———l——l——l———l——)——l——j———l———l———l———\———l——h—*———l——l

6+OON 7+OON 8+OON

11=1 7.4 7.1 8.0 7'A 8.4 y 11

n*2 6.4 J 7.7 3 8.1 8.5 X 11

n"3 7,7 /1.2 8.6

11=4 S.3 8.6 / \\ 10

11=5

11=6 11 10 8.4 " 13

2.7- 3.9 f 2.5 2.8 3.0 3.3 s 4.9 5.4 --^. 4.5 3^ 3.7 2.1 2.6 2.8 2.0 1.7 1.3

1.5 ^ 1.9 x 3-4 Jx-" 4-4 \ 3.3 A 2.4 ^.3.1 ^ 4.3 4.5 " 3.9 3.2 ~~ 3.0 3.2 1.9 li

6.0 6.7 --- 7.2 7 4.3 2.1 2.5 ^ 3.6 ^ 5.0 4.1 2.9 7.7 7.4 7.3 6.6" \ 4.7 4.0 3.6 3.0

3.6 V 2.7f.7 5.2 \ 3.1 J.2^/ 4.3^^-- 5.4 V 4.810 10 11 \ 8.7 7.7 7.7

10 10 ^-8.8' ' 5.7 3J 4.3 4.9 6.2 5.7 4. 4.5 8.9 8.7 9.1 8J 7.3 ^ 5.2 -* 4.8 4.0 2.B

7.9 //li 10

42C12NW2009 2.28167 BROTHERS 300


nralctlvlty

vVR-41t

WR-1 /YR-6

1t

WR-7

1f

WR-8

2 l

ns(

m m m m mlUII i l l T J ITTI


no a

Plotl"o!nt

Transmittar: TX-II (GDD), 1.4 kW

2 ••o.

•H

a s 50 m n s 1 to 6

~8 ••c.-


2 **e.

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre B6rubt, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY




no*

n"3

n*4

9+QOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON-l—i—j—i—i—i—i—i—i—t—i—i—i—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—i—i—)—i—l—i

3+OON 4+OON 5+QON 6+OON 7+QQH 8+QQN 9+OON

42C12NW2009 2.28167 BROTHERS


resistivity

.5549-59814 v 65 i 9778 7855 x. 8329 s 2835 520 , 573 562 533 615

2811 - 548//1408 2261 JMS 3485

12K 14K l IV&'r 14K 9461___8998 13Kj ——14K 8804 M 9930 12K 12K

8115 I8K UK 12K

I7K 12K 13K 15K

UK I4K 16K -^4111 •X M52 5188 ' UK I2K ^2988 -^993 1711 2188 2758 450J

1133 1319 1160~^ 997

2069 2210 1908 1118 1942 1281 ^ .684

2314 L1815 -xX 2676 \ 1758

418 __, 622 ^^^ 416 297 300 2977 329 ^434 436, 523 ^. 786 ^ 663

s?::::S^;^s. 8v12 V\ 55^—- 481 w _^57 '.900 895 1049 783 (1=1

669^X1217 ^944 1013 1361 1356 1378 1449 1295 n*2

1199 1235 1471 1748 1680 1830 1437 n-3

2805 2314 LlSIS-^ 2676 \1758 971 ^^J04 ~^JflT^- 938"-^" 1180 '989——^084 1637 1287 1460 1671 1739 1980 2055 1665 n*4

807 S 1456 2212 2881 l 5250^ "4031 3138-^. 1148] 2265' 1243 1195 1063 1092 144S 1202 1295 2025 1482 1519 WU ISM 191! BM J 1786 n-S

42)7 JI5I 453P 1847 ' 1S37 1411 1IM 1J73 1M3 1426 1540 2343 1775 1718 1155 2040 22J3 1998

9+OOSi—i—t-

8+OOS 7+OQS 6+OOS 5+OOS 4-J-OOS 3+OOS 2+OOS t+OOS 0+OON UOON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OON

11=1 8.4 8.9 12 12 11 x 7.4^-12 s, 17 .^ 20 -^ 17 8.5, 2.9 3.0 2.9 2.5 2.1. 1.6 IJ) 0.4 OJ , 3.9 s/ 15 i 10 v 5.7 .. 4,3

T U l l 14 13 12 12 II 10 ^ 8.7^X7.4 \^ S.3-^^ 5.J 4J\ 3.5

|j l ]5 13 12 ) 2 12 H m H ^ 7.g ^^- 6.8 ^ 5J 4.2 3.1

\ 9.1 8.4 6.5 N. 4.910 10 10 ^ 8.7 S/ 4.8 //f 13 f 19 '/s 15y y ̂ y w y/12 '18 /' U ' 17 " 11 ' 7.5 7.4 9.5 x 8.2 6.6 4.8 3.6 3.0 2.6 " 5.9

8.5 ( 7.1 s s 10.0 n n8.1 8.3 S~ 9.7 10 11 . 10

7.8 X 9.6 10 9.9

2.8 ^ 2.J 2.5 2.0 1.9 1.* 1.1 15 1.S 2J n"1

2J —^" M 2.1 X. 1.8 1.7 0.9 n-2

13 f 11 10 ^~~~" 8.9 "-~-- 7i\"6.1 ^ "~ 5.1 ^ '4.0^ 3.6 sTX. 2.6 2.2 2.0 1.9 n*3

12 II 11 ~~ M \ 8.2 v "~ 6.9 "- 5,7 "^ 4.7 4.3" V M \ 2.7 2,4 2J 11=4

2.9 2J 11=5

3.0 n*t

310

;

WR-4

1

WR-1

H-WR-9

3t

WR-8^

m rn nn nnl *i l lil l T l l TTl


f\ ,' 0 = 50 mV n a 1 to 6

Transmitter: TX-II (GDD), 1 .4 kW

2 MO.

~B ••o.-


2 ••O.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre Btirubt, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY




11=1

11=2

ns3

0=4

n-5

11=4

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS HOOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OON

19K *6586 I7K f 2748 iu 16K 7443 s 5141. ^~ 11K

13K 16K WSIO?/^'' 14K 16K W'SJU

14K 9259 s" 13K 17K 7JH 7091

5741. .11K-^7264y 2364 v- 68110 -^4673 --2536 2371 ^VIS 1400 1541 v.576m .....L ^--^-^S^'..

^B ^

6294^ 16K 16K 8507 22K

19K 15K

17K 661'

K 8507 22K-V16K ^-7496 f VU9207"/'c* y r r/ pif 21K 23K S 9771 ^7706 ' 9R9 "

2326 2089 236*1 1402 Yy\ 558^,__5W

2568 2442 2954 2542 ^3006 1691 1071^; 736 710

2331 3044"^" 3636 y 2030 1175 1273 ^939

W/

237 155 ^509.^ 277 318 331 304 285 400 418 465 542 501 502

1 716 693 876 ^. 984

3^1024 ̂ —903 863 910-^ 855

1154 1116 1112^964 ___ 964 ^ 1244 13861234 1383-21677

11Ky^f692.X^332i\ :'(-^ \ l l } ^^-"^ X"" l

ft'171 3481 2988 2367 | 4178 /Z418 l 1371 1331 1531 1012 1299 1648 1492 O;™/ 945 K1 ' 1W1 l327 l362 13M 1135 107B 1421 l578

'3835 4105 3132 2895 3171 2692 '1604 1528 1554 1569 1558 2124 1894 1474 1178 1217 1656 1475 1525 1593 1335 1245 1593 1762

9+OOSH — i — i — i

8+OOSi — i — i — i

7+OOS EfOOSi — i — i

5+OOSl — i — l — i

4+OOS 3+OOSi — \ — i

2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OON

0=1 9.1 6,3

0=3

nM

0=5

n-*

3.9 j t 8.9 ^7 9.8 11

8.3 8.8 ___ 8.8 J 11

8.0 9.2/11

8.4 9.2 S 11 11

8J 9.0 9.9 11 /f 5.3

9.1 '11 11 '5.7

4.6 5.5 73 i 3.5 4.1 ^ W 2,2 2.0 1.8 ~ 2.0 2.2 1.7 1.6 1.4 1.1 U l.t 1.8

8.9 8.5 !.* 7.1 6.3 5.4 x 4.8 4.4 ^ 3.8 3.8

42C12NW2009 2.28167 BROTHERS 320


r*tl*tivlfy iWR-4 WR-1

1t

3t 1

WR-93t

WR-83i

0-213 15 13 , . 5.4 \ 4.6 3.2 2.3

U 2.3 ^-- 3.2 2.9 2.4 2.2 \ 1.7 1.5 1.4 1.65.2 4.1 3.3 \ 2.5 U 'S^s 6.2 6.8 7.0 5.7 5.9 ^ 4.8 4.1

8.0 8.0 ^ 7.6 ^--6.8 6.3 \ 44.3 S 5.4 4.9 4.8 4.4 \ 3.7 3.5 ~ 3.0 2.4 2.1 -~^ U 2.0

7.5 V 6.0 5,8 " 6.7 M "\ 5.5 X 4.7 4.2 3.9 3.1 3.0 2.4 2.58.9 \ 6.9 \ 4.9 4.4 8.6 ^- 9.0 . 8.5

4,8 •s/' 8.6 9.2 9.9 9.4 9.1 8.9 8.1 ^ 77.2 7.6 ^ 8.0 7JI 5.8 5.2 \ 4.5 4.0 ^ 3.5 3.2 3.110 8.1 6.4

9.4 '' 15 19 " II 9.4 9.4 7.6 5.S 4.9 9.5 9.9 10 9J 9.5

m m nn rn nrLkj LJJ LLJ L2LT"


na a

Plot Point

Transmitter: TX-II (GDD). 1 .4 kW

a s SO m ns 1 to 6

2 s*o.

-5 ••o.-

Rftcelver: Elrec-10 (IRIS)

2

-Vp

t*

Scale 1 : 500050 O 50 100 150 200 250 300m

Teck Cominco Ltd. Exploration

White River PropertyBrothers Township



Pierre BeYubf, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY




9+005 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OONH — i — l — i

3+OONl — i — l — i

4+OON 5+OON 6+OON 7+OON 8+OON 9+OON

[1=1

11=2

nsi

11=4

11=5

[1=2

11=3

11=4

0=5

11=6

v5109 3485 3092-2320 3371 10*3 1855 1211

178) 803 1907 1486 1257UK 12K 7616 3105^ 7188^ 15K

UK 181(865

274 3117 J7490M5K IBM l297

1932 1476

5057 3669 2342 2144 1543 6(8 1522 ION 1015 994 1499 :2027 2011

378,323 305 185 228

l 512 \ 324 317 322 431 3S2 415

^ 295 11=1

11=3

507 -^_433 J61 W-^,W 572 ^544 11=3

604 624.;^ 585 .^^816 ~793._ 747 738 11=4

748 l 537 f ( 994 .^ 937 913 914' '

888 ' '640 1105 1110 1092

9+OOS 8+005 7+OOS-t—"—r-

6+OOSi—\—i5+OOS 4+OOS 3+OOS 2+OOS

M———j———1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON-*—i—t—t—t—\—.—\- 9+OON

7.3 6.0 i 10.0.-^ 7.3 ^.7,8 8.7^ 13 , 9.9 9.3——9.4^ 6.6 11 , i 16 i 11 4.5 -^ 3.1 . 2.4 1.1 1.7 1.7 1.6 y 2.6 1.6 1.4 0.9 0.9 0.9 0.8 0,8 0.8 0.6 0.58.8 6,3 5.9

I1NV\5.4 N3.3 ^-2.9 2.9.^_ 2.6 2.4 2,5 3.1) 2.3 ^2.0^ 1.5 U 1,3 1.2 1.2 1.2 ^~ IJ8.4 S 6.1 5.9 6.8 ^ 8.4

13 13 13 -^ H 4.1 3.8 3.3 3.2 2.9 3.6 2.9 2.6 2,0 U 1,8 1.7 1.6 1.5

5.0 4,4 U ~~~* WSU -^ 3.5 3.4 2.4 2,3 2.1 2.0 1.8

6.4 ; 5.7 5.8 / / 9.4 7.6 ' S 9J V 8.5 . 9.0

7.4 \ 6.2 -~. 5.5 5.0 4.4 4.3 4.2 4.7 4.2 3.8 2.9 2.5 2.6 125.9 y l* S 1& / S 11

13 15 ^ 13 ^ 11 ^ 8.0 " (.8 1.1 4,9 4.6 4.6 3.9 3.1 2.7 2.8

42C12NW2009 2.28167 BROTHERS 330


rvilstlvHy 1

WR-4

1t ' 1 * '

WR-1

,2,t

lrVR-93t

WR-8

3T-

11=9

11=1

0=2

11=3

n-f

\*yTi rri m m rn

l U l lil l t l l TT l


na

\Plot

Transmitter: TX-II (GOD), 1.4 kW

*' n s 1 to 6Point

2 ••c.

-8 ••o.-


2 ••c.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m

Teck Cominco Ltd. Exploration

White River PropertyBrothers Township

Hemlo Area, Ontario! Canada


Pierre BeYubf, Eng. Martin Dubois, Geo. March 2003 Paul Melancon, Tech. 03N703

ABITIBI

APPARENTRESISTIVITY




11=1

11=2

11=3

n-4

n-5

11=4

9+OOS 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OONl———|———l———|———l———l———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———l———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———|———l———l———l———|———l———|———l———|———l———|———l———l———.———|———l———|———l———j———,———l———l———|———,———l———l———l———,———l———,

10K 5094 1 2137

2328 3254 3254 -^^2480 XJMT^^- 2255 2138 2444 ^\ 1605 1262 970 \ 641

407S \ Kit 24961 3804 370J N.2650 2597^5352 2766 2052 1494 1259 1)777 717 "Z- 777

574542 482 503—~"570 629 560536-777

97! "l 163 1107^956 966 1067 1145 1018

UK 14K 17K

3391 \ 2520 /mi 4065 3646 3833__3557 3994 ) 2154 y 1784 1426 961

3454 3255 3331 3836 5002 4964 "4000 2953 '1785 1649 1047 1031' 1161 1210 1451 1*3* 1254 1267 1371 14(4 1285 1204 1612

9+OOS 8+OOS 7+OOS 6+OOS S+OOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON I+OON 2+OON 3+OON 4+OON 5+OONH————t-

6+OONi—j—i—h

7+OON 8+OON 9+OON

11 11 ; 6.112 i 5.2 3,8 5.8 4.5 3.6 v 2.4 1.9 1.3 1.0 1.0 1.1 1.3 3.2 2.7 3.0 2.0 1.1 1.0 0.9 1.7 U3.2 2.3 . 3.0 ^ 5.5 5.5

9.3 12XX6,4\ 5.2 - 8.0 12 9.6 ./ 7.6 94\ 7.2 - 6,0 A 3.5 2.5 1.9 1.6 1.5 1.6 U W 1.9 1.9 1.9 1.7 1.7 1.6 1.75.9 f 4.1 2.6 ^ 3.6 S 6.2

6.4 6.8 s^ 9.5 3.7 \ 2.6 2.2 — 2.0 —^ 2.2 2J 2.4 2.5 2.3 2.5 2.3 2.3 2.3 2.3 2.3

3.9 3.1 ^ 2.7 2.8 2.8 2.! 2.8 2.8 3.0 -^ 2.9 2.7 2.8 2.8 2.7

3.4 ^- 4J ' S 6.9

13 13 f 17 -^ 163.5 S 4.8 S 7.614 S 16 . ~~ 15 ; 19 \ 17 X 15 3.3 3.3 3JZ 3.2 3.1 3.5 3.2 3.3 3.3 13. 3.14.8 S U 7.6 S 9.7

8.C 8.3 -^10 11 ^ 5.5 ' 4.6 ^ H 14 It 13 14 '16 17 —— 18 19 ^ 17 ^ 15 13 9.4 ^ 7.2 — 6.2 5.0 4.3 ^~- 3.9 3.7 3.5 3.4 3.8 3J 3.7 3.8 3.7

42C12NW2009 2.28167 BROTHERS 340


resistivity— 1 — 1 — 1 — 1 — — . —— 1 — . — 1 —— . —— 1 — - — 1 —

1

WR-4

2"r"1

WR-1

2~*f

VYR-841

WR-9

3t

11=2

wl

n*4

0=3

11=8

m nri rn m ml i* l lil l t l l trl


no

r*ia - 50 m

Plot*Polnt


2 ••o.

•M

-8 ••e.-

Rwceiver: Elroc-10 (IRIS)

2 nmo.

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre BeYube*, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY




11=2

11=6

9+OOS 8+OQS 7+OOS 6+OOS S+OOS 4+OOSl———l———l———l———l———j———l———l———l———l———.———l———l——f——l——j——l———j———l———l———l———l———l

3+OOS 2+OOS 1+OOSi—l—i—l—i—l—i—l—i—l—t-

0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON 9+OONH—i—h

4232 i 1959 3448 3765 2209 2266 1353

±2999 ^5179 s 1715 1536 990499 2151 2246 24593822 3652M2 s 2185

3143 J831 2749 2367 ___•*- 4553 4352

9 s

1577)y

401 44B 539 518 n=l5280 28671545 1257 1365^

4080 3382 1120 _ 1023

5529 5304. ^3672X^731 Ij^'lOK" 12K S/M 257! \1670—--—- V^^^-i^ M/ l6689 6277\ 5529^^9732"^ 12K 14X^/3063 2154\-1B93/ KX/fm^WlDSIK'^lW, \ 4375 V*89/ 1H* "^ ll" ®n f 5383 MM "51 867 t 1331 1449 1475 1560 1609 1751 1842 1637 1647 1704 1402

l f \ ^ -—— ———"\7205 6211 "f 14K 16K 17K "J567 250i 2373'' 4520 ^ 8168 8904 -^8632^-^9452 ' 5675^ 4433 ' 1493 1080 1588 1595 2815 3451 2135 2187 1036 1854 1825 2040 2116 2299 2402 2050 2062 2091 1736

/'/4919///11K \7949 j '4098-^5673 j 3662 39T7/ 1550 ) 773 f 1524 / 2455 Jffl94 2630\ 732 f 1059l ///l C III/ (~^^"^ \ ( \

9419^S.IOK// j 5398^-7484 4375 \. 3689.v. yjl JJ^S K ^ xmm -^8632-^^945! ' 5675 V UW '

84 234 208 213 209 J38 265 328

520 497 451 452 428 459 501™ 705 672 703 ^ 780 -681"1981 -— 276 908 827 743 ~~ 9SS

1408 1265 1305 1350 1106

9400S 8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS 1-t-OOSl ——— f ——— l

0+OON 1+OON 2+OON 3+OON 4-fOON 5+OON B+OON 7-fOON 8+OON 9+OON

10 i 6.7 5.2 i 3.5 2.5 .AK' M i 21 ^KX 13 i 9.7 -^ 6.6 6.9 3.7•^^^v '———-O8^ 12 12

) l) ) 13

0=1 5.5 4.6 i 5.9 5.7 5.9 5.2 2.8 3.7

0=2 4.7 /^ 5.3 5.3 5.0 5.4

0=3 5.5 5,6 5.5 5.5 X 4.4

6.0 5.6 5.8 4.8

0=5 5.4 5,8 5.0 S 6.9/7 li 15 X 8.7 7 S,7 7 5,3 /W ^17 ) 19 ^9.4^/12" 13 13 14

0=6 5,6 5,1 ' 7.2 ' 15 13 x 8,9 ^ 6.9 x 5.4 ^ 6.7 "^ 17 ^19 ^ 10 ' 12 13 13 13 14 15

3.3 — 2.3 2.5 2.0 1.6 1.0 1.0 1.0 1.1 li 1.2 1.4 1.3 1.4 1.6 1.1 1.2 1.1

1.6 1.4 1.4 1.5 U__^ 1.9 2.1 2.2 2.0 2.0 1.9 1.9 t J

2.2 2.0 1,9 1.8 1.9 2.1 2.4 2.7 2,8 2.8 2.6 2.7 2,7 2.8

13 2,5 2.3 2,3 2.2 2.4 2.7 ̂ ^ 3.0 3.4 3.3 3,4 3.3 3.8 3.6

2.3 2,7 2.7 ^^JA^^- 5J1 W 3.6 3.8 3.9 ——' 4,1 4,3 4,4

7.4 N 4.9 x 3.3 ~~ 3.0 0.9^ i 3.1 3.3 3.4 3,6 4.0-^^4J 4.4 U 4,9 4.9

\ U

3.2 \ 2.7

42C12NW2009 2.28167 BROTHERS 350


resistivity

WR-4

-f-1

WR-14"T

n-3

nM 0=5

0=6

0=1

0=2

0=3

0=4

0=5

0=6

m rii ri m rnl U l lil l t l l tt]

INDUCED POLARIZATION SURVEYPole-Dfpole Array

na

**. ,' a s 50 mV n a 1 to 6

Plot Point

Transmitter: TX-II (ODD), 1.4 kW

2 s*o.

•M

-J -l

Recelver: Etrec-10 (IRIS)

2 MO.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre Bftrubfl, Eng.Martin Dubois, Geo.March 2003Paul Meloneon, Tech.03N703

ABITIBIGEOPHYSICS

APPARENTRESISTIVITY

PSEUDO SECTIONContours: logarithmic*



n-1

0=2

nsJ

11=4

n=5

11=1

11=2

n-3

0=4

n-i

[1=6

8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+OOS——l i l i l . l i l i l . l i l————l——

1+OOS 0+OON 1+OON 2+OON 3+OONi——l——i—h

4+OONi—l—'

5+OON 6+OON 7+OON 8+OON

16K UK UK

16K 18K 20K 7

17K 18K 8264 20K

16K 7843 2DK 15K

7123 18K 15K 11

17K 15K 12K

3838 v 1291 v9874 5960V9 4857, 15K 12K

'2824 3687 5384^-4736

3910^-5309/4323 1J32

634THT6697 f 2971 4087//5881 l 4404 4737 ^3708 4308 / 5968 —^ bs '6 /^/y

1819 1738 1397 852 8J2 1098 1838 USD 4168/ 1352 3935 3049 s 1561 0=1-*~-~^ ^x^ f ^-N } /•\ I4S9 I5ffi^,1968 2136 3095 3472-0)346 3615 W^4466 J 1541 1147 11=1

2126 2509 1939 2134 OK 2995—"MM J2MO^Vl490 3461 ^.3047-^1784 1022

1894—--2072 3002 2070 2682-'" 3586 3730'"" 4643 \ 3112 1787 /3619 X VMS' 1221 1104

IR \\\ *"' x j*-"1—- v f

/8521 \ 3987 \8270 '3508 4163 /622V 4883 4820 ' 3314 4891—^5501 5203 " UK -^"1844 -^ 2265 ' 4027 ' 2514 2S04 4123 f S380) ^"6895 ' 4736 3057 ^ 5331 2333 1084 ' 763

2379 --'3299/ 2349 2609 X 4555 0=5

11=8

B+OOS 7+OOS 6+OOS 5+OOSH——l——h

6.3 6.0 6,5 7.1

H—i—h4+OOS

i — i — i3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON

i—i—t—j—i—j—i—j—i—l—i—i—i—l—i—l—i—l—,—l—i—l—i—j—i—i—i—l——i—l—i—l—i—l—i—l—i—l—i—l—i—l—t-8+OON

2.0 - 1.9 1.4 1.2 U 2.0 U 2.3 2.9 2.9 2.110 i 13 \\ 14

2.8 2.1 ' 1.7 1,65 1,5 1.9 2^ \ 3.J ~\ 2.6 ^ 3,0 2.8 2.3 2.5

2.4 J 3.4 1.8 1.9 1.9 2,2 2.9 2.6 J 3.7 3.3 J 2.7 2.0 2.510 8.4 7.3

3.1 3.7 3.2 2.0 2.3 2.5

5.1 3.7 3.4 ~-^ 2.8 2.8 " 3.7

12 11 714 1210 8,5 -- 11 Xxv-- y x3,t X 5^ 5.1 J 2.8

5.7 5.7 '3.1 1.9(j 11 ' 15 ' 11 11 ——— 10 x 12 13 1H 12 11 9.9 11 ^ 8.2 ^ 3.0 4J) ' 6.4 4.9 3.6 3.7 3.2 4.5 * 3.6

42C12NW2009 2.28167 BROTHERS 360


VVR-10 WR-4 WR-11•? 1

| i? 1 , , ,

WR-12

t im m m m

i * l lil i li mi


na

\ ,' a s 50 m V n z: 1 to 6

Plot Point


2 ••o.

••l

-8 ••c.-


2 mme.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre B6rub6, Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarithmic*



n-S

11=6

8+OOS 7fOOS 6+OOS 5+OOS 4+OOS 3+OOSj ——— , —— j ——— l ——— l ——— , —— \——i —— \ —— ( ——— j ——— ! —— l ——— l —— i ——— l ——— l —— l —— l —— l ——— l ——— l —— l —— l

2+OOS 1+OOSl —— l ——— l —— l ——— l ——— l ——— l

0+OON 1+OON 2+OON 3+OON 4+OON 5+OONl ——— l ——— l H—i—h

B"1 8543 9006 I3K y 7327 8429 13K 6950 7427, 6623 7003

n=Z 9919 m 9630 1694^ 15K 9078 ^\ 7431 /^

7/

7148 10K y 5797

6408 ^7017. ,. ' /^ ^ y v \ *-^ / xx9567 UK t4K 9127-' 8699 7 5181

9277 f UK I5K IOK J 8362y' 5066

10K 14K UK/ 4901/4980 /^ 705S14K IOK 9153 /5609 8152 4273 ^ MM ^ 10K' 8938 ^ UK '7375 7638" /M14 5095 5983

9985

L^6587 ^ ^

9118*"^ 8516 7977 7362 l

8436X 9741 ; /6049 \ 790.. . ,.\^y y// v^x^i8142 I914/ 7200*^8570-^4517 l

/UK ' 7375 7638 /3814 51

7008. y tOK —^9074 9040 y 5779 6375 7094

. W 12K J j 7887x^5927 XTO^9566\ V 5720"

7791 9143 ^ 10K S 7425x^"6404 1m/ MX. 998I/ 6762 7458

2910/5822 11=1 '' 0=2

8030 X 8520^*^ UK 11K

6145 6294 -^8127 ' 13K 10K ' 7389 ' 10K

8+OOS 7+OOS 6+OOS 5-l-OOS 4+OOS 3+OOS 2+OOS It DOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON

42C12NW2009 2.28167 BROTHERS 370

INTERPRETATIONchargtablllty

VYR-10 WR-11?1

WR-122

1 r

WR-133

i

1WR-13t i 1

•"4 n-t

0=6

9.2 10 It /x 19 v 14 , It ; IS t 18 15 14 y 11 ^- 12 12 i 7.7 v 5.7 5.2 v. 4.2 4.5 \ IS 11=1

16 16 ~^~ 18 ^- 17 9,3 f f 12 12 ///. 18 f l 11 ^. 9.9 \ 7.8 \ 6.3 "-^. 5.6 5.6 5.4

13 V 5 .14 18 13 -^" 16 ••2*- 13 l y 9.2 9.6 \ BJ ~^. 7.3 ~-\ 6.7 6.3

y 712 It 12 13 12 S J 1 16 X 14 13 X 10 S 12 1 8.9 9.1 8.8

12 13 12 15 12 16 16 '14 14 ' 93 ' 12 12 12 ^ 15 '^ tt 10 9.1 9.6 8.3 ' 9.8 9J

m m m m mlull * i i t i


"

\ /' a s 50 m V n s i to 6

Plot Point

Transmitter; TX-II (COD), 1.4 kW

2 ••o.

~8 nmo.-


2 1*0.

8 sec. '-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre Birubi, Eng. Martin Dubois, Geo. March 2003 Paul Melaneon, Tech 03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logorithmics



11=6

n*2

11=3

nM

11=5

8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+QOS HOOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON

0=1 9647 8614 14K 9852 UK UK 14K y 7065 21K 9298 v 11K UK 9720

rrf 12K 9885 15K I2K 14K

11=3 8355 15K 10K 15K

11=4 12K UK UK 13K

0=5 9448 UK UK

IJK

I3K

21K"16K

i266JJ599 4504 v 7513 5568 x 95S7/ 2612 2230 25 3128UK 6235 4086

16K 8679 8692

I5K UK 11 7001 \ 9450

10K l J 6124/ l 9323 XX 5489 -^ 3758 (5555 5800 m UK I1K 8B8J 9503

UK 9681 9736 -O40K 5875 11=1'V^-

m m ).?22Jr 6941 n*2

11K 12K W-^5721 "W UK 9982 8331 9915 -^ 7657 8024^ 4902 3437 4620^-5129 4792 ' 1(K 1JK 12K d

16K 9794 j J 5856

;

21K 11K// 73M

26K J 15K I 7708

10K

8+OOS 7+OOS 6+OOS 5+OOS 4+OOS 3+OOS 2+QOS HOOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON,——l——,——l——,——l——,——j——i——j——,——l——i——j——i——l——l——l——i——l——i——l——i——l——l——l——l——l——l——l——l——l——i——l——l——i——i——l——i——l——l——l——'——l——l——l——l——l——"——l——l——l——l——r-H——l——l——l——l——l——l——l——l——l——i——l——l

9.4 9.3 9.3 10 10 .- 11 10 -^ 9.4 , 6.2

10 11 11 X 13 12 12

11 12 14 _ 12 1Z

12 IJ S II 12 S 9.4

13 f 11 12 9.1 ' ' 15 14 ' 16 13 8.0 6.1 7,9 9.5 9.1 7.6 7.8

42C12NW2009 2.28167 BROTHERS 380

INTERPRETATIONehargcablllty

rmMlvlty

WR-1, , , , , rr , . ,1 VYR-12 WR-13 WR-142t

2 l 3WR-1 5 WR-1j l

i1i |

n-S

11=4

ifS

n*e

13 i 16 s 14 . 13 11 It 11 y W i 19 y 14 i 8.8__^ 9.6 9.3 ^ 7.6 7.8 * 9.4 i 5.8 \ 3.4 3.1 3.J ^ 1.3 /x i.4 ^ 6.4 3.4 5.0

5.8 X 3.8 4.1 ' W ^" 5.9 " 6.8 f 5.2 — 5.99.9 9.8 10 tt

13 l l 16. 12 13 X 11 ^ 12 /^ 14

15 'S' 13 12 "^ 11 10 /.'15 12 12 S 9. 8.0 7.3^^^186.4 5.87.7

16 7 7 13 13 11 11 /8.9 f f 12 _ 11 f f 7.9 7.5^ J l 1 l l s*^~^~~^

11 10 8.3 '11 13 l 8.9 11 N

ID X 13 16

li 9.7 '14 15 ' " 19 ' 14

11=5

m m m m ml i* l 1*1 l t l i tt!


\Plotl*olnt


2 sco.

•H

o s 50 m n s 1 to 6

-l-8 ••o.-

Rtcelver: EI rae-10 (IRIS)

2 s*c.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre Berub*. Eng.Martin Dubois, Geo.March 2003Paul Melancon, Tech.03N703

ABITIBI

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logarithmic;



(1=1

n-2

n-3

(1=4

11=9

11=6

11=1

11=2

11=3

11=4

11=5

11=6

8+OOS 7+OOS 6+OOS 5+OOS 4-fOOS 3+OOS 2+OOS 1+OOS 0+OON 1+OON 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON

)4K IB' 16K 12K UK 988* 13K 14K W s 6256

14K 20K 18K 9858 17K I5K 13K 12K 13K 15K 14K 12K/ S780

25K Zli( 11K 13K 17K 15K 12K 14K 13K I5K 12K X^HS? ^69217

3031 , 6373 7599

16K 12K 11K 14K 14K 11K 12K ^9194-7523 7757/4178

24K/ UK 14K 12K I6K 14K 12K 12K 13K

14K

I7K 14K UK 10K 14K 13K l OK -^ 8551

18K 4706y 3133 ISto^-tZX^m^^jW^/ 5326.. 3436^ 6840 6402 5263

j ) )2wP^ 3t9?^S^02^^m:ip\4811 4857 6053^ft3K13X^-8985

^^4479:^-3699 3M2^-|3K 19K 7717 ] j 3707^ WIO^HWil^. 16K 15K n-3

^*s^*.J*SZ] ,.,1)J^ i^^fflrHSS ..1704 \nt*fffff I5K/ 27* /" 'SK )]™l \ 5035j^im 18K —"v 22K ns5

•^ 10K ^ J8|( /15K 93M N SIM^^ 15K 14K 18K

8+OOSi — l — i — l

7+OOSi — l — i — h

6+OOS 5-fOOS 4+OOS 3+OOS 2+OOS 1+OOS 0+OON HOOK 2+OON 3+OON 4+OON 5+OON 6+OON 7+OON 8+OON

10.0 10 8.6 7.6 7.2 7.6 6.9 ^ 10 10 ^ 11

12^^" 1.1 9.8 8.9 8.8^ 7.9 7.9 S/- 11 10 9.4. | 1.2

10 9.6 9.6 9.1 8.1 /M 11 j 9.2 / 11

13 s 9.3 11 /s 6.8 y 5.7 6.7

12

II 10 9.9 9.5 9.2 -^- 12 11 9.8 ' II 12

10 S.4 9.5 S 13 12 10 ^ 11

11 9.9 9.1 ' fi 12 11 12

8.5--11 l 8.8 8.9 M

6.8 , 9.5 y 15 , 11 8.6 i 4.9 4.0 3.1 ^ 4.6 5.2 4.9 4.1 4.4 4.3 1.2 rsi-————^\5.4 6.2 5.2 ns2^ \

TH —— 6.2 (^ 5.8 nsj

6.3 7 5.6 -^ J.7 -^" 7.4 ' 5,5 l 4.7 4.2__4.6 J^•'u^\ 6.1 ns*

5,9 X" 7.9 8.1 7 6.0 5.1 4.3 / / 6.8 —' 8.6 J , 6.7 nr5

fl.6 i 4.S 4.U J.] ^s 4.6 M 4.9 4.11 1 ( x^~ il l W\ 4.7 4.1^^-- 5.*^^- 8.1 l 4.4 4.4 4.1

6.1 \J.6 -^ 6.2 6.8 y 5J1 4.2 4.2 ^

8.3 9.2 ' 5.8 7.4 ' 9.6 x 13 11 12 ' 16 ' 13 12 ' 8.1 7.4

X J.

8.4 8.8 6,5 5.6 3.7 6.2 6.6 5.9

42C12NW2009 2.28167 BROTHERS 390

INTERPRETATIONehorgtablllty

rmlitlvlty

WR-12 WR-13 WR-14 WR-16 WR-1-4 ___ ̂ - . ,

li21

3t

'l 1t

11=6

rri rr\ rr\ rn rnlui lil l t l i tt F


'————^

Plot Point

Transmitter: TX-II (ODD), 1.4 kW

2 MC.

+I

a s 50 m n s 1 te 6

-8 ••o.-


Z ••o.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m




Plerre BSrube, Eng. Martin Dubois, Geo. March 2003 Paul Melancon, Tech. 03N703

ABITIBIGEQPHYSII

APPARENTRESISTIVITY

PSEUDO SECTIONContours: Logorithmics



11=3

[1=4

11=5

0=6

8+OOS 7+OOS 6+OOSi—l—i

5+OOSi—i—i 4+OOSi—l—i-

3+OOS 2+OOSH—i—h

10K 12K I9K 9728;;) 451)

11S -l'* 13* 15X

20K' 25K^*"i5K 16K 901sl UK 15K /7822^"6278 6279 6497

26K/ 9977 1BK 12K 9966 14K ./7917/ 5622 \ 6448 7090" 7964

9984 12K 13K 13K 11K •-•'7619 ' 5790 5733 7108 /WA' 1

1+OOS—l—l

8989 14K 17K 6919 .3106 2938 18894 v UK 15K 34K , 9840 11=1

8+OOS 7+OOS 6+OOSi—l—i—l—i—l—i—l—i—l—i

5+OOS 4+OOS 3+OOS 2+OOS 1+OOS

its U 5.2 ^ 8.0 10 8.8 8.7 8.6 s 9J 9.5 5.9 6.1 .7.1 U 9.5 , 8.6 ,i 15

\U J* U^ 1" 10 / / 6.6 6.3 X 7.5 7.3 , 8.2 8.6 /S 14

8.8 ' tt ^ 10 ^ tt 9.8 8.0 8.8 10 7.1 6.9 "^ 7.6 IS 7.9

12 12 12 10 8.7 8.9 9.8

t2 12 tt l 9.0 9.5 _ - 10 9.6

13 12 9.4 9J 11 9.9 /6J

7.4 ^ 8.1 7.9 9.0

8.6 8.4 8.9 8.6 '.

li ' 9.7 9.1 9.3 8.7 ' 14

42C12NW2009 2.28167 BROTHERS 400

INTERPRETATIONaharstablllly

resistivity

V

i

m- 12

11=8

m m rri rn ml U l j \ l l t l l ttl


no

,—CD-.

Plot

TransmiHer: TX-II (GDD), 1.4 kW

2 **o.

-H

a = 50 m n s 1 to 6

-8 ••c.-


2 mmo.

-Vp

Scale 1 : 500050 O 50 100 150 200 250 300m


Hem lo Area, Ontario, Canada


Plerre B6rub6, Eng. Martin Dubois, Geo. March 2003 Paul Melancon, Tech. 03N703

ABITIBI

587000E 587SOOE

M O)3

i sl

3

588000EI

588500E 589000E 589500Er 590000E 590500E

BLO

m m m m

s

BLO

587000E 687500E 588000E 588500E 589000E 589500E 590000E

S 8

01

590500E

-i-

9900COE 5908006

Resistivity contours Units: Ohm-mTransmitter: Tx-ll from GDO Instruments

N-

i iReceiver: ELREC-10from Iris Instrumemts

2l

Scale 1:5000

100 100 200 300

Pole-Dipole Arraya na a

I±L 3 = 25 m

42C12NW2009 2.28167 BROTHERS 410MAMa/t/mzamMN


Brothers Township, Hemlo Area, Ontario

Induced Polarisation survey image 2D™ resistivity at 75m deep

(Ohm-m)Interpreted by: P.Bembe, Eng. 2003-03Surveyed by: P. Melanson, Tech. 2003-03Approved by: M. Dubois, Geo. 2003-03Reference map: 42 C/12 Scale 1: 5000Project no.: 03N703 Map no.: 8.2

ABITIBIGEOPHYSICS

587000E 587500E 588000E..—......j......588500E 589000E 589500E 590000E

42C12NW2009 2.28167

i

-N-

Chargeability contours Units: mVA/Transmitter: Tx-ll from GDD Instruments

Receiver: ELREC-10from Iris Instruments

Scale 1:5000 Pole-Dipole Arrayna a

100 100 200 900 r*i n = 1 to 6 3 = 25 m

metre*MADH/umzamffM

590500E


Brothers Township, Hemlo Area, Ontario

Induced Polarisation survey /mage 20™ chargeability at 75m deep

(mV/V)Interpreted by: P.Berube, Eng. 2003-03Surveyed by: P. Melangon, Tech. 2003-03Approved by: M. Dubois, Geo. 2003-03

Reference map: 42 C/12 Scale 1: 5000 Project no.: 03N703 Map no.: 8.3

ABITIBIGEOPHYSICS

LI

O i bixb. 2^167*^ ^; .A- - Ontario

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Transcript of O i bixb. 2^167*^ ^; .A- - Ontario